PCC1-26 Conveyor Oven with Custom End Tables

LNB Cabinet Oven with Dual Chamber for Contact Lens Curing

Inert Atmosphere Cabinet Oven for Heat Treating

This custom modified RFD cabinet oven was designed for heating various mixtures of oils. Pipes run through the ports and the small access doors are used to open quickly to manually open or close various valves, the windows to view the gauges.

MODEL PC420AR-10-EX [EEx d IIC T3 EEx nA II T3]
EAR99

A customer required a variable speed Teflon fabric belt to dry/cure photo-resist material on a glass substrate. A quartz rod slider bed was provided to minimize particulate generation. Despatch modified a HEPA filtered PCC continuous oven to meet the customers clean processing needs.

LAC Benchtop Oven with Custom Gliding Drawer

This specially designed truck with automatic engagement to a rotating drive is for warming various plastic pellets to be used in injection molding processes. The rotating cart keeps the pellets from sticking together while at temperature.

A CBD oil manufacturer needed an industrial oven for decarboxylation. Dried hemp is put into the oven bulk loaded onto pans that are loaded on racks and wheeled into the oven. The result is that the CBD oil can be extracted more readily from the baked decarboxylated plant matter which increases the yield in the process.

This unique request for a side cart on the Despatch TAC oven was needed in order to get the oven into a clean room. The second photo below shows the oven being moved through the door of the room. The cart was built around the oven controls on the side and saved the customer from having to make a larger door.

During manufacture, 22 caliber rimfire cases are filled with an impact-sensitive primer in a wet state so that the primer is stable. This primer then needs to be dried so it will detonate when the gun is fired. A continuous oven with two conveyors that carry pallets containing 300 casings every 8 seconds was requested.

A major textile manufacturer ordered Despatch TAD3-10 walk-in ovens with drawers added to allow tools to be easily removed when needed and placed back in the oven when they cool.

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.

The infrared pyrometer optris CS LT is ideally suited for non-contact temperature measurements in small and narrow environments. The robust sensing heads measure temperature from -50 °C to 1030 °C. With a high distance-to-spot size ratio of 15:1, the CS LT offers small spot sizes from far distance.

The CSmicro LT pyrometer offers an economical yet advanced solution for infrared temperature measurements in industrial settings. Its thermopile detector provides accurate infrared non-contact temperature readings across a wide spectrum from 8-14µm, ideal for high-emissivity targets even at low temperatures.

The CSmicro LTH pyrometer is a prime choice for infrared temperature measurements in industrial environments. Its special thermopile detector enables precise non-contact temperature sensing across a broad 8-14µm spectrum, particularly excelling with high-emissivity targets in a temperature range from -50 °C to 1030 °C.

The CSmicro LT hs pyrometer sets a new standard in temperature resolution, pushing the boundaries of low-noise infrared pyrometry to achieve remarkable precision. The thermal sensor can detect temperature variations as subtle as 0.025 °C, particularly with high-emissivity targets, offering precise and detailed non-contact sensing across the 8-14µm infrared spectrum. While it remotely measures temperatures of infrared targets within a temperature range of -20 °C to 150 °C, the sensor head operates from -20 °C to 75 °C.