Instrumentation

The Modern Photometric/UV-Vis Biochemistry Analyzer is a versatile and high-precision instrument designed for quantitative biochemical investigations. It measures optical densities across UV to visible spectra, supporting multiple reading modes like flow cell and cuvette modes. Equipped with a color touchscreen LCD, it simplifies navigation and operation. The analyzer features controlled reaction temperatures, an open reagent system, and robust memory for storing numerous test protocols and results. Built-in and optional printer interfaces, along with multiple connectivity options, allow efficient data management. Its user-friendly Windows-based interface ensures smooth workflow and enhanced laboratory productivity, making it suitable for clinical, research, and industrial applications.

• Color touchscreen LCD display for intuitive operation.

• UV-Vis measurement capabilities for precise optical density analysis.

• Flow cell and cuvette reading modes for versatile sample handling.

• Multiple connectivity options: USB, SD card, Ethernet/RS-232; optional PSTN.

• Built-in thermal printer with support for external printers.

• Large memory capacity for 200 test protocols and up to 3000 test results.

• Temperature-controlled reactions (25°C, 30°C, 37°C).

• Open reagent system for flexible assay customization.

• Windows-based user interface for enhanced productivity.

• High precision specifications: photometric range, resolution, halogen light source, wavelength support, aspirate volume, low cross-contamination, lightweight and compact design.

• Clinical laboratories for biochemical assays and patient monitoring.

• Research institutions performing enzyme kinetics, hormone, and drug studies.

• Pharmaceutical labs for drug development and quality testing.

• Food and agricultural testing for quality control and nutrient analysis.

• Educational labs for teaching and demonstration of biochemical principles.

The Online Water Analyzer is a fully automated system designed to provide real-time monitoring of key water quality parameters such as pH, conductivity, turbidity, dissolved oxygen, TDS, hardness, and residual chlorine. By offering continuous measurement and instant data transmission, it ensures efficient water treatment, process control, and regulatory compliance. Widely used in drinking water plants, wastewater treatment, industrial processes, and environmental monitoring, this analyzer helps maintain safe and high-quality water standards with minimal human intervention.

• Real-Time Monitoring – Continuous measurement of critical water parameters.

• Multi-Parameter Analysis – pH, TDS, conductivity, turbidity, chlorine, DO, hardness, etc.

• Digital Display & Data Logging – Clear visualization and recording of test results.

• Remote Connectivity – Supports data transfer via RS485 / MODBUS / IoT for SCADA integration.

• High Accuracy & Reliability – Ensures compliance with environmental and industrial standards.

• Low Maintenance – Automated cleaning and calibration functions.

• Industrial-Grade Design – Robust, weatherproof housing for 24/7 outdoor/plant operation

This surface roughness tester is designed for accurate and reliable measurement of multiple parameters, including Ra, Rz, Rq, and Rt. Built with a high-precision inductive sensor, the instrument ensures stable, repeatable, and professional-grade performance.

Its mechatronics-based construction makes it compact, portable, and lightweight, weighing around 420 g with the internal battery. The device includes a high-capacity lithium-ion rechargeable battery equipped with an intelligent charging control circuit for long operational life.

This instrument is suitable for inspecting the surface finish of various components, making it ideal for workshops, machining centers, inspection departments, and quality control applications.

• Multi-parameter measurement: Ra, Rz, Rq, Rt

• Complies with international standards: ISO, DIN, ANSI, JIS

• High-precision inductive sensor for accurate measurement

• Compact mechatronics design for easy handling

• Lightweight at approximately 420 grams

• Built-in lithium-ion rechargeable battery with charge control

• Automatic shutdown to save power

• Metric and inch unit conversion

• Clear display of all measurement parameters

• Surface roughness measurement of machined components

• Quality control and inspection departments

• Manufacturing and metal processing industries

• Tool rooms and precision engineering units

• Research laboratories and educational institutes

A Radiography Film Viewer is a device used to illuminate radiographic films for the inspection of internal structures, commonly used in industries like aerospace, manufacturing, and construction to evaluate welds, materials, and components.

Key Features:

1. High-Intensity Illumination: Provides bright, uniform light for optimal visibility of radiographic films.
2. Multiple Viewing Sizes: Available in different sizes to accommodate various film formats, from small to large radiographs.
3. Energy Efficiency: Designed with energy-efficient LED or fluorescent lighting to reduce operating costs and extend bulb life.
4. Adjustable Brightness: Features adjustable light intensity to suit different film densities and enhance clarity.
5. Ergonomic Design: Typically lightweight and portable, with easy-to-use controls for comfort during long inspection sessions.
6. High-Quality Optics: Ensures clear and detailed viewing of the radiograph for accurate analysis and interpretation.
7. Durability: Built to withstand industrial environments, offering reliable performance in workshops, laboratories, or inspection facilities.

The LED Radiography Viewer is a modern tool designed to illuminate radiographic films for clear and detailed inspection, offering superior brightness and energy efficiency compared to traditional lighting methods.

Key Features:

1. LED Illumination: Uses high-quality LED lighting for bright, uniform illumination, enhancing the clarity of radiographic films.
2. Energy-Efficient: Consumes less power than traditional light sources, reducing energy costs and extending operational life.
3. Adjustable Brightness: Allows for easy adjustment of brightness levels to suit different film densities and enhance image clarity.
4. Multiple Film Sizes: Accommodates a wide range of film sizes, making it versatile for various radiography applications.
5. Slim and Lightweight: Features a compact, space-saving design that is easy to handle and transport.
6. Long Lifespan: LED technology offers a long operational life, reducing the need for frequent replacements.
7. Durable Construction: Built for durability and reliability in industrial settings, providing consistent performance in harsh environments.

The Lab Vibrating Table is a laboratory device used to consolidate concrete or other materials by applying vibration. It helps remove air bubbles and settle the mixture, ensuring uniformity and density. This equipment is widely used in concrete testing, especially for preparing samples for compression tests. The vibrating table ensures that the specimen is compacted to the desired consistency, improving the accuracy of test results for material strength and durability.

Key Features:

• Vibration Control: Adjustable vibration settings to suit different materials and achieve optimal compaction.
• Efficient Consolidation: Quickly and uniformly consolidates concrete or other materials to ensure consistent sample preparation.
• Durable Construction: Built with high-quality materials for reliable, long-lasting performance in laboratory environments.
• Simple Operation: Easy to use with straightforward controls, making it suitable for various users.

The Hydrometer for Soil is a precision-crafted instrument made from high-quality borosilicate glass, designed to measure the specific gravity (density) of soil suspensions. It features a clear, easy-to-read scale with a range starting from 0.995 g/cm³, ensuring accurate and reliable sedimentation analysis. Built to withstand high-temperature conditions up to 270°C, it is ideal for geotechnical, agricultural, and soil mechanics laboratories.

• Made from durable, heat-resistant borosilicate glass

• Accurate density scale starting from 0.995 g/cm³

• Withstands temperatures up to 270°C

• Clear calibration markings for precise readings

• Designed specifically for soil analysis applications

The Enema Procedure Training Simulator is a specialized educational tool designed for teaching and practicing enema administration techniques in medical and nursing programs. Its portable design includes a flexible upper buttock that allows learners to position the patient realistically and practice proper insertion techniques in a safe, controlled environment.

The system features a one-quart fluid reservoir with an integrated drain tube, enabling fluid to be drained into a container or sink for continuous and hygienic use. This setup supports repetitive training sessions without disruption.

The simulator is packaged with essential training accessories, including an enema administration set, a teaching guide, and a durable hard carrying case for easy transport and storage.

• Realistic anatomical design for hands-on procedural training

• Flexible buttock simulates proper patient positioning

• One-quart reservoir and drainage tube for uninterrupted fluid use

• Durable and portable with a hard case for safe transport

• Includes all instructional components for classroom integration

• Covered by a 5-year warranty for long-term reliability

• Nursing schools and medical colleges

• Hospital staff training programs

• Clinical skills labs

• Simulation-based education environments

• Patient care and hygiene instruction

This 3D Biology Lab Model is crafted from durable PVC material, designed to provide a clear and accurate representation of biological structures. With a size of 15 inches, it serves as an ideal teaching aid for laboratory demonstrations and classroom learning. The model is lightweight, easy to handle, and ensures long-lasting use, making it a reliable tool for educators and students in biological sciences.

Key Features

• Made of high-quality PVC material for durability

• 3D design for better visualization and understanding

• 15-inch size suitable for laboratory and classroom use

• Lightweight and easy to handle

• Accurate representation of biological structures

Applications

• Biology laboratories in schools and colleges

• Teaching and demonstration purposes

• Medical and nursing training institutes

• Research and academic institutions

• Visual aid for students learning biology

The Kett Moisture Meter is a precision instrument for determining moisture content in rice, grains, and cereals. Designed for rapid, accurate, and reliable measurement, it is widely used in laboratories, rice mills, and agricultural facilities. Its compact size and lightweight build make it portable and easy to operate. The device ensures consistent results, helping maintain quality control and proper storage conditions for grains.

• Fast and accurate moisture measurement for rice and other grains

• Lightweight and portable design (1.8 kg)

• User-friendly digital interface with easy-to-read display

• Durable construction suitable for laboratory and field use

• Compact size: 310 mm x 150 mm x 120 mm

• 1-year warranty for reliable operation

• Ideal for both laboratory and industrial applications

• Moisture monitoring in rice mills

• Agricultural testing and research laboratories

• Food processing industries for quality control

• Storage and warehouse moisture management

• Grain trading and inspection to maintain standards

• Educational purposes in agriculture and food technology courses

The Meril AutoQuant 100 Amara is a fully automatic biochemistry analyzer designed for laboratory use. It provides precise and reliable clinical chemistry assays with minimal manual intervention. The analyzer features a touch-based user interface for intuitive operation, streamlining the testing workflow. Equipped with reusable reaction cuvettes, it reduces operational costs while maintaining high analytical accuracy.

• Fully automatic biochemistry analyzer for laboratory use

• Touchscreen interface for easy operation

• Performs a wide range of clinical chemistry assays

• Reusable reaction cuvettes for cost-effective testing

• High precision and reliable results

• Compact and modern design suitable for clinical labs

• Clinical laboratories

• Hospital diagnostic centers

• Research laboratories performing clinical chemistry tests

• Routine and specialized biochemical assays

This trinocular microscope combines high-quality optical performance with digital imaging capabilities. The 45° inclined, rotatable trinocular head allows both traditional viewing through dual eyepieces and connection to a digital camera or screen. The quadruple nosepiece and variety of objective lenses (including oil immersion) enable versatile magnification from 4× to 100×. LED illumination ensures bright and uniform lighting, while the mechanical stage and coaxial focusing knobs provide precision control. Its integrated or attachable digital imaging unit allows easy image and video capture for research and documentation purposes.

Key Features

• Trinocular head for simultaneous visual and digital observation

• Adjustable dual eyepieces with dioptric and interpupillary adjustments

• Quadruple revolving nosepiece for quick lens switching

• Wide magnification range (4×–100×, including oil immersion)

• Bright, consistent LED illumination

• Mechanical stage for precise specimen positioning

• Coaxial coarse and fine focusing

• Integrated or attachable digital imaging unit for capturing and analyzing images/videos

Applications

• Biological research and studies

• Histology and pathology laboratories

• Educational and teaching purposes

• Clinical research and laboratory analysis

• Documentation and digital imaging of specimens

This Advanced Laboratory Microscope is engineered for high-precision observations in research, educational, and industrial laboratories. Featuring high-eye-point eyepieces and Infinity Plan Achromatic objectives, it achieves a total magnification range of 40x–1000x. The ergonomically inclined binocular or trinocular head ensures comfortable viewing for extended periods. Its double-layer mechanical stage provides precise sample movement, while the Kohler illumination system and halogen lighting deliver uniform, adjustable illumination. Coaxial coarse and fine focusing allow extremely precise adjustments, making it ideal for biological, metallurgical, and industrial applications.

• Wide magnification range (40x–1000x) with high-quality Infinity Plan Achromatic Objectives.

• High-eye-point eyepieces for comfortable long-term viewing.

• Binocular or trinocular head, inclined for ergonomic operation.

• Double-layer mechanical stage (175×145 mm) with 76×50 mm travel for precise sample movement.

• Advanced illumination: Kohler system, Epi-illuminator, halogen lamp with adjustable intensity.

• Coaxial coarse and fine focusing mechanism with 0.002 mm interval for precise focusing.

• Durable and stable construction suitable for laboratory, research, and industrial use.

• Biological, medical, and microbiological research.

• Educational and demonstration laboratories.

• Material science, metallurgy, and industrial inspection.

• Quality control and sample analysis.

• Histology, pathology, and laboratory training purposes.

A Soil Moisture Meter is an essential agricultural and horticultural tool used to measure the water content in soil. It helps farmers, gardeners, and researchers determine the optimal irrigation needs of crops, preventing both overwatering and underwatering. These meters are available in analog (probe-based), digital, and advanced sensor-based models that provide instant and accurate readings of soil moisture levels. Widely used in agriculture, landscaping, greenhouses, forestry, and environmental research, soil moisture meters improve crop yield, conserve water, and support precision farming.

• Accurate Soil Moisture Measurement – Provides real-time data on soil water content.

• Easy-to-Use – Simple probe insertion into soil for quick readings.

• Analog & Digital Models – Options for basic field use or advanced precision monitoring.

• Portable & Lightweight – Designed for both indoor and outdoor applications.

• Multi-Parameter Options – Some models also measure pH, temperature, and conductivity.

• Digital Display – Clear LCD screen with moisture percentage or scale (in digital versions).

• Data Logging – Advanced models store readings for long-term soil monitoring.

A Blood Gas Analyzer is a critical diagnostic device used in hospitals, ICUs, emergency departments, and clinical laboratories to measure arterial blood gases (ABG) and related parameters such as pH, partial pressure of oxygen (pO₂), carbon dioxide (pCO₂), electrolytes, and metabolites. It provides rapid, accurate results that help clinicians assess a patient’s respiratory and metabolic status, ensuring timely treatment decisions for critically ill patients. Modern analyzers are compact, automated, and designed for minimal sample handling.

• Fast & Accurate Results – Provides critical blood gas, electrolyte, and metabolite values in minutes.

• Multi-Parameter Analysis – Measures pH, pO₂, pCO₂, Na⁺, K⁺, Ca²⁺, Cl⁻, Hct, lactate, and glucose (model-dependent).

• Small Sample Volume – Requires only 65–150 µL of blood (depending on model).

• Digital Touchscreen Display – User-friendly interface with step-by-step prompts.

• Automated Operation – Minimal manual intervention with auto-calibration and quality control.

• Connectivity – LIS/HIS integration with Ethernet, USB, or wireless communication.

• Compact & Portable – Available in benchtop and point-of-care (POC) models.

The Portable Gas Analyzer is a compact, lightweight, and handheld device designed for accurate emissions and biogas measurement. Featuring a high-resolution 4" LCD display with a graphical menu system, it ensures easy operation and clear data visualization. Equipped with up to 7 electrochemical sensors, the analyzer can simultaneously measure multiple gas components including O₂, CO, NO, NO₂, SO₂, and CO₂. Specific models like the Optima 7 Biogas Analyzer extend functionality to measure O₂, H₂S, CH₄, and CO₂ using infrared technology. The illuminated condensate separator with optional water stop, Bluetooth™ printer connectivity, and MRU4u App integration enhance usability and data management.

• Compact, handheld design with high-resolution backlit display.

• Measures multiple gas components simultaneously (up to 7 sensors).

• Supports both emissions and biogas measurement applications.

• Graphical interface with user-friendly operation.

• Infrared measurement for CO₂ and CH₄ (in biogas models).

• Bluetooth™ printer connectivity and MRU4u App compatibility.

• Illuminated condensate separator with optional water stop.

• Emissions monitoring in industrial facilities.

• Biogas measurement and analysis.

• Environmental monitoring and research.

• Combustion optimization and process control.

• On-site inspections and compliance testing.

The ELISA Microplate Reader is a high-precision laboratory instrument designed for absorbance-based assays. Equipped with a 7-inch color touchscreen, it supports multiple assay modes including kinetic, end-point, two-point, and multi-point. Its spectral range of 340–800 nm with seven fixed filters ensures reliable performance across a wide variety of assays. The titanium alloy flow cell minimizes cross-contamination while handling small sample capacities. With a massive memory capable of storing 200,000 test data points and 300 test programs, along with a built-in thermal printer and USB support for external printers, this system is both versatile and user-friendly.

• Large 7-inch LCD touchscreen with intuitive operation.

• Wide spectral range (340–800 nm) with 7 fixed filters.

• Multiple assay modes for versatile testing needs.

• High absorbance accuracy (0.001 A resolution, up to 4.000 A).

• Titanium flow cell minimizes contamination risks.

• Large onboard storage: 200,000 test results and 300 programs.

• Built-in and external printer compatibility.

• Operates reliably within 10°C–30°C laboratory conditions.

• Clinical diagnostics laboratories for ELISA-based assays.

• Research labs for enzyme activity and protein quantification.

• Pharmaceutical industry for drug testing and validation.

• Food safety and environmental monitoring assays.

• Academic and teaching laboratories.

The Static Photometer is a high-precision laboratory instrument designed for reliable photometric measurements. Using a static optical system with silicon photodiode detectors and multiple interference filters, it achieves high-resolution readings (up to 0.0001 OD) across a wide range of wavelengths. The instrument supports versatile assay modes including end-point, kinetic, and two-point methods, while providing storage for extensive patient and test data. Advanced sample handling features, such as flow cell cuvettes, adjustable aspiration volumes, and reaction temperature control, ensure accurate and reproducible results. Connectivity options include integrated thermal printing, USB interface, and optional incubator connection for enhanced workflow integration.

• Static photometer with multiple interference filters and silicon photodiode detectors.

• Wide photometric range: 0–3.0 OD with high resolution (0.0001 A).

• Halogen light source with auto-sleep feature for extended lamp life.

• Supports multiple assay modes (End-point, Kinetic, Two-point).

• Large data storage for test results and patient information.

• Advanced sample handling with flow cell cuvettes, adjustable aspiration volumes, and temperature control.

• Connectivity: built-in thermal printer, USB interface, optional external incubator integration.

• Clinical and hospital laboratories for biochemical assays

• Research and diagnostic testing facilities

• Quality control and routine analytical laboratories

• Educational and academic institutions for laboratory training

The Alcohol Breathing Analyzer is a professional device used to measure Blood Alcohol Concentration (BAC) by analyzing a person’s breath sample. Equipped with advanced fuel cell or semiconductor sensors, it ensures highly accurate and quick results, making it a trusted tool for law enforcement agencies, industrial workplaces, transport operators, and healthcare applications. With its ergonomic handheld design and digital display, the analyzer provides reliable testing in both field and indoor environments.

• High-Precision Sensor – Fuel cell or semiconductor technology for accurate BAC detection.

• Rapid Testing – Delivers results in just a few seconds.

• Digital Readout – Clear LCD/TFT display for easy result interpretation.

• Portable Design – Lightweight, compact, and convenient for field use.

• Memory & Data Storage – Many models support test result logging for records.

• Safety Alerts – Audible/visual alarm when BAC exceeds safe limits.

• Optional Printer Support – Some models include inbuilt or external printer connectivity.

• Wide Applications – Suitable for traffic enforcement, workplace safety, transport, and medical screening.

The Rockwell Hardness Testing Machine is designed for precise and reliable hardness testing across a wide range of materials. With a minor load of 10 kgf and selectable major loads of 60, 100, and 150 kgf, it enables accurate measurement across multiple Rockwell scales such as HRA, HRB, and HRC. Operation is simplified through motorized or automatic load/dwell/unload cycles, with features like automatic load selection and zero-setting dial gauges ensuring ease of use. Built to conform with IS:1586-2000 standards, this machine provides accurate, repeatable results for industrial and laboratory applications.

• Wide range of test loads (10–150 kgf).

• Compatible with multiple Rockwell hardness scales.

• External dialing for load selection.

• Motorized or automatic operation cycle.

• Automatic load selection and zero-setting dial gauge.

• Durable construction with interchangeable indenters.

• Accuracy around 1%, ensuring consistent results.

• Conforms to IS:1586-2000 standards.

• Hardness testing of metals, alloys, and heat-treated materials.

• Industrial quality control in manufacturing.

• Research and development laboratories.

• Educational and training institutes for material testing.

• On-site hardness verification in workshops and production units.

The TN 100 Turbidity Meter is a portable, battery-operated instrument designed for accurate measurement of turbidity in water and wastewater samples. Using the nephelometric (90° light scatter) principle, it provides reliable results in NTU (Nephelometric Turbidity Units). Compact, lightweight, and easy to use, the TN 100 is ideal for on-site testing, fieldwork, and laboratory applications in industries like drinking water supply, wastewater treatment, food & beverages, and environmental monitoring.

• Portable & Battery Operated – Perfect for field and on-site testing.

• Nephelometric Principle – Accurate turbidity measurement based on 90° light scatter.

• Digital Display – Clear and easy-to-read NTU values.

• Wide Measuring Range – Suitable for low to high turbidity levels.

• Simple Calibration – Quick and user-friendly calibration process.

• Fast Response Time – Provides stable and reliable readings instantly.

• Lightweight & Compact Design – Easy to carry for field applications.

• Applications – Drinking water, wastewater, food & beverage, environmental monitoring, and laboratory testing.

The Labman Automatic Density Meter is a precision laboratory instrument used to measure the density and specific gravity of liquids with high accuracy and repeatability. Designed with digital automation and microprocessor control, it eliminates manual errors and provides quick, reliable results. Widely used in pharmaceuticals, beverages, petrochemicals, chemicals, and research laboratories, it is ideal for quality control and R&D applications.

This compact device integrates advanced sensing technology and a user-friendly interface, ensuring efficient operation and compliance with ASTM and ISO standards.

• Automatic Measurement – Provides fast and precise density readings.

• High Accuracy & Repeatability – Ensures reliable test results.

• Digital Display – Easy-to-read results on a clear screen.

• Compact & Durable Design – Suitable for laboratory and industrial environments.

• Wide Measurement Range – Compatible with various liquid types.

• Temperature Compensation – Eliminates external influence on readings.

• Easy Calibration – Simple operation with standard solutions.

• Applications – Ideal for pharma, beverages, petrochemicals, and chemical labs.

This First-Class pyranometer is designed for accurate measurement of solar radiation in compliance with ISO 9060 and WMO standards. It operates over a wide spectral range of 305–2800 nm and can measure global solar radiation from 0 to 2000 W/m². The device generates a voltage signal directly proportional to radiation intensity, requiring no external power for basic operation.

The pyranometer is engineered to withstand harsh environmental conditions, operating reliably in temperatures ranging from -40°C to +80°C. With a fast response time of under 28 seconds and minimal annual drift (<±1.5%), it is ideal for both short-term and long-term meteorological and climate monitoring applications.

• First-Class sensor compliant with ISO 9060 and WMO standards

• Wide spectral range: 305–2800 nm

• High sensitivity of 10 µV/(W/m²) for precise measurement

• Voltage output proportional to radiation, no external power needed for basic use

• Operates in extreme temperatures: -40°C to +80°C

• Fast response time (<28 s) and low 1-year non-stability (<±1.5%)

• Compact and durable design suitable for long-term field deployment

• Meteorological and climate research stations

• Solar energy studies and PV system monitoring

• Environmental monitoring and weather observation

• Agricultural planning and research

• Atmospheric and radiation studies

• Building energy and daylight analysis

The Computerized Bursting Strength Tester is a precision-engineered instrument designed to measure the bursting strength of materials like paper, corrugated board, textiles, and leather. It features a digital interface that ensures accurate, real-time readings, making it ideal for quality assurance and production testing.

This model uses glycerin as the test fluid and operates with a fluid displacement rate of 95 cc per minute. Its robust construction includes a 500W motor and a worm reduction gearbox for smooth and controlled operation. With standardized clamp diameters (30.5 mm upper and 38.1 mm lower), the sample is securely held for consistent testing. Operating on a 220V single-phase supply, it is both efficient and reliable for lab and industrial environments.

• Digital display for precise and easy-to-read results
• Supports testing up to 35 kg/cm² pressure
• Uses glycerin for hydraulic burst testing
• High-performance 500W motor with worm gear reduction
• Secure sample holding with standard clamp sizes
• Durable construction for long-term use
• Manufactured in India with industrial-grade components

The Melt Flow Index (MFI) Tester is an essential instrument used for determining the flow properties of molten plastics and polymers. Designed in accordance with ASTM D-1238 and ISO 1133 standards, this device delivers precise and repeatable results, making it suitable for both quality control and R&D applications. With a robust build, PID-controlled temperature system, and precision engineering of core components, the MFI Tester ensures accurate testing even in demanding environments.

• Conforms to international standards (ASTM D-1238 & ISO 1133)

• Wide temperature range up to 400°C with high stability and resolution

• PID temperature controller with auto-tuning function

• Digital timer for test control and repeatability

• Precisely machined barrel, die, and piston for consistent results

• Comes with essential accessories for testing and cleaning

• Multiple test weights included (e.g., 2.16 kg and 5.0 kg)

• Easy operation and maintenance

• Testing melt flow rate of thermoplastics

• Quality assurance in polymer manufacturing

• Research and development labs

• Academic and technical training institutions

• Plastic compounding and masterbatch industries

The Handheld XRF Metal Analyzer is a compact and powerful instrument designed for instant, on-site elemental analysis of metals and alloys. Using X-Ray Fluorescence (XRF) technology, it provides rapid, non-destructive, and highly accurate results without the need for sample preparation.

Built for industrial, laboratory, and field use, this analyzer is equipped with a high-resolution display, intuitive software, and wireless connectivity for easy data transfer and reporting. Its rugged, lightweight design makes it ideal for harsh environments while maintaining laboratory-level precision.

• Rapid, non-destructive elemental analysis in seconds.

• Detects a wide range of elements from magnesium (Mg) to uranium (U).

• Compact, lightweight, and handheld for field and lab applications.

• High-resolution touchscreen interface with intuitive navigation.

• Data storage with connectivity options (USB, Wi-Fi, Bluetooth).

• Long-lasting rechargeable battery for extended field operation.

• Rugged design, resistant to dust, shock, and environmental conditions.

• Pre-calibrated with options for user calibration.

A Vertical Electrophoresis System is a laboratory apparatus used for the separation and analysis of proteins and nucleic acids through polyacrylamide gel electrophoresis (PAGE). It ensures high-resolution results by maintaining consistent temperature and buffer levels during runs. Commonly used in molecular biology, biochemistry, and clinical labs, it supports SDS-PAGE and native gel applications with reliable and reproducible outcomes.

1. Designed for SDS-PAGE and native gel electrophoresis

2. Uniform heat distribution for consistent band resolution

3. Leak-proof gel casting system for clean results

4. Transparent acrylic tank for easy sample observation

5. Compatible with multiple gel sizes and thicknesses

6. Electrodes made of corrosion-resistant platinum or stainless steel

7. Easy assembly and user-friendly operation

8. Ideal for protein separation and molecular analysis

Remi Direct Drive Stirrers are high-speed laboratory stirrers engineered for mixing low to medium viscosity liquids. Built with a robust motor and compact design, these stirrers are widely used in pharmaceuticals, chemical research, educational institutions, and analytical labs for reliable and continuous stirring operations.

1. High-Speed Performance
   Offers stirring speeds up to 6000 RPM, suitable for rapid mixing and dispersion of low-viscosity solutions.

2. Direct Drive Mechanism
   Ensures efficient power transfer with minimal maintenance, enabling quiet and vibration-free operation.

3. Variable Speed Control
   Stepless speed regulation for precise mixing, with a control knob or digital interface (depending on model).

4. Compact and Lightweight Design
   Space-saving construction ideal for benchtop use, with easy portability and setup.

5. Corrosion-Resistant Stir Shaft
   Equipped with stainless steel shafts for enhanced durability and chemical resistance.

6. Reliable Motor with Overload Protection
   Heavy-duty, continuous-rated motor with thermal overload protection ensures safe, long-term use.

The Laboratory Muffle Furnace is a precision heating device designed for high-temperature applications with superior accuracy and control. Equipped with a touchscreen interface, it provides easy operation and precise monitoring. With a temperature range from ambient to 400°C and an accuracy of 0.1°C, it is ideal for laboratory, industrial, and research use. The unit supports both electric and gas ignition sources and uses Pt100 glass or metal sensors to ensure reliable and stable temperature measurement.

• High accuracy temperature control (±0.1°C).

• Wide temperature range: Ambient to 400°C.

• Touchscreen display for user-friendly operation.

• Dual ignition options: Electric or Gas.

• Pt100 glass/metal temperature sensors for reliable performance.

• Operates on standard 230V supply.

• Laboratory heating and material testing.

• Research and development.

• Quality control in manufacturing processes.

• Industrial applications requiring controlled heating.

• Ash content determination and high-temperature sample processing.

A Vacuum Leak Tester is a precision testing device used to check the seal integrity of packaging materials, pouches, bottles, blisters, and containers under vacuum conditions. It helps identify leakages, weak seals, or pinholes by creating a controlled vacuum inside a chamber and observing pressure stability or bubble formation when the sample is submerged in water. This tester is widely used in pharmaceuticals, food & beverage, cosmetics, and packaging industries to ensure product safety, quality, and compliance with international packaging standards.

• Non-Destructive / Destructive Testing Options – Ensures packaging quality without affecting contents (for dry method).

• Digital or Analog Models – Easy-to-read display with high accuracy.

• Adjustable Vacuum Levels – Customizable vacuum pressure for different test requirements.

• Transparent Acrylic Chamber – Allows clear visual inspection of leaks.

• Automatic & Manual Modes – Flexibility in testing operations.

• Compact & Portable Design – Easy installation in labs or production units.

• Fast & Reliable Results – Detects even micro-leaks in sealed packaging.

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The Stainless Steel Drop Weight Impact Tester is a highly reliable testing instrument designed to evaluate the impact resistance, toughness, and durability of materials under sudden loading conditions. Built with a robust stainless steel frame, the tester ensures superior corrosion resistance, long service life, and stable performance. It is widely used in plastics, composites, metals, ceramics, automotive, packaging, and polymer industries to determine how materials withstand sudden impact forces.

• Heavy-Duty Stainless Steel Construction – Provides high strength, stability, and corrosion resistance.

• Adjustable Drop Height – Enables variable impact energy for different material testing needs.

• Precision-Guided Drop Mechanism – Ensures free-fall accuracy and repeatability.

• Interchangeable Impact Weights & Strikers – Allows testing of a wide range of specimens.

• Digital/Mechanical Scale Indicator – For accurate measurement of drop height and energy.

• Versatile Applications – Suitable for plastics, metals, ceramics, packaging films, cables, and composites.

A Transistor Characteristics Trainer is a laboratory instrument designed for educational and experimental purposes. It enables students and engineers to study and analyze the electrical behavior of transistors by plotting input and output characteristics. The device simplifies experimentation by integrating power supplies, measurement units, and circuit layouts into a single platform.

• Supports both NPN and PNP transistor analysis

• Allows experiments in Common Base (CB) and Common Emitter (CE) configurations

• Built-in regulated DC power supplies with adjustable outputs

• Integrated digital voltmeters and ammeters for accurate readings

• User-friendly front panel with printed circuit diagrams for easy connections

• Compact, durable design suitable for lab environments

• Eliminates need for external instruments

• Electronics and electrical engineering laboratories

• Academic institutions (schools, colleges, universities)

• Practical learning of transistor behavior and characteristics

• Training and skill development in analog electronics

• Research and basic circuit analysis

The Laboratory Cement Autoclave is a specialized piece of laboratory equipment used for conducting tests on cement and other building materials under controlled high-pressure and high-temperature conditions. It is primarily used to determine the expansion properties of cement, particularly for assessing the durability and stability of cement under conditions that simulate real-world environmental influences, such as those found in construction and infrastructure projects.

• High-Pressure and High-Temperature Control: The autoclave is designed to apply high-pressure steam at precise temperatures, allowing for accurate testing of cement's behavior under extreme conditions, such as in the assessment of sulfate resistance and expansion due to hydration.
• Durable Construction: Built with high-strength materials that can withstand the high-pressure environment and prevent corrosion or wear, ensuring long-lasting performance even under harsh conditions.
• Safety Features: Includes built-in safety mechanisms such as pressure relief valves, safety locks, and automatic shutdown to prevent over-pressurization and ensure safe operation during testing.

The Antibiotic Zone Reader is a precise and efficient tool designed for the accurate measurement of antibiotic susceptibility test zones. This essential laboratory instrument helps microbiologists and researchers quickly and accurately assess bacterial resistance to antibiotics, ensuring effective treatment strategies and supporting critical clinical decisions.

• Accurate Measurements: Offers precise zone size readings to determine bacterial resistance, ensuring reliable results for susceptibility testing.
• User-Friendly Design: Easy to operate with intuitive controls and a clear display, making it ideal for both novice and experienced lab technicians.
• Durable Construction: Made with high-quality, durable materials, built to withstand frequent use in busy laboratory environments.

The Lasin Student Organ Bath is a high-quality, compact organ maintenance tool designed specifically for music students and budding organists. This innovative device helps students care for their instrument by maintaining proper moisture levels, preventing the deterioration of organ pipes, and ensuring consistent sound quality.

• Durable Construction: Built to last with high-quality materials, ensuring long-term reliability for student use.
• Moisture Regulation: Helps maintain the ideal humidity levels within the organ pipes, preventing dryness and damage.
• Easy to Use: Designed with students in mind, it offers a simple, user-friendly interface for easy maintenance and quick setup.

The Tap Density Apparatus is a laboratory testing instrument used to measure the tapped density, bulk density, and compressibility index of powders, granules, and similar materials. By mechanically tapping a sample-filled cylinder, it evaluates how particles settle and compact under controlled vibration.

It is widely applied in pharmaceutical, food, chemical, cosmetic, and powder metallurgy industries to assess flow properties, packing behavior, and powder uniformity. The instrument complies with USP, EP, and IP pharmacopoeia standards, making it essential for quality control and R&D laboratories.

• Accurate Tapped Density Measurement – Determines packing and flow behavior of powders.

• Programmable Tapping Settings – Adjustable number of taps and frequency.

• Digital Display – Provides clear, real-time results.

• Durable Construction – Built with stainless steel and long-lasting components.

• Compliance with International Standards – USP, EP, IP methods.

• Easy-to-Use Interface – Simple sample handling and calibration.

• Applications – Pharmaceuticals, food, chemicals, metallurgy, and cosmetics.

• Optional Dual Cylinder Model – For simultaneous sample testing.

The Accelerated Curing Tank is a precision-engineered unit designed to accelerate the curing of concrete specimens under controlled temperature conditions. It supports both warm water and boiling water curing methods to simulate long-term strength development in a shortened time frame. The double-walled construction ensures excellent thermal retention, with an inner chamber made of durable stainless steel and a painted steel exterior. Mineral wool insulation helps maintain a consistent curing temperature. Ideal for quality control in concrete production, the curing tank is available in various sizes to accommodate multiple cube molds and can be equipped with optional refrigeration for low-temperature applications.

• Dual curing modes: warm water (55 ± 2°C) and boiling water (100 ± 2°C)

• Sturdy double-walled tank with superior insulation

• Stainless steel interior for corrosion resistance

• Multiple capacities available (6, 12, 16, 18, or 24 molds of 150 mm size)

• Uniform temperature distribution ensures reliable curing results

• Optional cooling systems for low-temperature curing

• Easy operation with consistent heating control

• Compact footprint suitable for laboratories and testing sites

The Rota Rod Apparatus is a specialized device used for assessing the motor coordination and balance of animals in scientific research. Commonly employed in pharmacology, neuroscience, and toxicology studies, this apparatus helps evaluate the effects of various substances on an animal’s ability to maintain its balance and motor skills, making it crucial for preclinical research and drug testing.

• Precise Performance Monitoring: Measures the time animals are able to remain on a rotating rod, providing reliable data on motor coordination, endurance, and overall neurological function.
• Adjustable Speed: Allows for customizable rotation speeds to suit various experimental protocols, enabling researchers to test different levels of difficulty or simulate different conditions.
• Durable and Robust Design: Built with high-quality materials to ensure longevity and stability during repeated use in research settings.

The Multicell Ageing Oven is a precision laboratory instrument designed to simulate accelerated ageing conditions for materials and products. It provides controlled environments with adjustable temperature and humidity to test the long-term effects of exposure to heat, moisture, and other factors, commonly used in industries like automotive, electronics, and packaging.

Key Features:

1. Multiple Testing Chambers – Allows simultaneous testing of multiple samples under different conditions.
2. Precise Temperature Control – Offers accurate and adjustable temperature settings.
3. Humidity Control – Adjustable humidity levels for simulating various environmental conditions.
4. Uniform Heat Distribution – Ensures consistent temperature and humidity throughout the oven.
5. User-Friendly Interface – Simple controls for easy setup and monitoring.
6. Energy Efficient – Designed to minimize power consumption while maintaining optimal performance.
7. Durable Construction – Built for long-term, heavy-duty use in research and quality testing environments.

A Specimen Leveller is a precision instrument used in metallurgical and material testing laboratories to ensure that samples or specimens have a uniform and flat surface before microscopic examination or hardness testing. It helps in achieving consistent results by aligning the sample surface perpendicular to the testing axis. Typically used after cutting or polishing, the leveller ensures optimal contact and stability during testing procedures.

1. Precision Surface Alignment
   Ensures perfectly flat and level specimen surfaces for accurate testing.

2. Adjustable Platform
   Equipped with fine-tune knobs or screws for easy leveling adjustments.

3. Rugged Construction
   Made from high-grade steel or aluminum for durability and long service life.

4. User-Friendly Design
   Simple operation for quick and efficient specimen alignment.

5. Compact and Portable
   Space-saving design suitable for any lab environment.

6. Compatible with Various Specimen Sizes
   Accommodates a wide range of sample dimensions and shapes.