The Model 210 Convection Oven is designed for high temperature processing of objects up to ten feet long. All stainless steel-construction provides for a clean environment for processing components. Temperature ramping and control is performed by a PID Loop digital controller. Forced air recirculators inside the oven ensure maximum heat transfer and temperature uniformity. Typical applications include the drying of high purity semiconductor process tubing and curing of down hole oil well probes. The basic design can be expanded in five-foot increments to enable processing of longer objects.

The rack that is shown is a standard rack for holding ceramics insulators. The overall dimensions of this rack are 13" x 25" x 6"h. The slot pattern is as follows: four ea. 75" five ea. 1.25"; one ea. 1.5" and four ea. 25". This rack is manufactured from either 316 stainless steel or Inconel. All welds are full penetration and the surfaces are passivated after cleaning. Different materials and other types of patterns or designs can be manufactured at your request.

Air to Air heat Exchanger cools the hot effluent gasses that are discharged from the oven. Temperature as high as 1100C at the outlet of the oven are cooled to less than 100C before entering house exhaust. The Heat Exchanger is designed with two flow channels. The inner channel is completely seam welded and sealed from both the cooling air and the room air to insure that all of the hot process gas is routed into the house exhaust. The hot gas temperature is monitored at the outlet and mid stream so that if there is a failure in the Heat Exchanger an interlock circuit will shut down the oven and will flood the outlet with cool nitrogen. This circuit has to be reset manually before the oven can be restarted. When installed this unit sits on top of the existing oven.

The source oven provides a clean vacuum environment to test and store rebuilt ion implanter source assemblies. The unique design automatically pumps down and bakes out the critical end of the source. Leak testing can be accomplished by attaching an existing helium leak detector to the auxiliary port. After testing, the source oven will bake out and maintain the source assembly under vacuum until it is needed on the ion implanter. By installing a pre-conditioned source assembly in the implanter, up to three hours of downtime can be eliminated.

The Model 1010 Vacuum Oven is a table top vacuum oven designed for the purpose of processing components under low levels of vacuum and at elevated temperatures. Processing under vacuum greatly decreases the possibility or oxygen or other airborne components from contaminating your product. All stainless steel components and assemblies ensure contaminate-free processing. Internal fusion welding of the chamber and related components provides for vacuum integrity to below 10-8 torr. Internal heating elements minimize the energy used to heat the components and produce faster heat up times than through the wall heaters. The vacuum chamber dimensions is 10'' diameter x 10'' deep and comes standard with two shelves that can be easily removed.

The Model 2424 Vacuum Oven is designed for the purpose of processing components under low levels of vacuum and at elevated temperatures. Processing under low levels of vacuum greatly decreases the possibility of oxygen or other airborne components from contaminating your product. All stainless steel components and assemblies ensure contaminate-free processing. Internal fusion welding of the chamber and related components provides for vacuum integrity to below 10-8 torr. Internal IR radiant heating elements minimize the energy used to heat the components and produce ramp up rates in excess of 100C per minute. The vacuum chamber dimensions are 24" diameter x 24'' deep. With the standard array the heat zone is 18" diameter x 20" long and has a temperature uniformity of less than 1% deviation. Some of the applications include metal contact annealing, flat panel bake out, outgassing of ceramics and metals, precleaning of sputter and implant components, passivation, and vacuum curing.

The Model 2424 Vacuum Oven is designed for the purpose of processing components under low levels of vacuum and at elevated temperatures. Processing under low levels of vacuum greatly decreases the possibility of oxygen or other airborne components from contaminating your product. All stainless steel components and assemblies ensure contaminate-free processing. Internal fusion welding of the chamber and related components provides for vacuum integrity to below 10-8 torr. Internal IR radiant heating elements minimize the energy used to heat the components and produce ramp up rates in excess of 100C per minute. The vacuum chamber dimensions are 24" diameter x 24'' deep. With the standard array the heat zone is 18" diameter x 20" long and has a temperature uniformity of less than 1% deviation. Some of the applications include metal contact annealing, flat panel bake out, outgassing of ceramics and metals, precleaning of sputter and implant components, passivation, and vacuum curing.