LSR Injection Molds Manufacturing Services
Production Partner Qualifications
Production-Site Scope Review
Site Documentation Review
Project-Specific Documentation
In-Process Inspection with CMM
Our LSR Injection Mold Manufacturing Services
LSR Injection Molding
LSR Injection Molding involves injecting liquid silicone rubber—a two-component material—into a heated mold. Unlike traditional thermoplastic injection molding, LSR is a thermosetting material, meaning it retains its shape and properties once cured, making it perfect for demanding applications.
LSR Injection Mold
An LSR injection mold is a precision-engineered tool designed to shape liquid silicone rubber into intricate, high-performance components. Unlike traditional molds, these molds are built to handle the unique properties of LSR—low viscosity, rapid curing, and exceptional flexibility.
Liquid Silicone Rubber Tooling
Different Types of LSR Injection Molding
From the perspective of specific technology and processing, LSR injection molding can be further divided into the following types:
★ Standard LSR Injection Molding: A robust and economical process for high volumes of medium to high precision silicone component production with minimal material waste.
★ Two-shot/Multi-shot LSR Molding: A branch of LSR injection molding, refering to the molding of two or more materials in the same injection molding machine and process.
★ LSR Overmolding: Used to produce specialized components consisting of two different substrates. In the process, LSR is molded around the finished molded part, metal or other substrate.
LSR Injection Mold Expertise
Advanced LSR Injection Mold Manufacturing Capabilities
Custom Mold Design
Precision Tooling
Multi Types of Molds
Technical Consultation
Design Considerations for LSR Injection Molds
Part Complexity
Material Flow
Thermal Management
Venting Systems
Partner LSR Injection Mold Manufacturing Workshop
FECISION coordinates tooling through manufacturing partners. Qualifications apply to the selected production site and its stated scope; the required standards and supporting records are reviewed for each project.
Certifications & Standards in Mold Making
Commitment to Quality
Partner Site
Confirm the manufacturing facility and the activities covered by its quality system.
Applicable Scope
Match the required standards to the silicone, tooling and intended application.
Project Records
Agree material traceability, inspection reports and any validation work before production.
Qualification Review
Review the selected partner's supporting records. These are not certificates issued to FECISION.
Key Advantages of Partnering with Fecision for LSR Injection Molds
The Fecision Advantage: Why Partner With Us?
LSR Injection Molds Application
Industries We Serve
Precision-engineered Liquid Silicone Rubber (LSR) injection molds are pivotal in manufacturing critical components across a diverse range of demanding industries.
Medical & Healthcare
Application: seals, O-rings, valves, diaphragms, patient-contact devices
Automotive
Application: connectors, seals, gaskets, bellows, vibration dampeners.
Electronics
Application: keypads, buttons, protective casings, waterproof seals
Industrial Components
Application: high-performance seals, gaskets, and other components
Recent Projects
Nipple
Respiratory mask parts
Bottom silicone pad
Earplugs
Silicone strap
Audio button
Liquid-proof stopper (dialyser)
Earphone seal
Let's Start!
Take the next step towards realizing your high-performance Liquid Silicone Rubber components.
Related Resources
ISO 10993 vs. USP Class VI: Key Differences in Biocompatibility Testing
Navigating biocompatibility testing for medical devices? Explore ISO 10993 and USP Class VI standards, including FDA requirements and implications for silicone.
Choosing the Perfect Metal for LSR Injection Mold: A Comprehensive Guide
Discover the best metals for your LSR Injection Mold. Ensure durability, precision, and cost-efficiency with expert material selection tips.
What Is USP Class VI? Materials & ISO 10993 Explained
Learn USP Class VI testing requirements, approved materials & how it differs from ISO 10993. Ensure your medical device materials meet safety standards.