Laboratory Excellence
Redefined

Overview

Laboratory refrigerators maintain a stable temperature range of 2°C to 8°C, ideal for storing temperature-sensitive materials.

Applications

• • Vaccines & pharmaceuticals
• • Reagents & chemicals
• • Clinical samples
• • Biological specimens

Key Features

• ✔ Microprocessor-based temperature controller
• ✔ Digital display with high/low temperature alarm
• ✔ Uniform air circulation system
• ✔ Lockable door for safety
• ✔ Adjustable stainless-steel shelves
• ✔ Low noise & energy efficient

Benefits

Ensures accurate cooling with minimal temperature fluctuation, protecting critical samples and ensuring compliance with laboratory standards.

Overview

Designed for medium-term storage, laboratory freezers operate between -20°C to -40°C, providing stable and reliable freezing performance.

Applications

• • Plasma & serum storage
• • Enzymes & reagents
• • Biological samples
• • Pharmaceuticals

Key Features

• ✔ Precise digital temperature control
• ✔ High-efficiency compressor
• ✔ Inner stainless steel chamber
• ✔ Audible & visual alarm system
• ✔ CFC-free eco-friendly refrigerant
• ✔ Fast temperature recovery

Benefits

Maintains sample integrity with uniform freezing and reliable temperature stability.

Overview

ULT freezers operating at -70°C are essential for long-term storage of highly sensitive biological materials.

Applications

• • DNA / RNA samples
• • Vaccines
• • Clinical research samples
• • Tissue & cell storage

Key Features

• ✔ Advanced microprocessor controller
• ✔ Dual cooling system
• ✔ Thick PUF insulation
• ✔ Remote alarm & monitoring compatibility
• ✔ low energy consumption design
• ✔ Data logging option

Benefits

Provides dependable ultra-low storage with optimized temperature uniformity and energy efficiency.

Overview

The -86°C ULT Freezer is designed for critical, long-term preservation of valuable biological samples.

Applications

• • Stem cells
• • Viruses & bacteria
• • Blood components
• • Clinical trials & biobanking

Key Features

• ✔ Advanced microprocessor control with LCD display
• ✔ Heavy-duty cascade refrigeration system
• ✔ Multi-layer sealing door system
• ✔ Temperature accuracy ±1°C
• ✔ Backup battery for alarm system
• ✔ USB data export & remote monitoring

Benefits

Delivers maximum sample protection with superior insulation, stable ultra-low temperature performance, and advanced safety systems.

Overview

A Muffle Furnace is a high-temperature heating equipment used for material testing, heat treatment, and laboratory research applications.

Applications

• • Ash content determination
• • Heat treatment of metals
• • Material testing
• • Geramic processing
• • Glass & chemical analysis

Key Features

• ✔ PID microprocessor temperature controller
• ✔ High-grade ceramic fiber insulation
• ✔ Uniform heat distribution
• ✔ Digital temperature display
• ✔ Over-temperature protection system
• ✔ Energy-efficient design

Benefits

Ensures precise high-temperature control with excellent thermal stability and long operational life.

Overview

The pH / Conductivity Meter is essential for measuring acidity, alkalinity, and electrical conductivity in laboratory and industrial applications.

Applications

• • Water quality testing
• • Pharmaceutical analysis
• • Chemical laboratories
• • Food & beverage testing
• • Environmental monitoring

Measurement Range

• ✔ pH Range: 0 to 14 pH
• ✔ Conductivity Range: µS/cm to mS/cm/
• ✔ Temperature Compensation: Automatic (ATC)

Key Features

• ✔ High-accuracy digital display
• ✔ Automatic calibration
• ✔ Temperature compensation probe
• ✔ User-friendly interface
• ✔ Stable and fast response time
• ✔ Portable and benchtop models available

Benefits

Provides accurate, reliable, and repeatable results for routine laboratory testing and quality control.

Overview

An Inverted Microscope is specially designed for observing specimens from below, making it ideal for cell culture studies, live cell imaging, and research applications where samples are placed in culture flasks, petri dishes, or multi-well plates. Unlike conventional microscopes, the light source and condenser are positioned above the stage, while the objectives are located below, allowing easy observation of living cells without disturbing the sample.

Applications

• • Cell culture research
• • IVF & embryology
• • Microbiology studies
• • Cancer research
• • Pharmaceutical R&D
• • Tissue engineering

Key Features

• ✔ High-accuracy digital display
• ✔ Automatic calibration
• ✔ Temperature compensation probe
• ✔ User-friendly interface
• ✔ Stable and fast response time
• ✔ Portable and benchtop models available

Technical Specifications (Typical)

• • Eyepiece: WF10X / WF15X
• • Objectives: 4X, 10X, 20X, 40X (Long Working Distance)
• • Illumination: LED / Halogen
• • Observation Head: Binocular / Trinocular
• • Stage: Large fixed stage for flasks & culture plates

Benefits

• 🔹 Ideal for observing live cells without contamination risk
• 🔹 Clear visualization of transparent specimens
• 🔹 Stable and ergonomic design for long working hours
• 🔹 Compatible with digital imaging systems

Overview

The Osmo 210 Micro-Osmometer is a compact, single-sample osmometer designed for fast and precise osmolality measurement using freezing point depression technology.

Applications

• • Clinical laboratories
• • IVF & fertility labs
• • Pharmaceutical quality control
• • Research laboratories
• • Beverage & food testing

Key Features

• ✔ Small sample volume (approx. 20–50 µL)
• ✔ Fast results (≈ 90 seconds)
• ✔ Simple one-touch operation
• ✔ Automatic calibration
• ✔ Compact benchtop design

Benefits

Ideal for low-throughput laboratories requiring reliable, accurate, and rapid osmolality testing.

Overview

The Osmo 310 Micro-Osmometer provides enhanced performance and flexibility for routine laboratory osmolality measurements.

Applications

• • Biopharmaceutical manufacturing
• • Clinical diagnostics
• • Research & development
• • Cell culture media testing

Key Features

• ✔ Freezing point depression method
• ✔ User-friendly touchscreen interface
• ✔ Improved precision and repeatability
• ✔ Internal quality control tracking
• ✔ Compact and durable design

Benefits

Perfect for laboratories requiring dependable daily osmolality testing with enhanced workflow efficiency.

Overview

The Osmo 810 Automated Osmometer is engineered for high-throughput laboratories requiring fully automated and highly precise osmolality testing.

Applications

• • Biotech & pharmaceutical QC laboratories
• • Large clinical laboratories
• • Manufacturing quality assurance
• • High-volume testing facilities

Key Features

• ✔ High-throughput automation
• ✔ Advanced data management system
• ✔ Excellent reproducibility
• ✔ Network connectivity & LIMS compatibility
• ✔ Minimal operator intervention

Benefits

Optimizes workflow in busy laboratories by delivering accurate results with maximum efficiency, automation, and reduced manual handling.

Overview

The Osmo Multi-Sampler is an automated sample handling accessory compatible with advanced osmometer systems, designed to increase throughput and laboratory efficiency by enabling seamless multi-sample processing.

Key Features

• ✔ Automated multi-sample loading
• ✔ Reduces manual intervention
• ✔ Improves laboratory productivity
• ✔ Seamless integration with Osmo systems

Benefits

Enhances operational efficiency for laboratories handling multiple osmolality samples daily, ensuring faster turnaround and improved workflow management.

Overview

High-speed centrifuges are engineered for demanding applications requiring elevated RPM and high RCF performance.

Applications

• ✔ Protein purification
• ✔ DNA/RNA isolation
• ✔ Cell harvesting
• ✔ Biopharma research
• ✔ Industrial sample processing

Key Features

• • High maximum RPM & RCF
• • Advanced microprocessor controls
• • Multiple rotor compatibility
• • Safety lid-lock system
• • Quiet & vibration-controlled operation

Benefits

Reliable high-performance separation with enhanced safety and reproducibility for critical workflows.

Overview

Microcentrifuges are compact instruments designed for small-volume sample processing (0.2–2.0 mL tubes).

Applications

• ✔ PCR preparation
• ✔ Enzyme reactions
• ✔ DNA/RNA extraction
• ✔ Quick spin-downs
• ✔ Routine lab protocols

Key Features

• • Compact footprint
• • High-speed performance
• • Quick acceleration/deceleration
• • User-friendly digital interface
• • Maintenance-free brushless motor

Benefits

Ideal for molecular biology laboratories requiring fast and efficient small-sample processing.

Overview

Benchtop centrifuges provide versatile performance for routine laboratory and clinical applications.

Applications

• ✔ Blood separation
• ✔ Serum & plasma preparation
• ✔ Cell culture processing
• ✔ Clinical diagnostics
• ✔ General lab research

Key Features

• • Multiple rotor options (fixed angle & swing bucket)
• • Adjustable speed & timer settings
• • Digital control panel
• • Imbalance detection system
• • Quiet and stable operation

Benefits

Flexible and space-saving solution for daily laboratory centrifugation tasks.

Overview

Refrigerated centrifuges maintain controlled temperatures during high-speed separation to protect heat-sensitive samples.

Applications

• ✔ Protein & enzyme studies
• ✔ Molecular biology workflows
• ✔ Clinical sample processing
• ✔ Biopharmaceutical research
• ✔ Cell & tissue culture

Key Features

• • Temperature range typically from -10°C to +40°C
• • Rapid cooling system
• • Precise temperature control
• • High-speed rotor compatibility
• • Advanced safety monitoring

Benefits

Ensures sample integrity during centrifugation by preventing thermal degradation.

Overview

Hot plates are laboratory heating devices designed to provide controlled and uniform heating for various chemical and research applications.

Applications

• ✔ Chemical reactions
• ✔ Sample preparation
• ✔ Evaporation & boiling
• ✔ Research & development labs
• ✔ Academic experiments

Key Features

• • Digital temperature control
• • Ceramic or stainless-steel top plate
• • Uniform heat distribution
• • Over-temperature protection
• • Optional magnetic stirring function

Benefits

Provides safe, accurate, and consistent heating performance with easy operation and maintenance.

Overview

Water baths are designed to incubate samples in water at a constant temperature over a long period of time.

Applications

• ✔ Sample incubation
• ✔ Enzyme reactions
• ✔ Microbiological studies
• ✔ Tissue culture preparation
• ✔ Clinical laboratory procedures

Key Features

• • Precise digital temperature control
• • Stainless steel inner chamber
• • Uniform heat circulation
• • Lid cover to minimize evaporation
• • Temperature range typically up to 100°C

Benefits

Ensures stable and uniform heating for temperature-sensitive experiments and biological samples.

Overview

Hot air ovens are used for sterilization, drying, and heat treatment applications using dry heat.

Applications

• ✔ Glassware sterilization
• ✔ Drying laboratory instruments
• ✔ Material testing
• ✔ Pharmaceutical & microbiology labs
• ✔ Industrial quality control

Key Features

• • Temperature range up to 250°C / 300°C
• • PID microprocessor controller
• • Double-walled insulation
• • Forced air circulation system
• • Digital display with timer function

Benefits

Provides uniform dry heat sterilization with energy-efficient and safe operation.

Overview

Class II Biosafety Cabinets (BSCs) are the most commonly used cabinets in microbiology, clinical diagnostics, pharmaceutical, and research laboratories.

Protection Provided

• ✔ Personnel protection
• ✔ Product protection
• ✔ Environmental protection

Key Features

• • Dual HEPA filtration system (≥99.99% efficiency at 0.3 µm)
• • Laminar airflow for contamination control
• • Digital airflow monitoring system
• • UV light for surface decontamination
• • Ergonomic design with low noise operation
• • Alarm system for airflow disruption

Applications

• • Cell culture research
• • Microbiology testing
• • Vaccine & pharmaceutical development
• • Clinical sample handling
• • Molecular biology workflows