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With deep process expertise, Advanced CFD simulation and highest manufacturing quality SAKA offers most advanced Spray Drying technology available in the market.

TOTAL CONTROL OVER DRYING PROCESS

SAKA’s Spray Dryers are designed to serve your specific process needs to deliver best output efficiency, with optimum operational costs and no product wastage.

The Spray dryers are designed based on inputs derived from in-depth analysis of your process parameters, available space, and the application. Engineering and automation in SAKA’s Spray Dryers provide you with complete control on configuring key process characteristics such as moisture content, particle size, bulk density, flow patterns etc. to manufacture the desired product.

With an installed base of over hundred Spray Dryers,

delivered in just seven years, SAKA is also credited with successful installation of one of the biggest Spray Drying plant in India at Bhavnagar, Gujarat.

SAKA employs highly advanced methodology of Computational Fluid Dynamics (CFD) analysis, to deliver guaranteed results for your Business, Process reliability and system performance. CFD simulation helps to foresee performance before actual execution of the systems, without actual installation of the system. It also helps understand the most vital parameters for improving performance.

TYPES OF SPRAY DRYER

CO-CURRENT SPRAY DRYER

Rapid drying with higher thermal efficiency

In this type of Dryers, air and feed are introduced from opposite directions. Feed is introduced from the top and hot air is introduced from the bottom. Counter Current Dryers have better efficiency and output but are not ideal for heat sensitive material. Typically, these types of Dryers are ideal for products like Soaps, Dyestuff, Detergents etc.

Here feed first comes in contact of warm at its lowest temperature and gradually gets exposed to the hotter air. Counter Current Dryers are more effective and have better thermal efficiency then that of a Co-current Spray Dryer.

MIXED FLOW SPRAY DRYER

Superior performance with better mixing process

This is a combination type of air flow system i.e. Counter as well as Co-current. Here Air is introduced from the top and atomizer is located at the bottom, thus providing mixed flow effect. This type of drying is slightly identical to counter current hence it is not applicable for heat sensitive material.

SPRAY DRYER WITH NOZZLE OPERATION

Uniform particle formation with effective drying

In case of Spray Dryer with Nozzle, Dryer comes with a spray nozzle which facilitates formation of fine droplets at very high speed. These kinds of Dryers are used where faster evaporation of heat is required.

Here feed is introduced in drying chamber through a high-pressure nozzle forming small droplets. These fine droplets get dried immediately as soon as they come in contact of hot air.

SPRAY DRYER WITH ROTARY ATOMIZER

Instant drying with high-speed dispersion

Spray dryers with Rotary Disc Atomizers from SAKA are capable to handle material in large quantities and any viscosity. Wheel design is customized according to powder characteristics. Ideal for applications like herbal extracts, ceramics, inorganic chemicals, and dye stuffs. these Spray Dryers are used where liquid feed is required to converted into fine droplets.

Feed is introduced through a high-speed rotating disc which throws liquid outward at very high velocity. This leads formation of fine droplets which are dispersed on the walls of the spray dryer. these droplets when comes in the of hot air/gas to form dry solids, granulate or agglomerate particles.

ADVANCED DRYING SYSTEM

Achieve the best efficiency with advanced drying system.

Apart from Single Stage Spray Drying, SAKA also provides advanced double stage and multistage drying solutions.

Double stage drying a combination of Spray Dryer and Fluid Bed or Vibrating Bed Dryer. Here moisture content after spray drying is relative higher as compared to single stage. After spray drying moisture content is further reduced in second stage where it passes through Fluid Bed Dryer or Vibrating Bed Dryer. Double stage drying enables drying at lower temperature making it suitable for heat sensitive materials and avoids its degradation.

A compact laboratory spray dryer with a maximum temperature of 260oC and liquid flow rate of up to 1000ml per hour. This unit is ideal for research and development and sample preparation of many products. All units feature a simple and intuitive touch screen operation system with recipe functions and USB data logger.

Reproducible powder production at lab scale; Ideal for scale up to pilot or production; Proven performance – the most established & flexible instrument for LAB spray drying; Cost efficient – achieve reproducible result at minimal costs; Easy to use; Simple switching between two nozzle variants; High yields (up to 70%); Shorter times to optimize formulation.

A compact laboratory spray dryer with a maximum temperature of 260oc and liquid flow rate of up to 1000 ml per hour. This unit is ideal for research and development and sample preparation of many products. All units feature a simple and intuitive touch screen operation system with recipe functions and USB data logger.

Capacity: 1 – 2 kg / hr water evaporation

Used for spray drying, encapsulation and others; Designed for solvent and aqueous feeds; Visible process due to glass assembly; Easy to handle glassware. High performance cyclone; High yields; Self-contained and supplied complete and ready for immediate operation; Compact design and easy to move around; Fast drying process (up to 2 kg/hr); Shorter times to optimize formulations.

Reproducible powder production at lab scale; Ideal for scale up to pilot or production; All units feature a simple and intuitive touch screen operation system with recipe functions and USB data logger.

Consistent atomization.

One of the reasons for the reproducibility of the Lab 1 Glass Laboratory Spray Dryer is the durable and precise nozzle technology. The nozzle comes with a de blocker needle which can be pushed through the nozzle in case of clogging. The de blocker frequency is user selectable. Optional, nozzle cooling is available. The nozzle can be cooled with regular tap water. Spraying of heat sensitive product is possible.

Touch screen PLC operating system.

The touch panel PLC operating system allows the user to control all the system parameters with the touch of a finger. The blower, air heater and feed liquid pump are operated from this panel. The system parameters such as inlet hot air temperature, outlet exhaust air temperature, feed and blower frequency are set by touching the corresponding displayed value and entering the new value in the set screen that appears.

A data trend screen shows a record of the air temperatures, heater output and feed liquid pump output during the experiment. The user can visually see the temperature record and quickly understand it. For data analysis, a daily report screen and experiment data can be viewed with option to save to an USB flash drive for use in a PC computer.

Access to only two sides

Access to only two sides of the spray dryer is required for normal operation. The touch panel and product collection pot are located so that all operations are performed from one operating point.

Additional Features:

• Online nozzle cleaning with deblocker.
• 3-Fluid nozzle for spray immiscible fluids.
• Inert loop for condensation of solvents and feedback of inert gases.
• Integrated magnetic stirrer and hot plate.
• Fast setup and cleaning times.
• Lowest maintenance costs
• Requires only AC 220/240v 50/60Hz power supply (other power requirements available)

Fully automated PLC based touch screen operator panel with recipe function and USB data logger. Safe, flexible and easy to handle.

• Capacity: 3-5kg/hr water evaporation.
• SS 316L construction.
• High purity design.
• Ideal for low volumes.
• Various pharmaceutical grade finishes.
• Sanitary type ports are standard.
• Solvent and aqueous feeds.
• HEPA filters for gas streams.
• Pressure and two nozzle systems.
• Co-Current spray.
• High yields.
• Compact design ideal for laboratories and kilo labs.

Recent Customers

• 3M Corp. USA (2 units)
• Misr Café Co., Egypt
• Taste Master Flavors, India
• Lupin Ltd., India
• Praj-Matrix, India
• Givaudan, India
• ITG, Israel
• Vedent Dyestuffs Intermediates Pvt. Ltd., India

Our Food Freeze Drying Machines come in various capacities, including a 30 kg/day model (R-01) with automatic features, cast iron construction, and a three-phase electric power system. For larger-scale operations, our REVA brand offers a 300 kg/day capacity freeze dryer (R-02), crafted from stainless steel for durability and efficiency.

Need even more capacity? Our 500 kg/day Food Freeze Dryer (R-10) is ideal for industrial use, boasting automatic operation, three-phase power, and the renowned reliability of the REVA brand.

For pilot-scale and laboratory applications, we provide options like the 2 kg Pilot Food Freeze Dryer (R-08), offering precise temperature control, compact design, and efficient water removal capacity.

Our commercial-grade freeze dryers are engineered for high-volume processing, such as the Commercial Food Freeze Dryer (R-11), capable of handling up to 150 kg of material per day with advanced features like steam defrosting and a large effective drying area.

In addition, we offer Vacuum Food Freeze Dryers for specialized needs, including a 1000 kg/day capacity model (R-16) with automatic operation and stainless-steel construction.

For pharmaceutical-grade applications, our Compact Pharma Grade Freeze Dryer (R-12) ensures consistent performance with features like automatic mode, powder-coated surface treatment, and a production capacity of 20 litres per hour.

Our Laboratory Freeze Dryers (R-14) provide precise temperature control, steam defrosting, and a sizable effective capacity of 200 litres, making them ideal for research and development purposes.

Lastly, our Food Preserving Dryers offer a capacity of 60 kg processing capacity, single-phase power, and automatic operation, ensuring efficient preservation of food products.

At HygiFix, we prioritize quality, reliability, and customer satisfaction. Explore our range of freeze dryers tailored to meet your specific requirements, backed by our commitment to excellence in manufacturing, exporting, and supplying premium freeze-drying solutions.

We deal in high quality of products which are available on customer demand at best prices. We are the leading manufacturers, exporters, and supplier of an impeccable array of Food Freeze Dryer, Lyophilizer Machines & Food Preserving Dryers.

SAKA make Fluid Bed Dryers are ideal for agglomeration, granulation, or dry powder formation. Fully customized to meet your specific requirement and trusted by many companies in India and abroad.

CONTROLLED DRYING AND MOISTURE REMOVAL FOR YOUR FEED.

SAKA’s Fluid Bed Dryers (FBD)are specially designed to suit wide range of materials, particle sizes and properties. In a short span of time SAKA has successfully designed and installed a full range of Fluid Bed Dryers, with output from a few hundred kgs per hour to 100 Tonnes Per Day.

Fluid Bed Dryer (FBD) works in continuous or batch type processing. FBD comes with a perforated bed at the bottom. Hot air is blown through this perforated bed causing material to flow in air stream. Hot air is supported with sufficient velocity which causes material to stay in fluidisation state. This causes material to dry while it is in the flow.
Agglomeration

In special cases of Fluid Bed Spray granulation, particulates are built up by spraying liquid on the granules which are in fluidisation state. Particles which are ideal for FBD are pre-processed in steps such as crystallization, coagulation, or polymerization. In some cases, dry and wet particles are formed by spray drying prior entering FBD.

SAKA employs highly advanced method of Computational Fluid Dynamics (CFD) analysis, to deliver guaranteed results for your Business, Process reliability and system performance. CFD simulation helps to foresee performance before actual execution of the systems, without actual installation of the system. It also helps understand the most vital parameters for improving performance.

VIBRATORY FLUID BED DRYER

Controlled drying with continuous processing

Vibratory Fluid Bed Dryer are used for mass heat transfer and have relative smaller residence time. SAKA’s Vibratory Fluid Bed Dryers are known for its versatile applicability with an ability to process wet as well as semi wet products.

Vibratory motion in this type FBD’s moves the product through Dryer. Usually a push-pull system is used to balance the pressure to slightly negative in the free board of the fluid bed. Depending upon the product and available heat source, direct or indirect heating may be applied. Then the exhaust air is cleaned by bag filter, cyclone with or without wet scrubber.

SAKA’s Vibratory Fluid Bed Dryer are known for maintaining equilibrium of thermal efficiency and moisture content of the material thus ensuring effective, efficient, and controlled drying.

h4>ADVANCED DRYING SYSTEM

Achieve the best efficiency with advanced drying system.

Apart from Fluid Bed Dryer and Continuous Fluid Bed Dryer, SAKA also provides advanced double stage and multistage drying solutions.

Double stage drying is a combination of Spray Dryer and Fluid bed or Vibrating bed dryer. Here moisture content after spray drying is relative higher as compared to single stage. After spray drying moisture content is further reduced in second stage where it passes through Fluid Bed Dryer or Vibrating Bed Dryer. Double stage drying enables drying at lower temperature making it suitable for heat sensitive materials and avoids its degradation.

UNIFORM AND EFFECTIVE DRYING

Rotary Dryers are one of the widely used Dryer in process industry. Especially in fertilizer and minerals industry for drying products such as coal, clay, gypsum, kaolin, limestone, mineral sand, potash, silica sand etc.

Rotary Dryers from SAKA provide controlled, uniform, and efficient drying to help you achieve desired product quality. With a specialized design and sturdy construction our Rotary dryers can provide excellent thermal efficiency.

Rotary Dryers consist of cylindrical shell supported by riding rings to provide circular motion. These dryers come with lifter or flights on its inner circumference to lift and distribute material. This lifter also facilitates material movement towards final discharge point. Rotary dryers are always aligned on slight slope to facilitate movement of material from feeding point to discharge point under gravity.

Our stringent quality standards and detailed CFD analysis ensures a consistent and enduring performance.

SAKA employs highly advanced methodology of Computational Fluid Dynamics (CFD) analysis, to deliver guaranteed results for your Business, Process reliability and system performance. CFD simulation helps to foresee performance before actual execution of the systems, without actual installation of the system. It also helps understand the most vital parameters for improving performance.

TYPES OF ROTARY DRYER

CO-CURRENT ROTARY DRYER

Total control over moisture content.

The Co-current type of Rotary Dryer is ideal for the materials that has tendency to stick and has high moisture content. Here Air and feed are introduced from the same direction and material comes in contact of hot air at its highest temperature, which instantly evaporates surface moisture.

The initial heat transfer rate is high, causing an immediate and considerable drop in gas temperature, which prevents overheating of the material and the dryer shell. The material which is in its final stage comes in contact of air/gas at its lowest temperature thus enabling the easy control over the moisture.

COUNTER CURRENT ROTARY DRYER

Providing best energy efficiency consistently. Counter current type of rotary dryer is an ideal solution for materials that must be dried to contain very low level of moisture. Here warm air is introduced at the discharge point of the Dryer.

The material meets the warm air first at its lowest temperature, which goes on increasing as the material travels further.

The material which is at its final stage comes in contact of air/gas at its highest temperature thus maintaining very low level of moisture content.

DIRECTLY FIRED CALCINER

Effective drying for high temperature processing.

Directly Fired Calciners are used for high temperature application. The process usually has longer resistance time, The length of diameter ration is often more than 10:1 to control the temperature along the length of the Calciner. Burner fires directly from the discharge end of the dryer.

The drying is achieved in three ways – by radiation from the burner flame, conduction from the refractory lining and convection by contact with the hot gases.

IN-DIRECTLY FIRED CALCINER

Efficient drying for low temperature processing.

In Indirectly Fired Calciner, material is heated with the help of the burners which are on the outer periphery of the dryer. Here, the heat is transferred by way of radiation and conduction through the cylinder wall.

The rotary drum is partially enclosed and externally heated by a series of burners mounted in an insulated stationary chamber or jacket. Ideal for materials which require medium or low temperature, Indirectly Fired Calciners are used for drying dusty, fine or heat sensitive materials.

TUBE BUNDLE DRYER

Controlled drying performed efficiently.

Tube Bundle Dryers provide effective and efficient drying for materials which require lower drying temperatures. Main element of these type of Dryers are steam heated tube, it dries the product by rotating inside a firm housing. SAKA’s Tube Bundle Dryers are highly efficient and require less warm air to dry the product thus there is less emission of air.

In Tube Bundle Dryers, feed comes in contact of heated tube and not directly heating medium. This makes is perfectly applicable for products which are free flowing and non-sticky. Typically, these Dryers are indirect type Dryer with counter current flow principle i.e. warm air flow in opposite direction of the feed.

CONDUCTION DRYER

High quality product output, guaranteed.

Conduction Dryers from SAKA are highly energy efficient. Ideal in case of heat sensitive material, Conduction Dryers offer controlled drying process atmosphere to ensure quality final product output.

Conduction dryer transfers the heat by contact of two surfaces the metal wall and heat jacketed vessel with agitator. Using electricity as source of energy, jackets are heated up, which transfers the heat to the drying surface leading to controlled drying of feed.

The Conduction Dryer comes with unique feature of sectional starting, which means you can heat up specific section of the Dryer giving very high-quality product output, zero degradation of the product and excellent energy efficiency.

Flash Dryers are known for their economy and quick drying capacity, SAKA make flash dryers cater to a wide range of materials including those that are heat sensitive, explosive, and reactive in nature.

QUICK AND EFFICIENT MOISTURE REMOVAL

Flash Dryers are ideal for processing wide range of materials like powders, cakes, granules, flakes, pastes, gels, and slurries.

SAKA’s Flash Dryers are known for their simple construction and excellent product quality. Shorter residence time of these type of dryers makes efficient feed dispersion an important and critical aspect of the process. SAKA’s team of experts and engineers always ensure that you get the proper and effective dispersion of your feed.

The drying process is carried out by exposing wet material to hot air travelling at very high velocity. the feed is dispersed into a stream of hot air which pneumatically conveys the material in the drying chamber, feed dries instantly as it is conveyed. Further, material is passed through a cyclone and scrubbers or bag filters to get the final output. Scrubbers and bag filters ensure that exhaust air is clean and meets the environmental norms. Option of recycling complete or partial exhaust air / gas can be provided depending upon the feed properties and type of material.

SAKA employs highly advanced methodology of Computational Fluid Dynamics (CFD) analysis, to deliver guaranteed results for your Business, Process reliability and system performance. CFD simulation helps to foresee performance before actual execution of the systems, without actual installation of the system. It also helps understand the most vital parameters for improving performance.

TYPES OF FLASH DRYE

FLASH DRYER

Faster, better, and economical drying

Flash Dryers are one of most economical options in drying technology which requires minimum labour and lowest maintenance costs.

SAKA’s Flash Dryers are user friendly and extremely easy to maintain. Here feed has very low residence time and dries instantly. Material dries as it is conveyed.

These Dryers are known for their superior product quality and reduces the risk of overheating. Flash Dryers are widely used in industries such as Agro-chemicals, food, minerals, dyestuff etc.

CAGE MILL FLASH DRYER

Consistent drying with economical drying process

Widely used for generation of dry powder, SAKA’s Spin Flash Dryers are known for consistent performance, sturdy design, and lower operating costs. Ideal for continuous operations these type of Flash Dryers are extremely fuel efficient and low at energy consumption.

In Spin Flash Dryers, viscous, paste or cake type of feed is introduced to dis-integrator which breaks the lumpy material. The disintegrated material is brought in contact of warm air which dries it instantly. Spin Flash Dryers are ideal for products such as fertilizers, pigment, dyestuff etc.

SAKA’s Spin Flash Dryers are compact in design and requires lesser space. These dryers meet all the pollution control norms and ensures clean environment.

Speedy drying for hard and lumpy material

SAKA’s Cage Mill Flash Dryers are ideal for hard or lumpy material. These Dyers are available in two options, Vertical pin, and Horizontal pin.

SAKA’s Cage Mill Flash Dryers are known for their thermal efficiency, longer service life and are extremely space efficient.

Cage Mill Flash Dryers have better crushing capacity required for lumpy or cake type material. The feed is introduced on the rotating cage where it meets warm air. The rotating cages breaks the lumps or cake and scatters the feed in the drying chamber leading to fast drying. Cage Mill Dryer facilitates easy drying without degradation of the feed.

SPIN FLASH DRYER

Consistent drying with economical drying process

Widely used for generation of dry powder, SAKA’s Spin Flash Dryers are known for consistent performance, sturdy design, and lower operating costs. Ideal for continuous operations these type of Flash Dryers are extremely fuel efficient and low at energy consumption.

In Spin Flash Dryers, viscous, paste or cake type of feed is introduced to dis-integrator which breaks the lumpy material. The disintegrated material is brought in contact of warm air which dries it instantly. Spin Flash Dryers are ideal for products such as fertilizers, pigment, dyestuff etc.

SAKA’s Spin Flash Dryers are compact in design and requires lesser space. These dryers meet all the pollution control norms and ensures clean environment.

We manufacture High Pressure, High Mass Transfer Area Stirred Reactors/ Autoclaves along with magnetically coupled, seal-less agitator. We offer easy to operate flameproof / non- flameproof control panels with PID controlled electrical heating & cooling arrangements. These control panels indicate parameters like pressure, temperature, agitator speed etc. with very high accuracy. Also, through these panels we can set alarms for high pressure & high temperature set points. Rupture disc, Safety relief valve provides over pressure protection ensuring the safety while operating equipment at High pressure. We also offer completely integrated skid-mounted process systems. These systems are available with automatic (fully automated) or manual temperature, pressure, RPM, gas & liquid flow controls etc. We also offer PC based SCADA software to continuously monitor, control and record various parameters. An optional pneumatic lift is available on the floor stand model.

These autoclaves reactor pressure vessel are designed with special Agitator, which generates very high gas liquid mass transfer area, by recirculation of headspace gases. These are especially designed for Hydrogenation and various other high-pressure gas-liquid reactions. Also, they can be used for various laboratory, academia research, R&D and production purposes. We have a wide range of stirred reactors from Lab scale to Pilot scale applications with extensive range of accessories.

ASME Pressure Vessel

Nano-Mag crafts Ex-proof / CE / PED/ASME pressure vessels, engineered to various exotic metals ASME code and tested to strict quality standard. Along with standard size reactors, we also design customized stirred reactors and pressure vessels for pressure up to 5,000 psi and temperatures up to 1200°F Contact us to design the right setup for your specific need.

Advantages & Benefits of Nano-Mag Autoclaves

• Faster Reactions: Very high Gas-Liquid mass transfer area
• Shorter Batch Time: Faster batch time with optimum catalyst usage
• No Leakage: The special design of magnetic coupling prevents any leakage of fluid and needs very low maintenance.
• High Reliability: Reactor pressure vessels of different size and various L/D ratios have sufficient space for variety of reactions, applications to match exact requirement.
• High Heat Transfer: Very high heat transfer co-efficient ensures faster removal of exotherm.
• Precise temperature control: Precise operating temperature despite higher rate of reaction
• Better Product Economy: Minimum impurities and higher yields

Features:

• Sizes from 50ml to 100 litres
• Pressure ranges up to 350 bar.
• Temperature ranges up to 600°C.
• Different material of constructions like SS 316, SS 316L, Hastelloy C, Zirconium, Inconel, Monel, Titanium etc.
• Conforming to international standards CE, PED, ATEX, ASME Pressure Vessels etc.

Skid mounted Hydrogenation pilot plant.

Many chemical reactions are initiated and aided by catalysts of various types. These catalysts are often made of precious metals such as Palladium (Pd/C), Platinum (Pt/C), Rhodium (Rh/C), Ruthenium (Ru/C) etc. Typically, 5% and 10% palladium/platinum/rhodium/ruthenium on activated carbon/alumina catalysts finds application in variety of reactions like hydrogenation, reduction, oxidation etc. Since precious metal catalysts are expensive, their recovery is very important from economic and environmental point of view. In traditional sparkler filters, leaf filters, bag filters or plate and frame filters which operate on a batch or a semi-continuous mode, filtrate needs to recirculate for complete filtration. This increases the time and cost of the process. Also, these filters require filter aid for proper filtration, and they have limitation of size of filtration area. Compared to these filters, sintered metal candle filters offer 100% recovery in one cycle with shortest possible filtration time. In addition to providing superior filtration in a single pass, these filters reduce operator exposure to process materials and volatile emissions.

Many types of back washable filters are available in different mechanical configurations. What truly distinguishes one from the other is the filter candles/ cartridges or media used in the filter. It is the key parameter for achieving the desired separation and ensure long operating life. Nano-Mag make filters are fitted with GKN make state of the art Sintered metallic candles, which are designed for true ‘Surface Filtration’ technology. In Surface Filtration, particles are retained mostly on the surface of the candle, thus preventing choking of candles over a period of time. These candles are coated with metallic membrane which prevents the catalyst particles from getting penetrated in the sintered wall of the filter candle and enhances its life. Our Noble Metal Catalyst Filters are specially designed for filtration of various catalysts such as Palladium, Platinum, Rhodium, Ruthenium etc. We work in collaboration with our international business partner GKN Sinter Metals, Germany to offer you a best solution for your filtration requirements. GKN Sinter Metal Filters is one of the world’s foremost manufacturers of porous metal elements with defined pore size. We provide Zero Hold-up filters to suit various filtration areas and design conditions. We also supply customized filters for critical applications.

Advantages & Benefits

• Sintered Candle: Sintered SS316L or other Sintered High Nickel Alloys candle
• No Choking: Metallic membrane coating ensures surface filtration hence no choking problems.
• Effective Backwash: No Depth filtration hence effective cleaning and backwash.
• Precise Pores: Filter candle with High-precision Pore size and Uniform pore distribution
• No Polishing Filters: Porosity up to absolute 0.5μ hence no need of polishing filters
• No Recirculation: Once through filtration hence recirculation of the media not required.
• No Spillage Losses: Closed operating system and no atmospheric exposure hence no spillage losses
• No Consumables: No consumables required such as disposable cartridges, filter aids, bags etc. in conventional filters.
• Complete Safety: Safe and closed loop operation with complete process and operator safety
• Zero Hold-up Design: Zero hold-up design prevents loss of product/batch capacity.
• Complete Recovery: 100% recovery of catalyst

Features

• Available in different sizes as per the requirement
• Different materials of construction like SS 316, SS 316L, Hastelloy C, Zirconium, Inconel, Monel, Titanium etc.
• Wide range of flow capacity and catalyst holding capacity
• Sintered metal filter candle with membrane coating for effective filtration

Raney nickel is versatile hydrogenation catalyst which is widely used in laboratory and industrial hydrogenation processes of large number of functional groups notable among them being Carbon – Carbon double bond, Carbonyl (aldehydic and ketonic), Nitro, Azide, Nitrile, Oxime groups. Raney Nickel Catalyst is used in foods, pharmaceuticals, aromatic, petrochemicals, sorbitol, rubber additives, dyes & drug intermediates, pesticide intermediates, Caprolactam, fine organic chemicals industries for various reactions like hydrogenation. It can be used in batch as well as in continuous hydrogenation process. Traditionally catalyst recovery has been done by plate and frame or pressure leaf filters. These conventional filters have some limitations and disadvantages. Nano-Mag’s filtration technology utilizes sintered metal filter elements and provides superior performance over traditional filters. These filters are specifically designed for catalyst recovery processes with high specific gravity solids such as Raney nickel. Our filters are capable to handle high flow rates and solids capacities as per the requirement. Nano-Mag standard filter elements are manufactured entirely of 316L stainless steel. We offer other alloys for severe process conditions. These filters are fitted with GKN make sintered metallic candles. These candles or filter media, with their tightly controlled pore size, offer exceptional particle removal efficiency. The systems are totally automatic and continue to provide a high degree of reliable high efficiency particle separation. The tightly controlled pore size and backwash operation of these filters enable long operating time between cleanings. We work in collaboration with our international business partner GKN Sinter Metals, Germany to offer you a best solution for your filtration requirements. GKN Sinter Metal Filters is one of the world’s foremost manufacturers of porous metal elements with defined pore size. We provide Zero Hold-up filters to suit various filtration areas and design conditions. We also supply customized filters for critical applications.

Advantages & Benefits

• Sintered Candle: Sintered SS316L or other Sintered High Nickel Alloys candle
• No Choking: Surface filtration technology ensures no choking problems.
• Effective Backwash: No Depth filtration hence effective cleaning and backwash
• Precise Pores: Filter candle with High-precision Pore size and Uniform pore distribution
• No Polishing Filters: Porosity up to 3μ hence no need of polishing filters
• No Recirculation: Once through filtration hence recirculation of the media not required.
• No Spillage Losses: Closed operating system and no atmospheric exposure hence no spillage losses& no safety hazards
• No Consumables: No consumables required such as disposable cartridges, filter aids, bags etc. in conventional filters.
• Complete Safety: Safe and closed loop operation with complete process and operator safety
• Zero Hold-up Design: Zero hold-up design prevents loss of product/batch capacity.
• Complete Recovery: 100% recovery of catalyst

Features

• Available in different sizes as per the requirement
• Different materials of construction like SS 316, SS 316L, Hastelloy C, Zirconium, Inconel, Monel, Titanium etc.
• Wide range of flow capacity and catalyst holding capacity
• Sintered metal filter candle

Nano-Mag Technologies is a manufacturer of Continuous Stirred Tank Reactor (CSTR, or stirred tank reactor STR) with design pressure range from full vacuum to 350 bar (5000 psi) and temperature range up to 600°C. In a CSTR, one or more reactants are introduced into a reactor equipped with an impeller (stirrer) and the products are removed continuously. The impeller stirs the reagents vigorously to ensure good mixing so that there is a uniform composition throughout. We take care of flow rate & agitation process, material, and energy balance for batch CSTR.
When high conversions of reactants are needed, several CSTRS in series i.e. cascades of CSTR can be used. Equally good results can be obtained by dividing a single vessel into compartments while minimizing back- mixing and short-circuiting. If severe heat-transfer requirements are imposed, heating or cooling zones can be incorporated within or external to the CSTR. Continuous stirred-tank reactors or Back Mix Flow Reactors (BMR) are most commonly used for performing various iso-thermic, endothermic, and exothermic reactions in industrial processing, primarily in homogeneous liquid-phase flow reactions, where constant agitation is required. CSTR i.e. Mixed Flow Reactor (MFR) is also used in the pharmaceutical industry as a loop reactor. Also, reactions between gas-liquid, liquid-liquid, fluid-solid phases are often tested in CSTR.
We offer magnetically coupled, seal-less agitator with backmix reactor. We also offer a control panel from simple manual controls to advanced PC-based SCADA system. We manufacture tailor-made Tank reactors as per the customer’s requirement. Along with the reactors we also can supply feed tanks as per your requirements. Contact our sales team for your requirement of Continuous Stirred Tank Reactor.

Advantages & Benefits
• Back Mixing: Complete back -mixing resulting in a minimization of the substrate concentration, and a maximization of the product concentration.
• High Yield: Optimum residence time ensures high yields at minimum cost.
• Good Temperature Control: Easy to maintain the reactor at isothermal conditions for high heat of reaction.
• Automatic Control: Computer controlled Scada system with data logging and automatic control is available as option.
• Touch Control: Optional integrated operator interface touch panel.
• Complete Safety: Safety assemblies provided on vessel protects vessel and operator from the hazards of unexpected high internal pressure.

Features
• Sizes from 50ml to 100 litres
• Pressure ranges up to 350 bar.
• Temperature ranges up to 600°C.
• Different material of constructions like SS 316, SS 316L, Hastelloy C, Zirconium, Inconel, Monel, Titanium etc.
• Conforming to international standards CE, PED, ASME, ATEX etc.

Corrosion Resistant Equipment are used in the industry for the most demanding operations accompanied by severe corrosive operating conditions. Naturally the material of construction for Special Steel and Exotic Metal Equipment plays a pivotal role in their ability to satisfy the applications but equally important is the technology for construction and assembly. This makes it important for the manufacturer to deliver on both fronts that of material quality and manufacturing excellence. Nano-Mag Technologies designs, manufactures and supply stirred and non-stirred exotic metal Autoclaves, Reactors, Pressure Vessels, Magdrive, Catalyst Filters for a wide range of applications for R&D, Pharmaceutical, Bulk Drugs & Drug Intermediates, Petrochemical, Aromatic Chemicals, Agrochemicals, Fertilizers, Pesticides, Resins, Polymers, Paints, Food Colours and Chemicals, Dyes & Dye Intermediate Industries as well as in academia. Our expertise lies in our reputation to Design and Fabricate cost effective process Equipment using the Exotic Metals such as High Nickel Alloys (Hastelloy, Monel, Inconel, Nickel etc.), Titanium, and Zirconium. Our dedication to the Exotic Metals has led us to become experts in process equipment application for the chemicals and pharmaceutical processes such as Acetic Acid, Formic Acid, Hydrochloric Acid, Nitric Acid, Purified Terephthalic Acid, Sulphuric Acid Concentration, Ammonium Nitrate, Bromine, Chlorine, Vinyl Chloride Monomer, Agricultural Chemicals etc. Contact us for your requirement of exotic metal equipment.

Nano-Mag make High Mass Transfer Area Reactors Hydrogenators are specially designed for various Gas-Liquid reactions. These large-scale reaction vessels are robustly built for longer life and to withstand constantly varying temperatures and pressures due to internal reaction conditions. These gas induction reactors are fitted with specially designed Agitator which creates very high gas-liquid contact area by recirculation of headspace gases, leading to superior mass transfer rates. Agitator is available with two sealing options such as Mechanical Seal & Magdrive.

Along with Hydrogenators, we offer different accessories like flameproof control panel, rupture disc, safety relief valve, automatic pressure & temperature controllers, PID controlled DM water cooling system for exotherm removal etc. These high-volume reactors are used in various gas liquid reactions with gases like Hydrogen, Ethylene Oxide, Ammonia, Oxygen, HCL, Phosgene, CO2, CO, Air etc. We have successfully installed large number of gas-liquid reactors and hydrogenators. Our design and engineering abilities, combined with our fabrication and machining facilities allow us to manufacture custom made reactors for most critical applications. Contact us to find a best solution for your requirement of commercial scale reactors.

Advantages & Benefits

High Mass Transfer Area: Self-operating impeller recirculates headspace gases through hollow shaft. The impeller disperses the gas vigorously in the liquid column resulting in very high gas-liquid interfacial area

• Faster Reaction: High mass transfer area leads to faster reactions
• Shorter Batch Time: Faster rate of reaction leads to shorter batch time
• Lesser Catalyst Loading: Very high gas-liquid interfacial area ensures that excess catalyst loading is avoided
• Minimum impurities: Shorter batch time ensures that there are no unwanted side reactions.
• Higher yields: Less impurity ensures highest possible yields
• Better Product Economy: Shorter batch time, optimum catalyst usage and highest yields ensure best product economy

Features

• Hydrogenator capacities from 50 ml to 50kl.
• Pressure range from full vacuum to 350 bar Temperature range from cryogenic to 600°C.
• Different material of constructions like SS 316, SS 316L, Hastelloy C, Zirconium, Inconel, Monel, Titanium, Nickel etc.
• Conforming to international standards CE, PED, ASME, ATEX etc.
• Explosion bended cladding options for cost effective design.

Conventional mechanical seals are often the weak point and are the first cause of failure in a chemical process equipment because of their leakage problems and high cost of maintenance. Usually, mechanical seal is installed at a point where a shaft punctures the equipment and sets connection to the drive. However, in case of Magdrive, there is no connection between drive and driven shaft. Hence Magdrive makes the equipment hermetically sealed so that there is no need of mechanical seal. Since equipment is hermetically sealed, there are no leakages of explosive & hazardous gases ensuring safety of the personnel and plant.

Magnetic Stirrer is an ideal replacement for your existing mechanical sealing. Nano-mag Technologies is prominent manufacturer, supplier, and exporter of Magnetic Drives/ Couplings Agitators for all ranges of autoclaves/ reactors from lab scale to commercial scale. Our proprietary design of Magdrive offers years of safe and trouble-free service ensuring long term financial gains. They assure leak-free, contamination-free, and emissions-free mixing at high pressure and high temperature. By eliminating leakage and removing unreliable seals from the design, Nano-Mag seal-less magnetic drives provide immediate cost, safety, and reliability advantages over traditional sealed designs. We offer leak-proof agitation system including magnetic drive with various impellers as per the customer requirement.

Nano-Mag make magnetic drives are suitable for mixing of chemicals of low to very high viscosities and under full vacuum to high pressure. We also supply drives for higher stirring speeds and other special requirements as required. Please consult with our sales representatives for more information.

Advantages & Benefits

• No Leakage: There is no direct connection between the components transmitting torque, hence no leakage and emission from the vessel.
• Power Consumption: Efficient magnetic torque transmission ensures no power loss.
• High Quality: Manufactured using high-grade raw materials with cutting edge technology.
• High Reliability: No leakage hence no downtime and no production loss ensuring high reliability.
• Safety: Compact and strong design ensures trouble-free operation and plant safety
• Minimum Maintenance: No leakage and robust design hence minimum maintenance requirements ensuring high reliability.

Features

• Maximum torque capacity up to 5000 N-m • Adjustable Operating Speed up to 1440 rpm
• Available for reactors capacities from 100 ml to 50000 litres capacity
• Maximum design pressure up to 350 bars and temperatures up to 600° C
• Available in different materials of construction like SS 316, SS 316L, Hastelloy C, Zirconium, Inconel, Monel, Nickel, Titanium etc.

Nano-Mag Technologies is manufacturer and supplier of High Pressure Non-Stirred Reactor systems, Pressure Vessels, Tanks. We offer a broad selection of non-agitated pressure bombs with different volume sizes and pressure range for various applications such as hydrothermal studies, crystal growth, solid state chemical reactions, geological simulations, corrosion studies of chemicals, acids, liquids, metals, acid digestion, storage of liquid or gas, hydrogen disbanding testing, cell disruption by nitrogen decompression etc. and other reactions and investigations which require the higher pressures and temperatures capabilities etc.

Non-stirred vessels are also used for Acid digestion applications. Various materials can be dissolved in Nano- Mag Acid Digestion Vessels using strong mineral acids. We offer removable PTFE liners on request for conducting acidic reactions. Compared to traditional methods of sample preparation, these vessels offer a rapid procedure for sample dissolution or digestion. Samples can be dissolved or digested rapidly using high reaction temperatures well above normal boiling points.

In addition to the standard uses these vessels are also used to perform hydrothermal synthesis. Hydrothermal synthesis involves the growth of materials from aqueous solutions at elevated temperature and pressures. Synthesis of a different inorganic compounds, zeolites and nanomaterials is done by hydrothermal technique. Also, these vessels can be used in heating cooling baths for various applications. We offer Manual or Fully Automated Ex-proof / CE / PED / ASME certified systems on request. Customize reactors with specific pressure limits, operating temperatures and volumes for special application can also be manufactured on request. We also offer Computer controlled Scada software to continuously monitor, control & record various parameters. Along with standard size reactors, we also design customized pressure vessels for pressure up to 5,000 psi and temperatures up to 1200°F. We will help you configure a system that meets all of your research needs.

Advantages & Benefits

• Ease of use: Elegantly designed and easy to operate vessels, can be used in heating cooling bats for various applications.
• Automatic Control: Computer controlled Scada system with data logging and automatic control is available as option.
• Touch Control: Optional integrated operator interface touch panel.
• Constant Temperature: Efficient heat transfer through cooling coil or jacket maintains constant temperature through vessel.
• Complete Safety: Safety assemblies provided on vessels protects vessel and operator from the hazards of unexpected high internal pressure.
• Customized Engineering: Available in different specifications with various accessories as per the requirement

Features

• Sizes from 50ml to 100 litres
• Pressure ranges up to 350 bar.
• Temperature ranges up to 600°C.
• Different material of constructions like SS 316, SS 316L, Hastelloy C, Zirconium, Inconel, Monel, Titanium etc.
• Conforming to international standards CE, PED, ASME, ATEX etc.
• Optional touch screen control panel
• Optional Computer controlled Scada software to continuously monitor, control & record various parameters.

Borosilicate glass overhead assemblies offer a versatile solution for chemical processing. They can be easily fitted onto various reaction vessels, including those made from glass-lined steel, stainless steel (SS), or even other metals with protective coatings. This flexibility makes them a valuable tool for a wide range of applications.

The true strength of borosilicate glass overhead assemblies lies in their ability to facilitate the production of high-purity products. They are particularly well-suited for the creation of fine chemicals, pesticides, vitamins, and pharmaceuticals – applications where even small impurities can significantly impact the final product. This effectiveness is due in part to the exceptional corrosion resistance of borosilicate glass. The material itself is unlikely to react with the chemicals being processed, minimizing contamination.

Another key advantage of borosilicate glass overhead assemblies is their modular construction. This design allows for easy modification of the overhead structure to suit the specific needs of each process. By swapping out or adding components, the assembly can be tailored to optimize factors like condensation efficiency or product collection. Additionally, the transparent nature of borosilicate glass permits visual observation of the reaction within the vessel, allowing researchers and operators to monitor the process in real-time. This visual feedback can be crucial for ensuring optimal reaction conditions and product quality.

• High-Performance Temperature Control System

  This system offers precise and efficient temperature control for various industrial processes.

  • Closed-Loop Design:The fully enclosed piping system minimizes thermal fluid loss and maximizes heat transfer efficiency. A high-efficiency plate heat exchanger reduces thermal fluid demand while enabling rapid temperature changes.
  • Wide Operating Range:The system operates effectively from -100°C to +300°C, accommodating diverse applications.
  • Centralized Control and Flexibility:A single unit centrally controls 3 to 20 reactors, allowing independent temperature settings for each reactor’s material and jacket.
  • Enhanced Process Stability:The system precisely controls the flow of heating and cooling fluids through the reactors, ensuring optimal process conditions and consistent results.
  • Energy Efficiency:Integrated with your existing factory refrigeration and heating systems, this solution optimizes energy consumption.
  • Durable Performance:The system protects the thermal fluid by preventing direct contact with extreme temperatures, extending its lifespan. Additionally, the expansion vessel operates at a maximum of 60°C, further safeguarding the working life of the heat transfer medium.
  • Advanced Features:
    • High-accuracy and intelligent temperature control
    • Large touchscreen interface for intuitive operation
    • Comprehensive warning and safety functions
    • Rapid cooling capabilities
    • Magnetic drive pump for leak-proof operation
    • Connectivity options for data acquisition and control
    • Explosion-proof configuration available upon request

  Product Range:

  • Secondary Refrigerant Control Unit
  • Two-Level Compressor Single Liquid Temp Control System

   

Application

Chemical and Pharmaceutical Production, Research and Development, Fine Chemical Synthesis, Material Science Research.

Description

Kilo Lab Systems provides a one-stop shop for chemical processing equipment. Their core offering is a versatile reaction/distillation unit, available in various materials and sizes. They complement this with a wide range of options like reactor tops, stirrers, valves, and safety features. Kilo Lab also allows for customization of the support structure and temperature control. For broader functionality, they offer additional equipment for handling solids, filtration, and gas scrubbing. Essentially, Kilo Lab empowers you to design a chemical processing system tailored to your specific needs.

Content

Kilo Lab Systems offers a comprehensive range of equipment for chemical reactions and distillations. Their product line caters to various needs, from basic setups to complex pilot plant operations.

Core Components:

• Universal Reaction/Distillation Unit: This versatile unit forms the heart of the system, available in materials like glass, glass-lined steel, Hastelloy, and stainless steel (SS). It can handle temperatures from -90°C to 220°C and pressures up to 20 bars(depending on material). Sizes range from 10 litres to 500 litres.
• Reactor Options: Kilo Lab provides reactors in various materials like glass, glass-lined steel, Hastelloy, and SS, including a unique triple-walled glass reactor for enhanced insulation.
• Glass Overhead Assembly: This component facilitates efficient condensation and collection of reaction products.
• Support Structure: The sturdy SS support structure ensures safe and stable placement of the reactor unit. It can be customized for low headroom environments or mobile applications.

Additional Features:

• Reactor Top Cover: Choose from glass or pressure-rated metal covers depending on your application’s pressure requirements.
• Stirrer System: A wide variety of stirrer options are available, including anchor, turbine, and suction agitators, to match your specific mixing needs.
• Bottom Outlet Valve: Flush-bottom valves with minimal dead volume ensure complete product recovery. Materials like glass, PTFE, and glass-lined with temperature sensors are offered.
• Safety Devices: Kilo Lab prioritizes safety with pressure relief valves, rupture discs, and translucent coatings for visual process monitoring.
• Online Sampling: Continuously monitor your reaction progress with a dedicated sampling system.
• Single Fluid Heating/Cooling Units: These compact units offer precise temperature control from -90°C to 220°C with excellent visibility.
• Flanges: Kilo Lab uses high-strength plastic flanges as standard, with optional SS versions available. Gaskets can be standard SS or PTFE-coated for added compatibility.

Extended Functionality:

Kilo Lab offers a range of complementary equipment to expand your system’s capabilities, including:

• Solid Handling Systems: Mills, dryers, and sifters for efficient processing of solids.
• Mobile Glass Nutsche Filters: Ideal for rapid and safe filtration of acidic media.
• Mobile Gas Scrubbers: Compact and easy-to-use scrubbers for cleaning air and exhaust streams in small-scale plants.

By combining Kilo Lab’s core components and optional features, you can create a customized chemical processing system that perfectly suits your research or production needs.

High-Performance Multi-Capacity Lab Reactor System

This versatile lab reactor system is designed to handle a wide range of chemical reactions, mixing, and processing tasks with exceptional control and flexibility.

Key Feature

• Scalable Vessel Capacity: Choose from multiple vessel sizes to suit your specific needs, ranging from 500ml to 5000ml.
• Precise Temperature Control: Operate reactions at temperatures from -50°C to 200°C with excellent accuracy for optimal reaction conditions.
• Advanced Jacketed Design: The jacketed vessel ensures efficient heating and cooling, allowing for precise temperature control and maintaining reaction consistency.
• Triple-Wall Insulation (Optional): Enhance temperature stability and minimize heat loss with an optional triple-walled vessel configuration for advanced thermal management.
• Vacuum and Pressure Handling: Conduct reactions under full vacuum or up to 0.5 bar gauge pressure, expanding the range of processes you can perform.

Benefits:

• Increased Efficiency: The scalable vessel capacity allows you to adapt the system to your reaction requirements, optimizing resource usage.
• Enhanced Control: Precise temperature control and pressure regulation ensure consistent and reproducible reaction outcomes.
• Versatility: The system’s ability to handle a wide range of temperatures, pressures, and vessel sizes makes it suitable for diverse applications.
• Improved Safety: The jacketed design and pressure handling capabilities contribute to a safer laboratory environment.

This lab reactor system is an invaluable tool for researchers, chemists, and scientists working on various laboratory-scale processes.

The Pilot Reactor System is a versatile and powerful tool designed to bridge the gap between your R&D lab and full-scale production. This meticulously crafted system allows you to test and optimize chemical reactions on a pilot scale, providing invaluable data before commercialization safely and efficiently.

Key Features

• Scalable Vessel Options: Choose from a range of vessel sizes (5L, 10L, 15L, 20L, 50L, 100L) to perfectly match your reaction needs.
• Precise Temperature Control: Jacketed or Triple-Walled vessel options ensure superior temperature control, from -50°C to 200°C, for a wide variety of reactions.
• Broad Operating Pressure: Conduct reactions under various pressure conditions, with a range of full vacuum to 0.5 bar gauge (g).
• Modular Design: The system can be customized with additional components like overhead stirrers, feed pumps, and fractionating columns (sold separately) to tailor it to your specific processes.

Benefits

• Optimize reaction conditions: Pilot-scale testing allows you to refine reaction parameters for maximum efficiency and yield before full-scale production.
• Reduce risks: Identify and address potential issues associated with scaling up your process before investing in large-scale equipment.
• Faster time to market: Efficient pilot testing expedites the development process, getting your product to market quicker.
• Enhanced safety: The system prioritizes safety with high-quality materials and integrated safety features.

The Pilot Reactor System is the ideal solution for:

• Chemists and chemical engineers developing new processes.
• Companies scaling up existing reactions for production.
• Research institutions conducting pilot-scale experiments.

The Agitated Nutsche Filter Dryer is a multipurpose piece of equipment used in various industrial processes for separating and isolating solids from a liquid. The table lists specifications for different models (JE-ANF-5 to JE-ANF-100), but some details are noted as options and may require clarification from the manufacturer.

Glass Main Parts

• Glass Pipe Section: The filter comes with a glass pipe section, with a diameter varying based on the model (DN40 for JE-ANF-5 to N5 for JE-ANF-100). An optional jacketed pipe section is also available.
• Top Dish: The top dish is made of SS-PFA lined material with options for N1, N2, N3, N4, N5, and N6 nozzles in various diameters and orientations (refer to image for details). An optional glass top dish is also available.
• Agitator: An SS-PTFE lined agitator with scrapper-type blades is included. Options for Hastelloy/SS material and a flameproof motor (ATEX certified) with gearbox and single mechanical seal are also available. A manual agitator option is additionally noted.
• Drive Assembly for Agitator: The motor power varies from 0.25 HP to 0.5 HP depending on the model.
• Glass Feed Vessel: The glass feed vessel comes in 21 L or 10 L options, with cylindrical or spherical configurations available. Graduation and calibration are noted as options.
• Glass Receiver Vessel: Similar to the feed vessel, the receiver vessel comes in 21 L or 10 L options, with cylindrical or spherical configurations available. Graduation and calibration are noted as options.
• Reflux Divider: A manual or pneumatic operated automatic reflux divider is available in various diameters (DN50 to DN100) depending on the model.
• Glass Condenser: The condenser type is C-Coil, with a surface area varying from 0.1 sq.m to 0.5 sq.m depending on the model.
• Filter Plate: A PTFE material filter plate is included.
• Filter Cloth: A PP filter cloth of 3-5 microns is included, with options for other micron filter cloth sizes.

Hardware

• Plastic Flanges, Inserts, SS Nuts, Bolts, Washers and Springs: A set of hardware including plastic flanges, SS nuts, bolts, washers, and springs is included. The plastic flanges are used according to DIN standards, with an option for SS-304/SS-316 flanges.
• Structure: The structure is made of stainless steel with provision for vertical filter movement. An option for MS epoxy coated structure is also available.

Safety Features

• Rupture Disc: A rupture disc is included to withstand vacuum and burst pressure rating of 0.6 bar at 100 degrees Celsius.

Automation and Instrumentation

• Temperature Sensors: One duplex 3 wire Class A PT100 sensor is included.
• Dial Gauge: One dial gauge is included on the top dish.
• Agitator RPM Controller (VFD): An agitator RPM controller is included if the agitator is motorized. An optional VFD is noted.
• Operation and Indication Panel: An operation and indication panel is available in two options: 1) Ex d enclosure or 2) PLC with ATEX/NON-ATEX approved HMI.
• HMI with PLC Panel (Optional): An optional touch screen HMI can be provided inside a flameproof enclosure along with a PLC panel. Enclosure options include Ex d enclosure and PLC placement in a safe area.

The Rotary Evaporator is a powerful and user-friendly instrument designed for efficient solvent evaporation in various laboratory applications.

Key Features

• Enhanced Safety and Security: The newly designed evaporator prioritizes safety with stable operation and ergonomic features that minimize user risk.
• Improved Efficiency:
  • Large Heating Bath: Accommodates up to 5L flasks for increased processing capacity.
  • New Vertical Double Coil Condenser (0.27m²): Maximizes condensation efficiency for faster evaporation.
  • Vacuum Sealed Performance: Minimizes solvent loss for effective concentration.
• Automated Convenience:
  • Auto Lift System: Effortlessly raises and lowers the driving unit with a key switch.
  • Power-Failure Protection: Automatically lifts the driving unit in case of power outages, preventing damage.
  • Auto Shut-Off: Ensures safety and prevents overheating.
• Precise Control:
  • Digital Rotation Speed: Adjustable from 0-180 RPM for fine-tuned control.
  • Intuitive LCD Display: Monitors set temperature, bath temperature, and RPM for a clear overview.
  • Interchangeable Flasks (500ml to 5000ml): Accommodates a wide range of sample volumes.
• User-Friendly Design:
  • Lightweight and Portable: Easily maneuvered within the laboratory.
  • IP20 Protection: Provides basic dust and water protection.
• Wide Applications: Ideal for R&D, education, and pilot testing in:
  • Biological Industry
  • Biochemical Research
  • Pharmaceutical Development
  • Chemical Laboratories
  • Food Science
  • Fragrance Production

With its advanced features, user-centric design, and focus on safety, the Lab Rotary Evaporator is an essential instrument for laboratories requiring efficient and reliable solvent evaporation.

Additional Notes:

• CE Certified for safety and quality compliance.