Industrial Ovens

This custom PCE conveyor oven was designed for curing fuel cells in batteries. Extremely tight uniformity and low air knifing was required because of the light product weight. Access doors were located on one side for inspection and chamber access, as well as for explosion relief.

Products may be moved into and out of ovens by a wide variety of material handling equipment. Despatch can engineer custom truck solutions from simple manual systems to complex automated systems.

Manufacturers of ICs, RAM and ROM modules, microprocessors and other semiconductor devices use ovens to test or burn-in their devices at elevated temperatures to identify early product failures and ensure long-term reliability.

A chemical manufacturer needed a walk-in oven for heating metal oxides designed to hold high pressure with a completely sealed interior. A condensation drain was built into the door to handle any moisture which would condense on the door and front.

Despatch RAF furnaces feature horizontal recirculating air.flow to ensure exceptional temperature uniformity of ±5.6℃ at 538℉. .These high performance furnaces deliver temperatures up to 538℃ (1000℉) and are great for such processes as annealing, aging, stress relieving and other process critical applications.

Despatch's LCD Clean Process Benchtop Ovens have a stainless steel interior and exterior, rugged, programmable process controls and provide a variety of tailored options for your specific needs.

Despatch PC Series Conveyor Ovens are designed for process versatility and reliability. They achieve superior air temperature uniformity on all interior parts due to high-volume, vertical down airflow. The continuous belt design is ideal for large quantities of similar work pieces being processed. Typical applications include pre-heating, curing, bonding, drying and heat treating.

Despatch burn-in ovens are engineered specifically for applications such as high dissipation forward bias, high-temperature reverse bias, dynamic and static burn-in of IC, RAM, ROM, microprocessors and other semiconductor devices.

Despatch burn-in ovens are engineered specifically for applications such as high dissipation forward bias, high-temperature reverse bias, dynamic and static burn-in of IC, RAM, ROM, microprocessors and other semiconductor devices.

The RAD cabinet oven features horizontal recirculating airflow and exceptional temperature uniformity. The result is proven reliability in demanding production and laboratory applications, such as curing, drying, stress relieving, aging, UL testing and other process-critical applications.

The RFD cabinet oven features horizontal recirculating airflow and exceptional temperature uniformity. The result is proven reliability in demanding production and laboratory applications, such as curing, drying, stress relieving, aging, UL testing and other process-critical applications.