Feature

●Maximum temperature of 371 degrees C (700 degrees F) with an accuracy of + or - 5 degrees C (9 degrees F)
●Cast aluminum top plate for uniform heat distribution and resistance to chipping
●Analog temperature regulation by thermostat with knob control
●Perforated stainless steel case for air circulation around the internal controls to prevent overheating
●Compact size for small bench spaces and ease of storage

[Temperature Range: 38 Degree to 371 Degree C 240V | 60Hz]




Description

Size:Temperature Range: 38 Degree to 371 Degree C, 240V/60Hz

The Thermo Scientific analog student micro hot plate has a 3.5" diameter aluminum top plate, a temperature range of 38 to 371 degrees C, and an accuracy of + or - 5 degrees C (+ or - 9 degrees F). The cast aluminum top plate provides uniform heat distribution and resistance to chipping. It has analog temperature regulation by thermostat with knob control. Its perforated stainless steel case provides air circulation around the internal controls to prevent overheating. It is compact size for use in small bench spaces and for ease of storage. This hot plate is used to heat glassware and liquid solutions for scientific applications.

Specifications
Top plate materialAluminum
Temperature range38 to 371 degrees C (100 to 700 degrees F)
Temperature accuracy+ or - 5 degrees C (+ or - 9 degrees F)
Standards metUL listed
Top plate diameter3.5"/9cm
Height3.75"/9.5cm

Laboratory hot plates are electric or gas-fired benchtop appliances that are used to heat glassware or its liquid or solid contents. Stirring hot plates can stir a liquid solution by means of a stir bar that is spun magnetically inside the vessel holding the solution. Hot plates are commonly used in scientific research, clinics, and classrooms.

Thermo Fisher Scientific manufactures analytical instruments, laboratory equipment, consumables, and software under the Thermo Scientific, Fisher Scientific, Barnstead, and Nalgene brands, among others. The company is headquartered in Waltham, MA.

Whats in the Box?

  • Analog student micro hot plate
  • Instructions