Microm EC 350-2 Cryoconsole (cold plate)

• Histology laboratories for rapid cooling and solidification of tissue samples embedded in paraffin.
• Pathology departments for precise temperature control during sample preparation for microscopic examination.
• Research facilities requiring stable low-temperature environments for biological sample handling.
• Quality control in pharmaceutical and biotech industries for consistent sample processing.
• Educational institutions for practical demonstrations and training in histological techniques.

Typical Temperature Range

Commonly between 0°C and -15°C, allowing for controlled cooling of samples.

Cooling Plate Size

Units of this type typically feature a spacious cooling plate, suitable for multiple paraffin blocks or larger samples.

Temperature Control

Often microprocessor-controlled for accurate and stable temperature maintenance.

Power Supply

Typically operates on standard laboratory power, commonly 230V, 50Hz for UK/European models.

Footprint

For this class of equipment, units are generally designed to fit on a laboratory benchtop, with dimensions varying by model.

Refrigeration Method

Often employs a compressor-based refrigeration system for consistent cooling performance.

• What is a cryoconsole used for in a laboratory setting?

  A cryoconsole, or cold plate, is primarily used in histology and pathology labs to rapidly cool and solidify tissue samples embedded in paraffin wax. This process is crucial for preparing samples for precise sectioning and microscopic analysis.

• Can this unit be integrated with other histology equipment?

• What maintenance is typically required for a cold plate?

• Is precise temperature control important for paraffin embedding?

• What are the benefits of a large cooling plate?

Cold plates and cryo systems are generally regarded as reliable workhorses in laboratory and pharmaceutical settings. Buyers typically value their precision temperature control and durability. When purchasing used equipment, inspect cooling performance, check for refrigerant leaks, and verify maintenance records. Common strengths include consistent thermal stability, robust construction, and long operational lifespans. Industry sentiment suggests these systems represent good value in the secondary market when properly serviced.

General overview for this equipment type