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Wisconsin Oven designed and manufactured a gas fired batch oven and non-powered load cart to age aluminum tubes for the aerospace industry. The aluminum tubes range in size from ½” to 3-1/2” diameter and 24’ to 30’ long with a maximum weight of 1000 lbs. The tubes are loaded onto the non-powered load cart and wheeled into the oven. Wisconsin Oven was selected for this project because of their ability to manufacture an end flow oven and guarantee its performance. This aluminum aging oven has chamber dimensions of 6’0” wide x 33’0” long x 6’0” high and a maximum operating

Wisconsin Oven designed and manufactured a natural gas fired batch oven with a quench tank to solution treat aluminum for the Aerospace industry. The equipment is designed to accept a 4’ wide x 4’ high x 4’ long basket. The oven is rated for a 1,250°F maximum operating temperature and a 1,100° F normal operating temperature. The customer required temperature uniformity of ±10°F at 600°F and 1,100° F per AMS 2750D Class 2 furnaces and Type C Instrumentation. A nine point temperature uniformity survey (TUS) using calibrated wire in an empty oven chamber under static operating conditions was conducted with

Wisconsin Oven designed and manufactured an electrically heated batch oven to cure composite material for the automotive industry. The curing oven has chamber dimensions of 10’0” wide x 25’0” long x 9’0” high and a maximum operating temperature of 500° F. The oven is constructed with 4” thick tongue and groove panel assemblies and 20 gauge aluminized steel interiors and ductwork. The heating system features incoloy sheathed heating elements, for a total of 240kW heat input with SCR power control. The recirculation system has a 29,000 CFM @ 25 HP blower, and utilizes combination airflow to maximize heating rates and

Wisconsin Oven designed and manufactured an electrically heated batch oven to cure composite material for the aerospace industry. The curing oven has chamber dimensions of 4’0” wide x 4’0” long x 6’0” high, a maximum operating temperature of 650º F and a normal operating temperature of 400° F. The oven is constructed with 6” thick tongue and groove panel assemblies and 20 gauge aluminized steel interiors and ductwork. The oven also includes a 2” thick reinforced, insulated floor with wheel guides. The heating system features incoloy sheathed heating elements, for a total of 48kW heat input with SSR power control

Wisconsin Oven designed and manufactured an electrically heated horizontal conveyor oven with two (2) zones of control for curing epoxy on automotive transmission parts. The oven chamber is 2’3” wide x 5’10” long x 1’8”. The maximum temperature rating is 177°C (350° F) with a normal operating temperature of 80° C (176° F) in zone 1 and 150° C (302° F) in zone 2. Parts racks are double stacked with 60 parts each to achieve a production rate of 2.4 racks (144 parts) per hour. The parts are indexed through the oven for a total heating time of 150 minutes

Wisconsin Oven Corporation, the leading supplier of industrial ovens in America, is proud to announce their recent partnership with Elmetherm, France. Elmetherm specializes in the design and manufacturing of mechanical, thermal and automated systems. Both companies supply equipment to the automotive, aerospace, and medical industries. Wisconsin Oven and Elmetherm bring a broad range of knowledge and experience to the partnership, which will greatly benefit their current and future customers. The coordination of their technologies into automated heat treating systems opens a broad spectrum of advanced capabilities to the industries they serve. Wisconsin Oven Corporation has been designing, engineering, and manufacturing

Wisconsin Oven designed and manufactured three (3) electrically heated batch ovens for low to medium temperature resin curing of composite material on assorted aerospace parts. The ovens have work chamber dimensions of 7’0” wide x 10’0” long x 7’0” high and maximum operating temperatures of 500º F. The ovens are constructed with 4” thick tongue and groove panel assemblies, 12 gauge aluminized floors, and 20 gauge aluminized steel interiors and ductwork. The heating systems feature incoloy sheathed heating elements, for a total of 96kW in each oven with SCR power control. The recirculation systems each consist of an 8,600 CFM

Wisconsin Oven designed and manufactured an electrically heated batch oven for drying jet engine cowlings after cleaning for the US Air Force. The oven has a work chamber dimension of 5’0” wide x 6’0” long x 6’0” high and a maximum operating temperature of 650º F. The oven is constructed with 6” thick tongue and groove panel assemblies, 20 gauge aluminized steel interior and ductwork. The oven also features a 2” thick reinforced insulated floor and a gravity roller conveyor system with a 1,000 pound gross loading capacity. The heating system features incoloy sheathed heating elements, for a total of