METREX

Freezers

Deep Freezer Manufacturer – MDH / MDV

Model: MDH / MDV

Technical Specifications

As a Deep Freezer Manufacturer, METREX designs and manufactures reliable deep freezers for quick freezing and safe storage at low and ultra-low temperatures. These laboratory freezers feature double-walled construction with powder-coated exterior, high-grade PUF insulation to minimize heat loss, and a 1/5 HP hermetically sealed compressor with CFC-free refrigerant. The system uses capillary-controlled balanced refrigeration and is equipped with a microprocessor-based digital temperature indicator-cum-controller. Mounted on castor wheels, the unit offers easy mobility and long-term operational reliability.

Models Volume (Litres) Inside Dimensions (W × D × H cm) Minimum Temperature Recommended Voltage Stabilizer
MDH-200 200 Ltrs. 89 × 40 × 60 -20°C 2 KVA
MDH-400 400 Ltrs. 94 × 60 × 72 -20°C 4 KVA
MDV-170 170 Ltrs. 50 × 50 × 68 -40°C 2 KVA
MDV-210 210 Ltrs. 55 × 50 × 68 -40°C 2 KVA
MDV-270 270 Ltrs. 65 × 50 × 82 -40°C 3 KVA
MDV-320X 320 Ltrs. 65 × 65 × 76 -40°C 3 KVA

Features of Deep Freezer">Features

  • Double walled construction with PUF insulation
  • 1/5 HP hermetically sealed compressor
  • CFC free refrigerant
  • Microprocessor Digital Temperature Controller
  • Mounted on castor wheels for mobility
  • Capillary controlled balanced refrigeration

Lyophilizer Manufacturer – Freeze Dryer MFD-6 / MFD-12

Model: MFD-6 / MFD-12

Technical Specifications

As a Lyophilizer Manufacturer, METREX designs and manufactures high-performance freeze dryers suitable for laboratory and research applications. The system features an aesthetically designed, free-standing castor-mounted cabinet and is supplied with a powerful double-stage vacuum pump. It includes a hermetically sealed compressor capable of achieving temperatures up to -40°C at an ambient temperature of 20°C. The stainless steel dished condenser tray ensures complete effluent removal, while copper refrigerant coils with high-grade PUF insulation deliver maximum thermal efficiency and reliable long-term operation.

Model Capacity Temperature Range Vacuum Pump Ultimate Vacuum Ports/Valves Power Supply
MFD-6 6 liters (6 tests) Up to -40°C Double Stage 1 × 10⁻³ torr 6 quick seal valves 220V, 50Hz AC
MFD-12 12 liters (12 tests) Up to -40°C Double Stage 1 × 10⁻³ torr 12 quick seal valves 220V, 50Hz AC

Features

  • Free standing castor mounted unit
  • Hermetically sealed compressor
  • Stainless steel dished condenser tray
  • Copper refrigerant coils with PUF insulation
  • Microprocessor digital temperature controller
  • Non-magnetic stainless steel vacuum drum
  • Plexiglass top cover
  • Dual type vacuum gauge
  • Vacuum pump with gas ballast

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Ice Flaking Machine

Model: MIF

Technical Specifications

The Ice Flaking Machine is designed for efficient and continuous production of ice flakes. It features fully automatic microprocessor control, stainless steel construction, noiseless operation and low maintenance. The machine also includes overload protection, low water level indication, and a CFC-free compressor for eco-friendly performance.

Model Capacity (kg/24 hrs) Storage (kg) Cooling Method Ambient Temp. Construction
MIF-30 30 kg 7 kg Air Below 30°C Stainless Steel
MIF-50 50 kg 10 kg Air Below 30°C Stainless Steel
MIF-100 100 kg 20 kg Air Below 30°C Stainless Steel
Model Noise Level Water Supply Refrigerant Input Power Dimensions (mm)
MIF-30 ≤52 dB 3/4 inch BSP R134A 180 W 300 x 493 x 547
MIF-50 ≤52 dB 3/4 inch BSP R134A 280 W 380 x 543 x 722
MIF-100 ≤52 dB 3/4 inch BSP R134A 420 W 548 x 611 x 883

Features

  • Fully automatic microprocessor control
  • Stainless steel construction
  • Continuous ice flakes output
  • CFC-free compressor
  • Low water level indication
  • Overload protection
  • Noiseless operation
  • Compact design and low maintenance

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Metrex Scientific ensures innovation, accuracy, and reliability with every instrument we deliver.

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    Deep freezers are essential for maintaining stable low-temperature storage, yet inefficient insulation, inconsistent cooling, and high power consumption can significantly affect performance in ordinary systems. In contrast, a well-designed deep freezer delivers uniform cooling, faster freezing, and long-term operational reliability , making it ideal for laboratory and industrial applications where temperature accuracy is critical. To gain a broader understanding of deep-freezing technology, you can explore this detailed reference here .