
We often hear inquiries from customers who mistakenly believe that silicone rubber parts can be produced just like plastic. Although there are similarities on the surface, LSR molding has its own unique characteristics. Here are the key differences that need to be understood:

We help you prepare your product for successful LSR molding from the very beginning.
Our engineering team reviews your drawings or concepts and provides expert optimization specifically for liquid silicone rubber:
· Requirement Analysis: Fully understand your product function, performance needs, and technical specifications.
· LSR Design Optimization: Adjust wall thickness, parting lines, venting, and geometry for best molding results.
· Material Recommendation: Advise on the most suitable liquid silicone grades, hardness, and properties.
· DFM Report: Deliver a detailed Design for Manufacturability analysis focused on moldability, quality, and production efficiency.
· Automation Consideration: Early-stage engineering to ensure the design supports automated production later.

We design and manufacture high-precision LSR molds for stable, long-term production:
· Prototype Molds: Quick prototype tooling for testing and design validation.
· Mold Design & Engineering: Full DFM analysis with optimized gating, venting, and cooling systems specifically for liquid silicone rubber.
· Precision Mold Fabrication: High-accuracy CNC machining, EDM, and mirror polishing to achieve tight tolerances and excellent surface quality.
· Production-Ready Molds: Durable multi-cavity molds built for high-volume injection molding and automation compatibility.

We deliver stable, high-quality LSR parts from prototype to mass production.
· Injection Molding Production: Precision LSR injection molding using advanced cold-runner systems for clean, flash-free parts.
· Multi-Cavity & High-Volume Capability: Efficient production for medium to large batch orders with consistent quality.
· Automation Integration: Automated demolding, inspection, and packing to ensure repeatability and lower costs.
· Strict Quality Control: 100% visual inspection + functional testing + material traceability for every batch.
· Secondary Operations: Post-curing, slitting, printing, assembly, and overmoldingservices available.
