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Deep Freezer
Deep Freezer Operation & Control System
Advanced Microprocessor-Based Control
Equipped with a high-precision microprocessor digital controller-cum-indicator, the unit ensures accurate temperature regulation up to –40°C, with a tight control accuracy of ±1°C. This intelligent control system provides stable and reliable temperature performance, ideal for sensitive storage and research applications.Efficient & Eco-Friendly Refrigeration System
- Incorporates a CFC-free, high-efficiency compressor designed for optimal cooling performance and environmental compliance.
- The refrigeration system includes a durable condensing coil and is equipped with all essential protective devices for safe and continuous operation.
Enhanced Electrical Protection
- Integrated three-step automatic voltage stabilizer ensures consistent performance under fluctuating voltage conditions.
- Features an electronic digital voltmeter for real-time voltage monitoring and equipment safety.
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Incubator
Construction & Technical Features
Robust Double-Walled Construction
Engineered for reliability and long-term use, the unit features a double-walled design that ensures superior insulation and temperature stability.
- Inner Chamber: Made from high-grade Stainless Steel (SS 304) for excellent corrosion resistance and easy cleaning.
- Outer Body: Fabricated from Mild Steel Sheet, finished with a durable epoxy powder coating for enhanced protection and aesthetic appeal.
- Insulation: A 75 mm thick layer of mineral wool insulation between the walls minimizes heat loss and ensures optimal thermal efficiency.
Functional Design Details
- Fitted with a glass observation window on the door for convenient viewing without disturbing internal conditions.
- Supplied with sturdy wire mesh shelves (without thermometer) for organized placement of samples.
- Heating elements are positioned at the bottom to provide gentle, uniform heating throughout the chamber.
- The door is sealed with a high-quality silicone or neoprene rubber gasket, ensuring an airtight and heat-retentive closure.
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Oven
Construction & Technical Features
Robust Triple-Walled Design
Engineered for durability and precision, the unit features a triple-walled construction ensuring maximum thermal efficiency and long service life.
- Inner Chamber: Crafted from high-grade Mild Steel or Stainless Steel (SS 304) for superior strength and corrosion resistance.
- Outer Body: Made of premium Mild Steel and finished with a high-quality epoxy powder coating, providing an elegant appearance and protection against environmental wear.
- Insulation: The inner and outer chambers are separated by a 75 mm thick layer of mineral wool insulation, effectively minimizing heat loss and maintaining consistent temperature performance.
Advanced Temperature Control
- Temperature range from 50°C to 300°C, maintained with an impressive accuracy of ±3°C.
- Integrated microprocessor-based digital temperature indicator-cum-controller with a bright LED display allows for precise temperature monitoring and user-friendly operation.
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Shaker
Construction & Design Features
Sturdy All-Steel Construction
Built for durability and dependable performance, the unit features a rugged all-steel body finished with a high-quality epoxy powder coating to ensure long-lasting protection against corrosion and wear.
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Water Bath
Construction & Design Features
Purpose-Built for Precision Applications
This equipment is expertly designed for Washerman Kolmer and Khan Test inactivation, Paraffin Embedding, and similar laboratory procedures requiring precise temperature control and consistent performance.
Durable Double-Walled Construction
- Inner Chamber: Fabricated from high-quality Stainless Steel (SS 304) to ensure long-lasting performance, corrosion resistance, and easy maintenance.
- Outer Body: Constructed from Mild Steel Sheet and finished with a durable epoxy powder coating, offering superior protection and a sleek, professional appearance.
- Insulation: The chamber is insulated on five sides with 25 mm thick mineral wool, effectively minimizing heat loss and enhancing thermal efficiency.