Injection Mold RFQ Template & Quote Builder.
Build a professional, supplier-ready Request for Quotation in minutes. Seven guided steps capture every spec a mold maker needs, then export a branded PDF, plain text, or clipboard copy.
RFQ Builder Console
Project Overview
Start with the fundamentals of your injection molding project.
Your Company Information (for letterhead)
Part Specifications
Define the dimensional and complexity requirements of your part.
Material Requirements
Specify the resin and any special material properties needed.
Production Requirements
Define your volume expectations and timing requirements.
Tooling Specifications
Define your mold requirements and preferences.
Quality & Secondary Operations
Specify quality requirements and any post-molding operations.
Your RFQ is Ready
Copy or download your professional RFQ document below.
What a complete mold RFQ
should cover.
A comprehensive Request for Quotation is the foundation of successful mold sourcing. A detailed RFQ ensures you receive accurate, comparable quotes and prevents costly misunderstandings during tool build, whether you work with domestic suppliers or offshore tooling partners. Seven areas matter: project overview, part specifications, material requirements, production volumes, tooling specifications, quality requirements, and secondary operations.
Part Specifications
Dimensions, wall thickness, complexity level, undercuts, and CAD file availability. For design optimization, see our plastic part design services.
Tooling Class
SPI mold classification (101 to 105) determines steel type, expected tool life, and cost. Class 101 tools run 1M+ cycles; Class 105 is for prototypes only.
Material Selection
Resin type affects shrinkage rates and tool design. Use our plastic shrinkage calculator to understand material behavior.
Production Volume
EAU (Estimated Annual Usage) drives cavitation decisions and ROI calculations. Higher volumes justify multi-cavity tools.
Clamping force and tooling considerations
Your RFQ should consider the press requirements for your part. The projected area and material type determine the required clamping force. Undersizing can cause flash defects from insufficient clamping force, while oversizing wastes money on unnecessary machine capacity. For complex parts, request moldflow analysis as part of your DFM process: simulation identifies filling issues, weld lines, and warpage before steel is cut.
Offshore vs. domestic: what to define explicitly
When sourcing molds offshore, clear specifications prevent misinterpretation across language and cultural barriers. Explicitly define steel grades (P20 vs. NAK80 vs. H13), hot runner brands, and acceptance criteria. MoldMinds provides injection molding consulting and offshore tooling project management, from supplier qualification and RFQ development to on-site inspections and tool qualification.
Injection mold RFQ FAQ.
What information should I include in an injection mold RFQ?
A complete injection mold RFQ template should include: part dimensions and tolerances, material specifications, annual volume estimates, mold classification requirements, surface finish specifications, quality certifications needed, and any secondary operations. The more detail you provide upfront, the more accurate your quotes will be.
How do I choose the right mold classification?
Mold classification is based on expected tool life and production requirements. Class 101 (1M+ cycles) uses hardened steel for high-volume production. Class 102-103 suits medium volumes. Class 104-105 is for prototypes and short runs. Your EAU (Estimated Annual Usage) multiplied by program life determines the appropriate class.
Should I request hot runner or cold runner tooling?
Hot runners eliminate runner scrap and reduce cycle times, making them ideal for high-volume production or expensive resins. Cold runners have lower upfront tooling costs and are easier to maintain. For most production applications above 100K parts/year, hot runners typically provide better ROI despite higher initial investment.
How do I compare quotes from different mold suppliers?
Using a standardized injection mold RFQ template ensures you receive comparable quotes. Beyond price, evaluate: steel type and hardness, hot runner brand, number of cavities, tool warranty, lead time, payment terms, and what is included in DFM (Design for Manufacturability) review. The lowest price is not always the best value.
What is the advantage of working with a tooling project manager?
A tooling project manager like MoldMinds provides expertise in supplier qualification, RFQ optimization, design review, and quality oversight. We bridge the gap between US OEMs and offshore suppliers, ensuring your tooling specifications are clearly communicated and your quality expectations are met, often saving 20-40% versus domestic tooling costs.
Ready to optimize your
tooling project?
Get expert guidance from your US-based offshore tooling partner. Every week of delay can cost thousands in missed production.