Custom Tooling, C&M Rubber, Dayton, OH

Capabilities Custom Elastomer Compounding Custom Molding Custom Tooling Prototyping & Design Review Silicone to Metal Bonding Heater & Sensor Encapsulation Products MS-25171C/A-A-59178A Electrical Terminal Boot Current Price and Delivery Lead Times ResourcesSubmit a Drawing For Quote Technical ISO 9001:2000 Certified

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	Custom Tooling

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Some of the finest toolmakers in the country are located in Dayton, Ohio. For 40 years, C&M Rubber Co. has worked with many toolmakers to produce high quality and durable tooling. The tools range from a simple-o-ring to a part consisting of sophisticated, geometrical curves with challenging dimensional tolerances. Ultimately, our customers enjoy the benefit of our years of tooling and molding experience by incorporating our proprietary know-how into their tooling. These unique techniques contribute to a dimensionally true part that costs less to mold and process into a finished part. The best news is we can accomplish all of this within budget and on-time.

Specifications · Quality Assurance

Specifications

Max. Tooling Dimension		24” W x 24”D

Max. Tooling Height		2” to 7” Range

Preferred Composition		Unalloyed Tool Steel – Production & Prototype

Max. Cavity Count		Part size & target piece price are determining factors

Mold Types		Compression & Transfer

Mold Configuration		Single Cavity Prototype, Sleeve Prototype Mold Single Layer Production or Book Mold Production

De-molding Cavity Treatment		Polished, Matte, Titanium/Nickel & PTFE/Nickel

Tolerances		See RMA Dimensional Tolerance Table (Technical Data PDF)

Shrink Factor		2.5% to 3.5% - part size, thickness, specific application & environment, mold type and raw material will influence final shrink percentage used.

Preferred Drawing Software –Autodesk Inventor		Compatible with PDF Files, .JPG, .TIF, Most major drawing standards, 3D models in SAT or JT & DWF Publishing and Markup

Lead Time		Tool geometry, complexity, cutting method (mechanical, EDM, plasma) & specified tolerances are all factors in lead time. There is no rule of thumb; however, prudent planning allocates 4-6 weeks for average tool creation. Also factor in time necessary to qualify the tool for dimensional accuracy, form, fit and finish in your assembly.

Quality Assurance

Engineering Support		45 Years of Silicone Molding Experience Prototyping Expertise Tooling Design Review & Creation w/Autodesk Inventor 2009 Statistical Process Control Material Selection Consultation & Recommendation UL & NSF Application Assistance /Submission

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Custom Tooling

Max. Tooling Dimension

Max. Tooling Height

Preferred Composition

Max. Cavity Count

Mold Types

Mold Configuration

De-molding Cavity Treatment

Tolerances

Shrink Factor

Preferred Drawing Software –Autodesk Inventor

Lead Time

Engineering Support