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.
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.
Thermal Dissipation
High volume recirculating fans maintain consistent, uniform temperatures required by MIL STD 883D while removing heat generated by the load.
Fixturing made easy
Rear wall is easily disassembled and removed to simplify fixturing of power leads or feed-through boards into oven.
Horizontal Airflow
The PBC burn-in oven allows for traditional horizontal loading. Side to side horizontal airflow provides uniform atmosphere flow across horizontally positioned loads.
Over-temperature Protection
Over-temperature protection control monitors maximum temperature and shuts off heater if set point is exceeded.
Easy to use controls
Easy-to-use temperature controller featuring user-friendly arrow buttons for changing setpoints. The controller also contains programmable EZ-Keys enabling simple one-touch operation of repetitive user activities.
Controller communication includes EIA 232/485 Modbus® RTU and supports network connectivity to a PC or PLC.
As a global leader in advanced thermal processing, ITW EAE Despatch is renowned for its innovative and reliable thermal solutions. With over 100 years of expertise, Despatch specialises in state-of-the-art industrial ovens designed to meet the demanding requirements of modern manufacturing. Their precision-engineered ovens deliver superior performance, energy efficiency, and consistent, uniform heating, making them an ideal choice for a wide range of curing, drying, and thermal testing applications.