Recent news

Wisconsin Oven Corporation announced the shipment of one (1) Gas Fired Batch Oven to a leading military supplier. This batch oven will be used to cure long, tube-shaped filament wound composite parts. This oven is designed to process up to 5,000 pounds of wound composite parts per load while optimizing floor space in the customer’s facility. The work chamber dimensions are 6’ wide x 6’ long x 13’9” high. The parts are loaded into the chamber by a powered load car in a vertical orientation on wound mandrels. This configuration significantly reduces floor space requirements compared to a horizontal setup

Wisconsin Oven Corporation announced the shipment of one (1) Gas Fired Walk-In Batch Oven to a leading manufacturer in the defense industry. This batch oven will be used for curing filament wound composite materials. The oven has the capacity to process a 78,000 pound load of composite material wound on a 40’ long mandrel, carried on a load car. The work chamber dimensions are 10’ wide x 42’ long x 9’ high with a qualified work zone of 8’ wide x 40’ long x 8’ high. The oven is equipped with a rotation system at the rear of the oven

Wisconsin Oven is pleased to announce the international shipment of one (1) Electrically Heated Small Batch Oven to a Canadian manufacturer of automotive components. The oven will be used for curing parts. This small batch oven has a maximum temperature rating of 650°F and chamber dimensions of 4’ W x 4’ L x 4’ H. Guaranteed temperature uniformity of ± 10° F was documented prior to shipment with a nine (9) point profile test conducted in an empty oven chamber under static operating conditions. The unit is constructed using patented high efficiency panel seams that provide 25% better insulating efficiency

Wisconsin Oven is pleased to announce the shipment of one Inert Atmosphere Batch Oven with an atmosphere-to-water cooling system to a leading defense industry manufacturer. The oven will be used for processing stainless steel parts in a reduced oxygen environment to prevent scaling. The maximum temperature rating of this oven is 1,250°F and it has the capacity to heat and cool approximately 6,000 lbs of steel per load in an inert atmosphere. The temperature is controlled by a Watlow F4T digital recorder/controller with ethernet communication capabilities. Guaranteed temperature uniformity of +/- 10°F at 1,000°F and 1,200°F was verified with a

Wisconsin Oven is pleased to announce the shipment of one (1) Electrically Heated Drop Bottom Furnace with traveling quench tank and maintenance platform. This system will be used for the solution heat treatment of aluminum parts for the aerospace industry. The drop bottom furnace has a maximum operating temperature of 1,100°F and effective workspace dimensions of 3’6” W x 3’6” L x 4’0” H. An OSHA compliant maintenance platform provides ease of access for personnel to service the equipment. The quench tank capacity is approximately 1,700 gallons and includes fluid level control (low, fill, high), a lockable water drain port

Wisconsin Oven Corporation is pleased to announce the shipment of two (2) custom-designed Gas Fired Batch Ovens with roll-up doors. The ovens will be used to hold molded urethane wheels prior to a curing process. The batch ovens have a maximum operating temperature of 350°F and work chamber dimensions of 9’ wide x 4’6” long x 10’6” high. The ovens are designed with electrically operated roll-up doors in the front of the oven constructed from high-temperature fabric. The door controls allow the door to open halfway or all the way by a command from a loading robot. In addition to

Wisconsin Oven is pleased to announce the shipment of two (2) Electrically Heated Horizontal Quench Systems to the Semiconductor industry. The systems will be used for the annealing and rapid cooling of various high purity alloy parts. The operating procedure for each horizontal quench system includes loading the product on a work grid located on the loading platform. Once the load is lifted into place, a pusher/extractor mechanism located at the front of the quench tank moves the load onto the quench lift platform, then the furnace pusher/extractor mechanism pulls the load into the furnace for annealing. After completing the

Wisconsin Oven Corporation is scheduled to ship three (3) custom dryers to a manufacturer in the molded fiber industry. The ovens will be used for drying thick-walled paper pulp molded fiber packaging material used in a variety of products. Molded fiber packaging is made of 100% recycled materials, making them an environmentally friendly solution for companies looking to use sustainable packaging and reduce their environmental impact. These paper pulp drying conveyor ovens are designed with four (4) temperature zones, and each has the sufficient capability to remove 850 pounds of water per hour from the molded pulp. The ovens feature