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MSI 89 – Humidity Chamber (GMP Model)
The MSI 89 Humidity Chamber (GMP Model) is engineered for regulated laboratory environments—perfect for stability testing under controlled temperature and humidity. It features a stainless steel chamber with high-grade insulation, delivering precise conditions with a temperature range of 5 °C to 60 °C and humidity control up to 95% RH
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MSI 88 – Humidity Chamber
The MSI 88 Humidity Chamber delivers precise and uniform control of temperature and humidity in a stainless steel, double-walled chamber with PUF insulation. It’s engineered for testing stability and environmental conditioning, offering digital PID control and uniform air circulation for consistent conditions. Ideal for quality‑control, pharma, electronics, and material‑testing labs requiring reliable RH and temperature simulation.
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MSI 74 – BOD Incubator GMP Model
The MSI 74 B.O.D. Incubator (GMP Model) is ideal for precise B.O.D. testing in regulated labs. It features a stainless steel chamber, dual doors, PUF insulation, and PID control with ±0.5 °C accuracy. Operating from 5 °C to 60 °C, it ensures uniform cooling and offers optional features like illumination, data logging, and 21 CFR Part 11 compliance.
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MSI 9 – B.O.D. Incubator
The MSI 9 B.O.D. Incubator is designed for precise temperature control in biological and environmental testing, especially B.O.D. analysis. It features a stainless steel chamber, PUF insulation, dual doors, and a PID controller with ±0.5 °C accuracy. Ideal for labs, it offers uniform cooling from 5 °C to 60 °C, with optional data logging and 21 CFR Part 11 compliance.
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MSI 54 – Bacteriological Lab Incubator (Memmert Type)
The MSI 54 Bacteriological Lab Incubator (Memmert Type) is designed for precise incubation of samples in microbiological and bacteriological laboratories. It provides uniform temperature distribution with accurate temperature control, ideal for culture growth, microbial testing, and other laboratory applications.
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MSI 67 – Bacteriological Lab Incubator (GMP Model)
The MSI 67 Bacteriological Lab Incubator (GMP Model) is a Memmert-style incubator specifically engineered for microbial culture and pharmaceutical-grade labs. It delivers precise control over temperature and humidity to create optimal conditions for bacterial growth, featuring a sterilization-ready design and reliable performance in regulated environments
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MSI 80 – Bacteriological Lab Incubator (Gmp Model)
The MSI 80 GMP Bacteriological Incubator is a Memmert‑style, double‑walled unit designed to deliver stable and uniform incubation conditions for microbial cultures. Its precise temperature and humidity control ensures optimal growth environments, while intuitive controls simplify operation for regulated lab settings
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MSI 6 – Bacteriological Lab Incubator Digital
The MSI 6 Bacteriological Lab Incubator is designed for microbial and bacterial culture, offering precise temperature control from ambient +5 °C to 70 °C. It features a double-walled stainless steel chamber, glass wool insulation, a PID digital controller, and uniform heat distribution—ideal for labs, research, and diagnostics.
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MSI-77 Hot Air Oven (Memmert Type) Gmp Model
The MSI‑77 Hot Air Oven (Memmert Type, GMP Model) is designed for pharmaceutical and regulated labs, offering precise heating from 50 °C to 250 °C with ±2 °C accuracy. It features a triple-walled stainless steel body, energy-efficient heaters, and forced-air circulation for uniform temperature. Optional add-ons include a timer, safety thermostat, data logger, and 21 CFR Part 11–compliant PC connectivity.
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MSI 68 – Hot Air Oven (Memmert Type) 400.00
The MSI 68 Hot Air Oven (Memmert Type) is a high-performance lab oven designed for precise heating up to 400 °C, with ±2 °C accuracy and 0.1 °C resolution. It features a triple-walled, insulated stainless steel chamber, energy-efficient Inconel heaters, and forced-air circulation for uniform temperature. Ideal for industrial and research use, it also supports optional features like a timer, data logger, safety thermostat, and PC
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MSI 53 – Hot Air Oven (Memmert Type)
The MSI 53 Hot Air Oven (Memmert Type) is a precision-engineered laboratory oven designed for efficient drying, curing, and sterilization. It features a triple-walled construction with a stainless steel inner chamber, glass wool insulation, and a powder-coated exterior for durability and thermal efficiency. Equipped with energy-efficient air heaters and a microprocessor-based PID temperature controller with a PT100 sensor, it ensures uniform heating and accurate control from 50 °C to 250 °C. Ideal for research labs and industrial use, it also offers optional features like a digital timer, data logger, and PC connectivity for enhanced functionality.
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MSI 66 – Hot Air Oven GMP Model
Double walled construction.
Inner made of Stainless Steel 304.
- Exterior made of galvanized sheets with powder coating
- Gap between two walls filled with glass wool insulation
- Fully insulated door with brass lock hinges
- Heating via specially designed energy-efficient air heaters fitted at the bottom
- Supplied with GI shelves and aluminum ventilator
- Microprocessor-based auto-tune PID digital temperature controller
- Simplex A-class transition joint PT-100 sensor
- Temperature range: 50.0°C to 250.0°C
- Temperature resolution: 0.1°C
- Control accuracy: ±2.0°C or better
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MSI 5 – Hot Air Oven (Digital)
Double walled construction.
Inner made of Stainless Steel 304.
- Exterior made of Galvanized sheets powder coated.
- Gap between the two walls filled with glass wool insulation.
- Fully insulated door with brass lock hinges.
- Heating is by specially designed energy efficient Air heaters fitted at bottom.
- Supplied with GI shelves & Aluminum ventilator.
- Micro processor based Auto Tune PID Digital temperature controller.
- Simplex A class transition joint PT 100 sensor.
- Temperature Range : 50.0 deg C to 250.0 deg C
- Temp Resolution :0.1deg C
- Control Accuracy :+-2.0 deg C or better.
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Leak Test Apparatus HLT01
The HLT01 Manual Leak Test Apparatus is a reliable solution for detecting the smallest leaks and holes in tablet blisters and other flexible, semi-rigid packages. It offers manual control over the vacuum, test, and penetration time, giving operators precise control during the testing process. The adjustable parameters can be conveniently stored into a database, ensuring consistent and repeatable testing for identical products.
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Leak Test Apparatus HLT02
The HLT02 Semi Automatic Leak Test Apparatus offers an enhanced level of automation while retaining operator control. This model is designed for increased efficiency in leak detection for tablet blisters/Food Packages and similar packaging materials. Operators can adjust vacuum, test, and penetration time parameters, which can be stored in a database for consistent testing across different batches.
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Leak Test Apparatus HLT03
The HLT03 Automatic Leak Test Apparatus is the pinnacle of efficiency and precision in leak detection. This fully automated model is designed to streamline the testing process for various flexible and semi-rigid packages. It features automatic control over vacuum levels, testing, and penetration time, eliminating the need for constant operator intervention. Parameters are stored in a database, ensuring consistent testing and seamless integration into production lines.
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Muffal Furance
The Metalab Muffle Furnace is a high-performance heating unit designed for ashing, sintering, and material testing in laboratories and industrial settings. Constructed with durable stainless steel and high-grade ceramic insulation, it ensures excellent thermal efficiency and uniform temperature distribution. Equipped with a PID digital temperature controller, safety features, and fast heat-up times, it delivers precision and reliability for demanding thermal applications.
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Humidity Chember
The Metalab Humidity Chamber is a precision-engineered environmental testing unit designed for simulating various humidity and temperature conditions. Ideal for pharmaceutical, electronics, and industrial testing applications, it features a robust stainless steel construction, digital temperature and humidity controllers, and a user-friendly interface for accurate and consistent results.
