BCE offers OEM (original equipment manufacturers) custom electric heaters, feedthroughs and sensors. BCE OEM customers benefit from decades of thermal design and applications experience. With a reputation for fast prototyping, quick turnaround for pre-production runs, and an eye for cost-effective design, equipment manufacturers quickly discover that BCE is a long-term, highly valued supplier/partner.
Maintaining a high flow rate of cold propellants and optimizing flow in space launches.
A powerful, compact solution for heating moving liquids and gases.
Precise control and uniformity via custom watt densities and patterns.
For electron ionization in the gas chromatography and mass spectrometry industry.
Atmospheric pressure chemical ionization (APCI) heaters.
Electric heating element used in purging systems for nitrogen dosers.
High performance, fast response, electric heaters in a low mass, low profile package.
CeraWatt, 800°C Heater; High gas flow temperature; no metal exposure.
Liquid heater with fast, highly efficient heat transfer.
Fast Responding, low profile, low outgassing.
Simultaneously Heat and Monitor Wafer Temperatures
Provides uniform heat in vacuum chambers.
Designed for immersion in fluids or high humidity.
Optimizing imaging for deep space applications.
Threaded connections engineered for your application.
Flanged connections engineered for your application.
Measuring Temperature in a Vacuum? Get BCE Thermocouple Feedthroughs
The advantages of printed circuit board mounted epoxy feedthroughs are "clear".
Take it all through the wall with fiber optic cable feedthroughs.
Take all your liquids and gases through the wall with multi tube feedthroughs.
Take it all your serial comms through the wall with D Sub feedthroughs.
Take it all through the wall with custom bracket feedthroughs.
Take all your liquids and gases through the wall with single tube feedthroughs.
Easy and convenient connections through the wall with 120V socket feedthroughs.
When space is at a premium.
One feedthrough for multiple collection of temperatures.
Simply-designed, versatile and robust!
Breaking barriers in high vacuum applications.
Cost effective, brass body construction.
Easy to replace, multiple thermocouple feedthrough.