R&D laboratories focus on experimental workflows in fields such as molecular biology, cell culture, and analytical chemistry. These labs require precise, stable, and contamination-free environments to ensure accurate results. High-performance equipment ensures temperature control, vibration isolation, and sterile processing. Compliance with safety standards is essential for high-throughput operations in drug discovery, genetic engineering, and diagnostics.
High-speed centrifuges are essential for separating biological and chemical samples at rapid centrifugal forces. They support speeds up to 30,000 rpm and accommodate various rotor types for tubes, plates, or bottles. Ideal for molecular biology, protein purification, and cell culture, our centrifuges ensure precise speed control, temperature regulation, and safety features for reliable and efficient sample processing.
Types : Floor standing, table top, refrigerated
Class I Biosafety Cabinets offer personnel and environmental protection with unrecirculated airflow and HEPA filtration, suitable for low-risk pathogens. Class III cabinets provide maximum containment for high-risk agents with sealed glove access and fully enclosed operations. Our cabinets comply with international biosafety standards, ensuring optimal protection in research, pharmaceutical, and clinical labs handling infectious or toxic materials.
Types : Class I Biosafety Cabinets, Class III Biosafety Cabinets.
Hot plates and magnetic stirrers are vital for heating and mixing solutions in lab environments. With precise temperature and speed control, they accommodate a wide range of glassware and sample types. Magnetic stirrers offer uniform agitation without mechanical parts, reducing contamination. Our models provide digital displays, chemical-resistant surfaces, and safety features for efficient, reliable performance.
Types : Basic hot plate, Magnetic stirrers, Hot plate stirrers, digital hot plates
Analytical and microbalances provide high-precision weight measurements essential for laboratory analysis. Analytical balances offer readability up to 0.1 mg, while microbalances measure as low as 0.001 mg. They feature draft shields, anti-vibration designs, and calibration systems. Our balances ensure reliable, traceable measurements in pharmaceutical, chemical, and research labs requiring extreme accuracy and consistency.
Types : Analytical, semi micro, microbalances
pH meters measure the acidity or alkalinity of solutions with high precision using glass electrodes and digital displays. Ideal for water quality testing, chemical analysis, and biological research, they offer temperature compensation and calibration functions. Our pH meters range from portable handheld units to benchtop models with multi-parameter capability, ensuring accurate, reproducible results across applications.
Types : Benchtop, portable, pen type
Conductivity meters measure the ability of solutions to conduct electricity, reflecting ion concentration. Commonly used in water quality testing, environmental monitoring, and lab analysis, they provide accurate, temperature-compensated readings. Our meters come in portable and benchtop formats with auto-calibration, data logging, and multi-range capabilities, ensuring precise and reliable results in industrial and research applications.
Types : Benchtop, portable, multi parameter
Ultralow-temperature freezers provide secure long-term storage at less than −80°C for sensitive biological materials like DNA, RNA, enzymes, and vaccines. These freezers offer uniform temperature distribution, rapid recovery, and alarms for safety monitoring. Our models feature energy-efficient compressors, robust insulation, and backup options, making them ideal for research labs, biobanks, and clinical storage.
Types : Upright, Chest, Portable
Cryogenic storage tanks and Dewars store and transport liquefied gases like nitrogen at extremely low temperatures. Designed for long-term preservation of biological samples, these containers offer vacuum insulation, pressure control, and safety valves. Available in various capacities, our cryogenic solutions support reliable sample integrity in IVF labs, tissue banks, and biomedical research.
Types : Static, transport, cryogenic, pressurized
Gel electrophoresis systems are essential for DNA, RNA, and protein separation based on molecular size and charge. Using agarose or polyacrylamide gels, these systems include electrophoresis chambers, power supplies, and gel trays. Our systems provide precise band resolution, user safety, and easy visualization, making them ideal for molecular biology and forensic labs.
Types : Horizontal, Vertical, Capillary Electrophoresis, Precast
Western blotting systems are used to detect specific proteins through electrophoretic transfer, membrane blotting, and antibody-based detection. Our systems include semi-dry and wet transfer units, compatible membranes, and chemiluminescence or fluorescence detection methods. With efficient transfer speeds and high sensitivity, they are widely used in immunology, cell biology, and proteomics research.
Types : Wet Transfer, Semi dry transfer, dry, automated
Cell counters and hemocytometers are used for quantifying cell populations in biological samples. Manual hemocytometers offer visual counts under a microscope, while automated cell counters provide rapid, accurate results with viability assessment. Our range supports various cell types and applications, from tissue culture to clinical diagnostics, ensuring dependable sample analysis.
Types : Manual, Automated, Fluorescence, Flow
Bioreactors and fermenters support the controlled growth of microorganisms, cells, or tissues for biotechnological and pharmaceutical production. They offer parameters like temperature, pH, agitation, and oxygen control. Our systems range from benchtop to pilot-scale, ensuring scalable, reproducible conditions for research, vaccine development, and protein expression.
Types : Stirred tank, airlift, single use, photo bioreacters, pilot scale
Electroporators and transfection systems deliver nucleic acids into cells using electrical pulses or chemical reagents. Electroporation temporarily increases cell membrane permeability, ideal for hard-to-transfect cells. Our systems offer programmable protocols, safety controls, and high transfection efficiency, enabling genetic engineering, gene expression studies, and CRISPR research in molecular biology labs.
Types : Basic, nucleofector, microfluidic, electro fusion
Freeze-dryers remove moisture from samples via sublimation under vacuum, preserving biological and chemical integrity. Used in pharmaceuticals, diagnostics, and research, our lyophilizers offer precise temperature control, programmable cycles, and sample scalability. Ideal for long-term storage, they ensure product stability, sterility, and reproducibility in laboratory and industrial settings.
Types : Benchtop, Pilot scale, production scale, manifold, tray type
Liquid nitrogen containers provide safe storage and transport of LN₂ used in cryopreservation, IVF, and biotechnology. Built with vacuum insulation and durable aluminum or stainless steel, they maintain ultra-low temperatures for extended durations. Our containers are available in various volumes and neck openings for laboratory, clinical, and industrial use.
Types : Storage, transport, cryogenic, self-pressuring, open up
Cryovials, cryoboxes, and cryoracks ensure organized, secure storage of biological samples at ultra-low and cryogenic temperatures. Cryovials are leakproof and sterile; cryoboxes hold multiple vials; cryoracks provide structured freezer organization. Made from durable, temperature-resistant materials, they are vital for biobanks, research labs, and diagnostic storage.
Types : Cryovials, Cryoboxes, Cryoracks.
HPLC (High-Performance Liquid Chromatography) systems separate, identify, and quantify compounds in complex mixtures. Featuring high-pressure pumps, detectors, and column options, they offer precise, reproducible results for pharmaceutical, environmental, and food testing. Our systems support UV, DAD, and fluorescence detection with automated sampling and gradient capabilities.
Types : Analytical, Preparative, UHPLC, Quaternary, LC – MS coupled
GC systems analyze volatile and semi-volatile compounds through high-resolution gas-phase separation. Equipped with injectors, capillary columns, and thermal conductivity or flame ionization detectors, they offer accurate, sensitive analysis. Widely used in environmental, petrochemical, and forensic applications, our GC systems deliver fast, reproducible results.
Types : Analytical, Preparative, GC – FID, GC – TCD, GC -MS
Mass spectrometers detect and quantify molecules based on mass-to-charge ratio. Coupled with LC or GC, they offer high sensitivity and structural information for complex sample analysis. Ideal for proteomics, toxicology, and drug development, our systems provide precise results with advanced ionization and detector technologies.
Types : Time-of-Flight (TOF), Quadrupole, Ion Trap, Orbitrap, Magnetic Sector, Hybrid Systems (Q-TOF, Triple Quadrupole).
FTIR (Fourier Transform Infrared) spectrometers analyze materials by measuring infrared absorption and molecular vibrations. They identify chemical bonds and functional groups in solids, liquids, or gases. Our systems feature high-resolution optics, easy sample handling, and fast scan rates, supporting research, quality control, and material verification.
Types : Benchtop, Portable, Microscope integrated, ATR – FTIR, Gas cell
TOC analyzers measure organic carbon content in water, ensuring compliance with environmental and pharmaceutical standards. Using combustion or UV oxidation, they quantify contamination levels in ultrapure, drinking, or wastewater. Our analyzers offer automated calibration, high accuracy, and low detection limits for routine and regulatory testing.
Types : High temperature, UV Persulfate Oxidation, laboratory, online
Titrators automate the determination of concentration, moisture, or pH in chemical samples. Karl Fischer titrators specialize in water content analysis; potentiometric titrators measure acids, bases, or ions. Our systems feature precision dosing, endpoint detection, and data logging, ideal for pharmaceutical, food, and chemical labs.
Types : Karl fischer, potentiometric, automatic
Ion meters measure specific ion concentrations in solutions using ion-selective electrodes (ISEs). They provide rapid, accurate analysis of parameters like fluoride, calcium, ammonium, and nitrate. Common in environmental, agricultural, and food testing labs, our ion meters offer digital calibration, multi-ion capability, and intuitive interfaces for reliable performance.
Types : pH/ ORP, Ion selective electrode, multi ion, benchtop and portable
Vacuum pumps create controlled vacuum environments for filtration, evaporation, drying, and degassing. Available in rotary vane, diaphragm, and scroll types, they support laboratory, analytical, and industrial applications. Our pumps ensure low noise, chemical resistance, and oil-free or lubricated options for clean and efficient vacuum generation.
Types : Rotary, Diaphragm, scroll, turbomolecular, piston
Air samplers monitor airborne contaminants like microbes, dust, and gases in environments requiring high air quality standards. They use impaction, filtration, or centrifugal techniques to collect samples for analysis. Suitable for cleanrooms, labs, and industrial hygiene, our samplers provide accurate, real-time air quality assessments.
Types : Personal, high volume, impingers, filter based, bioaerosol
Environmental and stability chambers simulate temperature, humidity, and light conditions to test product shelf life and durability. Used in pharmaceutical, biotech, and materials research, they ensure regulatory compliance (ICH, FDA). Our chambers offer uniform conditions, programmable controls, and data logging for precise stability testing.
Types : Temperature Chambers, humidity chambers, photostability chambers, walk in chambers, reach in chambers
