At Baker Stamping we have mastered the art of multi-slide stamping for the production of small, intricate parts with complex shapes and bends. This specialized process gives us the ability to achieve rapid production speeds, a very high level of accuracy, and outstanding repeatability. Our technicians and tooling specialists select a combination of tools and dies to create three-dimensional parts from thin strips of steel, aluminum, brass, copper, and more. It is an ideal process for manufacturing items such as clips, brackets, mechanical supports, electrical contacts, power switch components and many, many, more and has application in almost every industry.
Multi-slide stamping can save significantly on production costs. Dies and tooling are inexpensive, which minimizes startup costs, and raw material can be purchased to finished width to optimize yield and reduce scrap rates. Our facility houses presses rated from 28 to 35 tons that operate at speeds from 40 to 160 SPM. We can process material from 1/64″ to 3/32″ in thickness in widths up to 3″ and lengths up to 13″. Multi-slide stamped parts often benefit from a finish process; we offer plating, painting, and powder coating to accommodate those requirements.
In business since 1899, we recognize the importance of producing reliable quality products. Our quality management system is ISO 9001 certified, and we use robust methods, including advanced statistical process controls, to ensure product integrity. We have the capacity to manage projects of any size as well as an outstanding record for on-time delivery.
Multi-slide stamping is an advanced metal forming technique that differs from traditional punch press stamping by utilizing multiple moving slides to shape metal from various angles. This method is highly efficient for producing intricate, three-dimensional metal components with tight tolerances.
At Baker Stamping, our multi-slide stamping process combines precision, speed, and versatility to manufacture complex parts in a cost-effective manner. Unlike conventional stamping, which relies on a single press stroke, multi-slide technology enables simultaneous bending, cutting, and forming, reducing production time while ensuring consistency.
This precision metal stamping process is particularly well-suited for components requiring multiple bends, such as electrical contacts, brackets, and mechanical fasteners.
Baker Stamping provides multi-slide stamping and precision metal stamping solutions for industries that require high-quality, precisely engineered metal parts. In automotive, it manufactures electrical connectors, battery contacts, and fuel system brackets. For aerospace, it creates structural clips, engine brackets, and EMI shielding components. Electronics applications include circuit board contacts, power switch components, and heat dissipation brackets.
Industrial equipment parts include fasteners, mounting brackets, and hose clamps, while medical devices benefit from precision-formed components like surgical instrument parts and shielding enclosures. This process ensures high accuracy, efficiency, and cost-effectiveness for complex metal stamping needs.
We understand the challenges of each industry and tailor our multi-slide stamping process to meet specific requirements.
To learn more about our multi-slide stamping capabilities, contact us at any time.
General Capability | Custom Manufacture We Produce to Customer Specification |
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Production Method |
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Stamping Features |
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Material Handling Products | Clips Brackets Mechanical Supports |
Automotive Products | Oval Tubular Products Electrical Contacts Interlocking seam tubular products to replace seamless parts at a cost reduction We can offer interlocking seams as well as straight seams on most tubular products. |
Appliances / Lighting Hardware |
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Sleeves / Bushings / Custom Tubular Components | PVC Water Pipe Stiffeners Miniature Motor Housings Custom Injection Molded Inserts We can fabricate tubular items up to 4 inches OD, max wall thickness of .093 inches, max length of three inches. |
Press Rating | 28 to 35 tons |
Materials |
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Finish |
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Specifications |
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Quality Control |
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Secondary Services |
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Production Volume | Prototype to Production |
Typical Lead Time | 12-16 Weeks Prototype 8 Weeks Standard On Time Delivery |
Industry Focus |
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Intended Applications |
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Industry Standards | ISO 9001 |
File Formats | TurboCAD |