Ac induction motor stepless speed regulation, no brushes, no sparks, long life.
Ptfe sealing system, high vacuum degree, high evaporation rates and recovery rates.
High quality borosilicate glass materials, good physical and chemical properties.
Easy visual operation with digital speed and temperature display.
Pid temperature controller for accurate temperature control.
ac induction motor stepless speed regulation, no brushes, no sparks, long life.
ptfe sealing system, high vacuum degree, high evaporation rates and recovery rates.
high quality borosilicate glass materials, good physical and chemical properties.
easy visual operation with digital speed and temperature display.
pid temperature controller for accurate temperature control.
Rotary evaporators come with a modular heating bath, vertical glassware, and digital temperature rotation control. The optimized bath volume allows fast heat-up times. The condenser unit has specially designed glass tubes that utilize surface extremely efficiently. We offer rotary evaporator with reasonable price, delivering reliable and reproducible process results, which is usually reserved for costly systems in the market.
ac induction motor stepless speed regulation, no brushes, no sparks, long life.
ptfe sealing system, high vacuum degree, high evaporation rates and recovery rates.
high quality borosilicate glass materials, good physical and chemical properties.
easy visual operation with digital speed and temperature display.
pid temperature controller for accurate temperature control.
Evaporatorâ is heated by water bath (oil bath) to form thin film under the negative pressure condition, evaporate, then condenseâ and recycle the solvent simultaneously. The apparatus are particularly suitable for the heat-sensitivity materialâ??s condensation, crystallization, separation, recovery and so on. It is an important instrument for scientific research, pilot and production in biological pharmacy, chemical engineering and food industries etc.
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Rotary evaporator is a device widely used in chemical laboratories for the efficient and gentle removal of solvents from samples by evaporation. These machines are most often used to separate solvents of low boiling points, such as n hexane or ethyl acetate, from compounds which are solid at room temperature and pressure. Careful application also allows removal of a solvent from a sample containing a liquid compound, if there are minimal co-evaporation and a sufficient difference in boiling points at the chosen temperature and reduced pressure.
Rotary evaporator is a device widely used in chemical laboratories for the efficient and gentle removal of solvents from samples by evaporation. These machines are most often used to separate solvents of low boiling points, such as n hexane or ethyl acetate, from compounds which are solid at room temperature and pressure. Careful application also allows removal of a solvent from a sample containing a liquid compound, if there are minimal co-evaporation and a sufficient difference in boiling points at the chosen temperature and reduced pressure.
Evaporator is a specially designed instrument for the evaporation of solvent (single-stage or straight distillation) under vacuum condition. The evaporator consists of a heating bath with a rotating flask, in which the liquid is distributed as a thin film over the hot wall surfaces and can evaporate easily. The evaporation rate is regulated by the heating bath temperature, the size of flask, the pressure of distillation and the speed of rotation.
Laboratory instruments, apparatus like tablet disintegration test apparatus, friability test apparatuses, shakar like sieve shaker, rotary shaker, water bath shaker, digital griffin flask shaker, orbital shaker incubator, jar testing apparatus, flocculator, antibiotic zone reader (manual), bulk density test machine (analog/digital), vortex mixer, and colony counter..Manufacturer & exporter
Environmental test chamber, climatic test chamber, salt spray chamber, walk in environmental test chamber, thermal chamber, vibration climatic test chamber, battery test chamber, salt spray chamber, altitude chamber, industrial water chiller,.
Environmental test chamber, climatic test chamber, temperature humidity test chamber, walk in temperature humidity test chamber, drive in temperature test chamber, ageing test oven, 2 zone thermal shock test chamber, 3 zone thermal shock test chamber, salt spray test chamber..Manufacturer
Do you need a vortex mixer in microbiology lab? Well, a vortex mixer in laboratory is a must-have. However, with so many models and manufacturers in the industry, finding the most efficient product can sometimes become quite difficult.
The Smart Mix F is one of the top vortex mixer models, capable of generating speeds of up to 4200 rpm. So, it is perfect for all types of laboratories. The product has a compact design, and the overall weight is only 550g, so you'll have no trouble carrying it around wherever you need it in your lab. It also has a touch-sensitive on/off option that ensures maximum comfort for the user.
ILAB is currently one of the best vortex mixer manufacturers out there. So, all you need to do is get it touch with us now and we'll ensure that you get the best value for money.
Rotating Speed 4200 rpm FIX
Operation Mode Touch
Orbital Diameter 4.5mm
max.load capacity 500g
Protection Class IP21
Rated Voltage 12v 1.5amp
Rated Power 15w
Frequency 50/60Hz
Ambient temperature 5 to 40° C
Maximum Humidity 80%
Net Weight 550g
Product Size (LxWXH) 108x108x78mm
Maximum Humidity 80%
Net Weight 0.8 Kg( approx.)
Product Size (LxWXH) 150x130x115 mm
I MIX-4200 digital vortex mixer is one of the most advanced vortex mixers for laboratory testing. The powerful motor offers speeds of up to 4200 rpm, adjustable anywhere between 300 rpm and 4200 rpm according to your testing needs. It comes with a broad range of accessories and has a dual digital display that precisely shows the time and speed.
One of the most unique features of this model is the built-in counterbalance mechanism that ensures stable rotation. So, one can expect to obtain better results with the I Mix 4200 compared to other vortex mixers. Made for vigorous testing, this vortex mixer comes with a brushless DC motor that offers long-term maintenance-free performance and continuous testing anywhere between 1 to 999 minutes.
ILAB is currently one of the best vortex mixer manufacturers in the industry. So, for world-class laboratory equipment and vortex mixers, make sure you contact us choose from our wide range of products.
Rotating Speed 300 TO 4200 RPM
Time 1 to 999 minutes and infinite
Increment/decrement 10 rpm
Pulse mode Adjustable
Operation Mode Touch/Continuous
Orbital Diameter 4mm
Max.load capacity 500g
Protection Class IP21
Rated Voltage 24v 1.5 amp
Rated Power 20W
Frequency 50/60Hz
Ambient temperature 5 to 40° C
Maximum Humidity 80%
Net Weight 2.7 Kg( approx.)
Product Size (LxWXH) 150x130x115 mm
The laboratory freeze dryer is a scaled-down version of traditional freeze-drying equipment, which removes water from the sample through a process of freezing and vacuum drying to maintain the structure and activity of the sample. It is mainly used in the laboratory research and development of laboratory lyophilizer companies, and is also widely used in various industries such as medical treatment, Chinese medicinal materials, pharmaceuticals, injections, and biopharmaceuticals. It has the advantages of precision equipment, small footprint, simple operation, high configuration, stable operation, no need to install and debug, power can be used, etc.
The laboratory freeze-drying machines produced by our company have been sold to food enterprises, universities, etc., to help enterprises and universities research and development and production.
Precision Testing with Laboratory Freeze Dryer Technology
Drug Development and Preparation
In the drug development process, freeze dryers are used to prepare and preserve drug samples. By freeze-drying, the activity and stability of the drug can be maintained, and the shelf life of the sample can be extended. Precise control of the drying process can also play a role in the optimization of pharmaceutical formulations.
Cell and Histological Studies
Freeze dryers can be used to prepare and preserve cell samples. By freeze-drying, the morphology and structure of cells can be preserved, which is of great significance for the study of cell growth, differentiation, apoptosis and other processes. It can also be used to prepare histological samples, where the morphological and structural integrity of the sample can be maintained by removing water from the sample.
Biomedical Experimental Support
It can be used to prepare various experimental materials, such as proteins, enzymes, antibodies, etc. Provide stable experimental conditions, such as temperature, humidity, etc., to ensure the accuracy and repeatability of the experiment.
Advancing Sample Preservation with Laboratory Freeze Dryer Solutions
Laboratory freeze-dryers can greatly extend the shelf life of biological samples by removing moisture from them. Drying in a low-temperature vacuum environment can avoid high-temperature induced protein denaturation and loss of activity, ensuring that biological samples maintain their biological activity and structural integrity during storage.
Advancing Sample Preservation with Laboratory Commercial Freeze Dryer Solutions
FAQs of Laboratory Freeze Dryer
First, the condensers of the lab freeze dryer are frosting seriously
Problem description: Excessive frosting on the condenser surface affects the drying efficiency.
BS 476 Part 4 Non-Combustibility Test Apparatus
Manufacturer: KDM Global | Fire Resistance Test Equipment for Construction & Railway Materials
The BS 476 Part 4 Non-Combustibility Test Apparatus is a highly reliable and precise testing system used to determine whether a building or railway material is non-combustible under standardized conditions. This test plays a critical role in classifying construction and insulation materials, especially those used in fire-sensitive environments like railway coaches, metro infrastructure, high-rise buildings, and tunnels.
KDM Globals apparatus is built for compliance with BS 476 Part 4 and aligned with EN 13501-1 guidelines, ensuring you meet fire safety regulatory requirements during product development and quality control.
Key Features:
Conforms to BS 476 Part 4 Standard
High-temperature vertical tube furnace (up to 1000°C)
Precisely calibrated Type K thermocouples
Digital data acquisition system for accurate temperature logging
Supports three control + one test sample as per the standard
Corrosion-resistant stainless steel construction
Compact, bench-top design for easy laboratory installation
Test Principle:
The BS 476-4 test determines the combustibility of a material by placing it inside a vertical tube furnace maintained at a set temperature (typically 750850°C). The temperature change caused by the test sample, and any visible flaming, smoke, or structural degradation, is measured and compared with inert reference materials. This test is essential for ensuring materials do not contribute to the spread of fire.
Applications:
Fire-retardant insulation and thermal barriers
ISO 5658-2 Lateral Spread of Flame Test Apparatus
Manufacturer: KDM Global | Flame Spread Tester for Railway & Building Material Testing
The ISO 5658-2 Lateral Spread of Flame Test Apparatus is a specialized fire testing equipment designed to evaluate the flame spread of vertically mounted materials exposed to a heat source. This test plays a crucial role in assessing materials used in railway interiors, public transportation, construction, and marine applications, especially under the EN 45545-2 standard for railway fire safety.
KDM Globals robust, precision-engineered apparatus ensures reliable, reproducible, and standard-compliant results, making it a preferred choice for fire testing laboratories, R&D centers, and railway component manufacturers.
Key Features:
Fully compliant with ISO 5658-2 and EN 45545-2
Advanced radiant heat panel with precise heat flux control
Calibrated pilot flame ignition system
High-accuracy digital timer and thermocouples
Stainless steel specimen holder and test chamber
Flame spread measurement with clear calibrated ruler
Integrated data recording (manual or automated, optional)
Test Principle:
In the ISO 5658 test, the specimen is mounted vertically at an angle beside a radiant heat panel. A pilot flame ignites the heated material, and the test measures how far and how fast the flame spreads laterally across the sample. This simulates real-life fire exposure in compartments such as train coaches, aircraft cabins, or ship interiors.
Applications:
Railway interior wall, floor, and ceiling materials
Composite panels and decorative laminates
High-pressure laminates (HPL) and thermoplastics
Automotive and aerospace components
Building cladding and insulation material testing
Technical Specifications:
Standard: ISO 5658-2, EN 45545-2
Radiant Heat Flux: Adjustable up to 50 kW/m²
Sample Size: 800 mm 155 mm
Ignition Source: Pilot flame (adjustable)
Measurement Tools: Flame spread ruler and digital timer
Data Recording: Manual log or digital logging system (optional)
BS 476 Part 7 Surface Spread of Flame Test Apparatus
Manufacturer: KDM Global | Flame Spread Testing Equipment for Building & Railway Applications
The BS 476 Part 7 Surface Spread of Flame Test Apparatus is a precision-built fire testing machine designed to evaluate the surface flame spread characteristics of materials. It is widely used to classify wall and ceiling linings in both construction and railway sectors, as per the British Standard BS 476 Part 7.
KDM Global s apparatus delivers consistent results and complies fully with international testing norms. It is ideal for fire testing laboratories, building material manufacturers, railway component suppliers, and quality control units.
Key Features:
Fully compliant with BS 476 Part 7
High-grade stainless steel chamber with heat-resistant construction
Angle-adjustable burner with precise flame control
Clear observation window for monitoring flame behavior
Integrated measuring scale to track flame spread
Digital timer to control exposure and duration
Test Overview:
The specimen is mounted vertically inside the chamber, and a controlled flame is applied to the surface. The apparatus measures the distance and speed of flame spread, classifying the material from Class 1 (best) to Class 4 (worst). This helps evaluate the fire performance of interior components.
Applications:
Interior wall and ceiling materials
Railway coach interior panels (EN 45545 compliance support)
Laminates, plastic sheeting, plywood, and cladding
Research & development labs and certification bodies
Technical Specifications:
Standard: BS 476 Part 7
Sample Size: 885 mm x 165 mm
Burner: Adjustable propane burner
Gas Control: Flow meter and pressure regulator
Measurement Scale: 0 900 mm
Viewing Window: Dual-glass for visual monitoring
Timer: Digital timer for test cycles
Power Supply: 230V AC, 50 Hz
Why Choose KDM Global?
Trusted Indian manufacturer of fire testing machines
Supports fire safety evaluations for railway interior materials
Custom build options, spare parts & AMCs available
Available for global shipping with CE certification (optional)
Complete testing solutions including BS 476 Part 6 & ISO 5660
Related Products:
BS 476 Part 6 Fire Propagation Test Apparatus
BS 476 Part 6 Fire Propagation Test Apparatus
Manufacturer: KDM Global | Fire Resistance Testing Equipment for Building & Railway Materials
The BS 476 Part 6 Fire Propagation Test Apparatus is a specialized laboratory instrument designed to assess the fire propagation characteristics of construction and composite materials, as per British Standard BS 476 Part 6. This test method plays a crucial role in determining the fire performance of wall panels, ceiling linings, insulation materials, and is widely used for building material classification in the UK and international markets.
KDM Global offers a high-precision, easy-to-operate, and fully compliant BS 476 Part 6 test system making it ideal for test laboratories, R&D centers, regulatory agencies, and building product manufacturers.
Key Features:
Standard-Compliant Setup Fully meets BS 476 Part 6 fire propagation test procedure
Triple Flame Burners Main, pilot, and auxiliary burners simulate realistic fire exposure
Specimen Support Frame Heat-resistant tray to hold test samples securely
Advanced Temperature Monitoring Thermocouples and digital indicators for accurate data
Solid Construction Insulated combustion chamber for safe and consistent testing
Flow Meter & Pressure Gauge For precise control of gas flow and pressure during test
Modular Design Easy maintenance, replacement, and calibration
Test Overview:
In the BS 476 Part 6 test, the material sample is exposed to a triangular arrangement of flames and heated for a defined time. The temperature rise in the chamber is recorded, and the fire propagation index (I value) is calculated from temperature increments. Lower values indicate better fire resistance.
ISO 5659 Smoke Density Test Apparatus Smoke Generation Chamber
Manufacturer: KDM Global | Fire Testing Equipment for Railway & Polymer Industries
This instrument is compliant with ISO 5659-2, a globally recognized standard for evaluating smoke production during material burning, and is essential for meeting EN 45545-2 requirements for railway interior materials.
Key Features:
Standard-Compliant Test Chamber: Stainless steel smoke chamber with inner coating to resist heat and corrosion
