With over 100 presses, 1500 dies, in-house die design & toolroom, and a wide selection of coil material, Tripar’s metal stamping manufacturing capabilities include progressive stamping, blanking, punching, bending, engraving, marking, embossing, rolling, drawing and deep drawing, offering reduced cost, improved accuracy and surface finish. LEARN MORE
Through Tripar’s vast CNC capabilities and experience, we manufacture a wide range of sheet metal components using equipment and processes such as laser cutting, punching, press brake, metal forming, spot welding, shearing, riveting, clinch joining and assembly.
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Tripar is uniquely positioned to support our clients at every stage of the manufacturing life cycle, allowing them the ability to scale, reduce cost and succeed. This is achieved through our range of metal services; engineering support for all pre-production requirements, CNC metal fabrication and metal stamping capabilities to produce a vast range of metal components in multiple industries, with quantities ranging from prototypes to millions of units annually
Full selection of stock components including Plaster frames, I.C. Boxes, Junction boxes, Brackets, Hanger bars, canopies for UL1598 . LEARN MORE
Experience manufacturing diffusers, grills, faceplates, louvers, housings, brackets, hinges, nameplates.
Components produced include shims, brackets and supports.
Range of sheet metal components for central vacuums, extractor fans and storage cases
Many years producing engraving plates, shielding cans and washers
Some of you were recently contacted for an exercise we referred to as “Voice of Customer” (VOC). Several themes emerged, and we are pleased to report on three elements Tripar has implemented; Finishing, Low Profile Insulated Ceiling (IC) Box & Engineering Services.
Tripar introduce two new series of larger Junction Boxes, which measure respectively 32 & 64 cu. in. Both comply with UL1598.
One of the phenomena sheet metal fabricators must contend when bending parts is something called bending allowance. The reason for this is that when metal is bent, the material on the inside of the bend compresses…
