Some of the finest toolmakers in the country are located in Dayton, Ohio. For 53 years, C & M Rubber Co. has worked with many toolmakers to produce high quality and durable tooling. The tools range from a simple o-rings to parts 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.
Prototype Lead Time
As a general rule, discounting cueing delays as a result of heavy job scheduling demand and depending upon geometric complexity, a single cavity prototype can be completed in as few as 15 days. To minimize delivery disappointment, it is recommended that a date is established prior to “cutting steel”.
Production Tool Lead Time
As a general rule, it is recommended that you allow at least 75 days and sometimes 90 days for production tool completion. If you are looking at constructing a liquid injection mold, lead times can range from 90 to 120 days due to the tight tolerances required for successful tool performance.
There are many factors that affect tooling delivery, including:
The geometric complexity of the molded part is a prominent factor in the lead-time required to complete a mold (tool). Some molded shapes require complex, multi-stage cutting and the use of sophisticated CNC machines to create the finished product.
The higher the cavity count, the longer it will take to complete a mold.
The closer the dimensional tolerances, the longer the lead-time will be.
Dimensional changes processed after steel cutting has commenced will extend the lead-time and may require abandoning the current tooling project and starting over.
Maximum Tooling Dimension Width |
N/A 24 Inch |
Maximum Tooling Dimension Depth |
N/A 24 Inch |
Maximum Tooling Height Range |
N/A 2 to 7 Inch |
Preferred Composition |
N/A Unalloyed Tool Steel - Production & Prototype |
Maximum Cavity Count |
N/A Determining Factors: Part Size & Target Piece Price |
Mold Types |
N/A Compression Liquid Injection Mold (LIM) Transfer |
Mold Configuration |
N/A Book Mold Production Single Cavity Prototype Sleeve Prototype Mold Single Layer Production |
De-Molding Cavity Treatment |
N/A Matte Polished PTFE/Nickel Titanium/Nickel |
Shrink Factor |
N/A 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 |
N/A Compatible with PDF Files, JPG, TIF, and Most Major Drawing Standards, 3D Models in STP, Igis, and Inventor. |
Lead Times |
N/A Also factor in the time necessary to qualify the tool for dimensional accuracy, form, fit and finish in your assembly. Planning allocates 4-6 weeks for average tool creation. Tool geometry, complexity, cutting method (mechanical, EDM, plasma) & specified tolerances are all factors in lead time. |
Engineering Support |
N/A Material Selection Consultation & Recommendation Statistical Process Control Tooling Design Review & Creation w/Autodesk Inventor 2009 UL & NSF Application Assistance/Submission |
Industry Focus |
N/A Aerospace Appliance Commercial Defense Industry Dental Food & Beverage Injection Molding Manufacturing Medical Devices Oil & Gas Pipeline Printing Tool & Die |
Industry Standards |
N/A American Society for Testing and Materials (ASTM) Food And Drug Administration (FDA) International Organization for Standardization (ISO) 9001:2015 Certified Military Specifications (Mil-Spec) Restriction Of Hazardous Substances (RoHS) Compliant Underwriters Laboratories (UL) |
File Formats |
N/A Initial Graphics Exchange Specification (IGES), ANSI File Format Inventor (IDW, IPT) Portable Document Format (PDF) Standard for the Exchange of Product Model Data (STEP) |