Machined & Fabricated Components | Net shape manufacturing methods LOWER PART COST by reducing raw material usage. Compare methods and save!Request for Quote |
Machining Process  | Part shape is obtained by removing material through turning for round shapes, or milling for flat shapes. Turning is performed on horizontal lathes or screw machines. Milling is performed on vertical machining centers. |
Advantages of Machined Component Parts | - Excellent dimensional control and design flexibility
- Low cost tooling and fixtures
| - No draft angle requirements
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 | Volume- Low to high (1 to 1,000,000+)
| Materials- Aluminum, brass, copper, stainless steel, and alloy steel
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 | Applications- Anywhere tight tolerances are needed. Undercuts, grooves, & thin wall sections, are good candidates for machining from scratch, or from a near net shape "blank"
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Machining Equipment | Secondary Operations on Near Net Shape Components | - Gildemeister Twin Spindle 65mm
- Mazak Integrex : up to 8" diameter
- Mazak Multiplex 6200Y
- Star SR20 (Swiss) Diameters up to 20 mm
- Hydromat Multiple Station. Diameters up to 8"
- Davenport Machines up to 3/4" diameter
- ACME Machines up to 2-5/8" diameter
- 3, 4, & 5 Axis CNC Production Mills
- Robotic work cells for high volume
|  | Near netshape components: - Castings
- Stampings
- Powdered metal blanks
- Cold headed blanks
- Extrusions
| Secondary operations include: - Cnc turning & milling
- Threading
- drilling
- reaming
- Assembly
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"Note: All of the Near Set Shape components can be provided complete to print with the listed Secondary Machining Operations." Fabrication Options- Aluminum extrusion
- Bending, punching
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Finishing Option(s)- Heat treat, plating, polishing, & painting
- Powder Coating
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