Precision LSR Injection, Extrusion & Compression Moulding
Our Capabilities
Highly Accurate Rubber Moulding with Tight Tolerances
Our advanced LSR injection moulding technology enables the production of highly precise and complex components while reducing cycle times by 15–30%. With dual extrusion technology, we deliver greater efficiency and versatility, while compression moulding is optimised for manufacturing larger parts and moderately curved parts. Through high accuracy moulding processes, we consistently achieve tight tolerances ranging from 0.08 mm to 0.15 mm, ensuring superior quality and reliability for every application.
15-30%
Faster cycle times
0.08-0.15 mm
Range of tight tolerances
15-30%
Less material waste
10-30%
Lower energy use
15-25%
Savings in labour
15-20%
Fewer defects
Products
Quality Components, Moulded with Accuracy
Applications
Useful Applications Across Different Industries
Our cleanroom manufactured elastomeric solutions serve precision applications where reliability is paramount.
Seals and gaskets for connectors, switches, and housings
Keypads and button interfaces for control panel
Antistatic and conductive rubber components for ESD protection
Case Study
Proven Results in Vital Implementations
Medical
Developing a Silicone Wound Care Patch
Silcotech engineered a reusable silicone patch designed to support skin recovery and reduce the appearance of hypertrophic and keloid scars. The patch is made with medical grade silicone to ensure comfort, durability, and safe for long durations. It is also registered with Malaysia Medical Devices (MDA # : GA7620221-71414)
Medical
Developing a Catheter-Deployable Cardiac Occluder
Silcotech collaborated on the development of a cardiac occluder designed for minimally invasive procedures to close defects in the heart. The device Silcotech collaborated on the development of a cardiac occluder designed for minimally invasive procedures to close defects in the heart. The device
Electronics
Silicone Potting for Wearable IoT Applications
Silcotech contributed to the development of a wearable IoT vest by engineering the silicone encapsulation process for the electronic modules. The focus was Silcotech contributed to the development of a wearable IoT vest by engineering the silicone encapsulation process for the electronic modules. The focus was
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