From part design and material selection to tooling and production, FECISION delivers application-specific injection molding with documented quality control.
FECISION coordinates precision plastic and liquid silicone rubber (LSR) injection molding through manufacturing partners, matching the material, tooling and production site to each part's function.
Injection molds are designed, built and maintained with tooling partners, covering prototype trials and repeat production. Tool construction is reviewed against resin behavior, part geometry and the intended production volume.
Manufacturing resources include LSR molding, overmolding, insert molding and two-shot molding. We review the substrate, second material and bond or sealing requirements before choosing a production route.
Finishing, in-mold decoration and labeling, and assembly are coordinated with molding so dimensional, cosmetic, and fit requirements stay under one production plan.
Tooling, molding and inspection resources are coordinated through manufacturing partners. The production site and requirements are matched to your project.
Mold Design and Component Machining
Tool Assembly and Sampling
Maintenance for Repeat Production
Thermoplastic Injection Molding
LSR and Multi-material Parts
Part and Process Requirements Reviewed Together
Controlled Molding Environment
Application-specific Cleanliness Requirements
Handling and Packaging Scope Reviewed per Project
Precision Mold Component Manufacturing
CMM and Dimensional Inspection
Tool Validation Before Production Molding
From Design Review to Production
Send 2D and 3D drawings, resin requirements, annual volume, cosmetic requirements, and any validation or regulatory needs.
We coordinate a tooling and molding proposal with the relevant manufacturing partner. Review DFM feedback, sample quantities, inspection requirements and timing, then approve the agreed scope.
The production partner builds and samples the mold. Approved samples and inspection requirements guide molding, final checks and delivery against the agreed plan.
Why Choose Us
One engineering workflow connects DFM, injection mold tooling, molding, inspection, finishing, and assembly so problems are resolved by the team that controls the process.
Project coordination with mold tooling and production partners;
Gate, runner, cooling, and tolerance review before steel is cut;
Inspection requirements defined against your part drawing.
Engineering thermoplastics, elastomers, and medical-grade LSR;
DFM feedback on shrinkage, wall thickness, draft, and material behavior;
RoHS and REACH project requirements supported.
Rapid tooling and production molds matched to validation and volume needs;
Sampling, order quantities and delivery milestones agreed for each program;
Project coordination from DFM through repeat orders.
Automation and multi-cavity tooling for repeatable high-volume molding;
Transparent quotation with DFM review;
Tooling, molding, finishing, and assembly coordinated under one program.
How We Protect Your Data
A non-disclosure agreement (NDA) can be signed when needed to protect your intellectual property and the commercial terms of your project.
Share your confidentiality and file-handling requirements with the quotation request so they can be agreed before a manufacturing review.
Discuss which project information may be shared with tooling, production and inspection partners. File access and documentation needs form part of the project review.
The shift toward electrification and lightweight has tightened tolerances for under-hood and interior components in the automotive industry, while certification requirements add a heavy qualification burden that slows supplier onboarding.
Medical component programs require material, cleanliness and traceability requirements to be matched to the intended use and the selected production site.
Aerospace components demand tight dimensional stability and material traceability from resin to finished part.
Consumer electronics demand compact housings, connector features, and cosmetic surfaces that remain consistent across high-volume production.
Robot assemblies need structural and functional components that hold up under repeated cyclical loading.
Industrial equipment needs durable molded components that withstand repeated loads, chemicals, heat, and demanding operating environments.
These standards relate to selected manufacturing partners and their applicable certified activities. We match the production-site scope, material and documentation to the requirements of each project.
Quality-system requirements for applicable molding production sites.
Medical silicone rubber production within the certified supplier scope.
Applicable silicone accessory and plastic-part manufacturing facilities.
Hazardous substance process management for applicable silicone production.
Environmental management at applicable manufacturing facilities.
Workplace health and safety management at applicable manufacturing facilities.
We mold engineering thermoplastics and elastomers including ABS, PC, nylon, PEEK, TPU, PMMA, HDPE, PP, PET, rubber, and project-qualified LSR grades.
Capabilities include conventional thermoplastic molding, LSR, insert molding, overmolding, two-shot, gas-assist, large-part, and cleanroom injection molding.
Yes. Rapid tooling supports design and process validation, followed by production tooling and scalable molding under the same engineering and quality workflow.
We align the drawing, selected manufacturing partner and inspection plan before production. Material documentation, dimensional checks and any functional tests are agreed for the project rather than assumed for every part.
Preferred formats include STEP, IGES, SolidWorks and dimensioned PDF drawings with GD&T callouts.
Yes. Our engineers review wall thickness, draft, material choices, tooling risks and tolerance stack-ups before production.
NDA support, controlled facility access and secure project-file handling are available before manufacturing review.
Our injection molding programs support medical, aerospace, consumer electronics, automotive, robotics, and industrial applications.
