Mechanical convection features: fast drying, uniform heating, precise temperature and fast drying, LED display, hydraulic thermostat and stainless-steel interior
Box furnaces for use in composite and high-temperature research, powder metallurgy and precious metals treatment are available in single program and multiple segment temperature controllers on select models
Economy
Cost-efficient gravity convection economy ovens provide precise high temperature ideal for a wide range of drying applications.
Chemical-resistant hot plates by Benchmark Scientific and Thermo Fisher Scientific are made with ceramic-coated stainless steel or polypropylene top. Select models feature a digital display.
General Purpose
General purpose overhead stirrers, available in digital and control models feature a digital display, electronic safety circuit, up to two speed ranges (in select models) and control models. Units are compatible with lab software for documentation and compliance.
Micro hotplates such as the Aluminum Top Micro Hot Plate by Thermo Fisher Scientific have a heating surface of 3.5” and feature a machined cast-aluminum top for excellent heat transfer.
Multi-program furnaces are ideal for diverse processes.
Multi Program/RS232
Multi-Program furnaces with RS232 are useful in a variety or processes requiring data management, remote monitoring and control.
Multi-Program/Multi-Segment
Multi-program and multi-segment furnaces are ideal for diverse processes and traceability documentation for FDA and ISO compliance.
Multi-Program/Multi-Segment/Flowmeter
Multi-program and multi-segment furnaces with a flowmeter provide uniform heat distribution and feature an atmosphere port for measuring fresh air or inert gas.
Setpoint
Muffle and box furnaces available in single digital setpoint prevent overshoot.
Single Program
Single program control furnaces are ideal for repeated processes.
Single Program/Multi-Segment
Single program and multi-segment furnaces are versatile models ideal for use in labs performing repeated and diverse processes.