Wearable silicone molding is how the soft-touch parts of smartwatches, fitness bands, earbuds, and health sensors are made: skin-safe housings, flexible straps, tactile buttons, and waterproof seals, all molded from liquid silicone rubber. This guide explains why LSR dominates wearables and what product engineers must specify to get parts that are comfortable, durable, and compliant.

July 6th, 2026

LSR Molding Energy Consumption & Cost per Part

A mid-size liquid silicone rubber (LSR) injection molding machine typically consumes 7-15 kW during production, and servo or all-electric drives cut that by 30-50% versus older fixed-pump hydraulic machines - but electricity is usually only 8-15% of the true cost per part, so buyers should account for material, cycle time, and yield together.

July 2nd, 2026

Baby & Maternal Silicone Molding: Safety Guide

Pacifiers, feeding nipples and teethers go straight into a baby's mouth, so the silicone they are made from and the way it is molded must clear strict food-contact and childsafety standards. This 2026 guide explains which material and standards apply to baby and maternal silicone products, and the molding steps that keep them safe, soft and odor-free.

July 1st, 2026

LSR Mold Design: Venting, Gating & Shrinkage

LSR mold design principles: venting to stop trapped-air voids, gating and cold runners, parting lines, and shrinkage compensation.

June 30th, 2026

Automotive Silicone Seals: LSR Molding Guide

Automotive silicone seals are molded from liquid silicone rubber because it keeps its elasticity and sealing force across the -50 to 200 C range a vehicle demands, while resisting ozone, fluids, and vibration. This guide helps automotive engineers and buyers specify LSR seals, connectors, and grommets for combustion and EV platforms.

June 29th, 2026

Medical-Grade Silicone Molding: Compliance Guide

Medical-grade silicone molding is the production of silicone components that are safe for patient contact, made from biocompatible liquid silicone rubber (LSR) under a certified quality system in a controlled environment. For device makers, getting compliance right is not optional, it is what makes a part sellable. This guide explains the standards that matter in 2026 and how to verify a supplier meets them.

June 26th, 2026

LSR Injection Molding Cost & Energy: How to Calculate Cost Per Part (2026)

LSR injection molding cost per part is driven mainly by material, cycle time, and energy. This guide breaks down each cost element, shows a sample per-part calculation, and explains how servo drives and cold runners reduce energy and scrap for lower 2026 production costs—useful for engineers and buyers comparing quotes.

June 18th, 2026

LSR Family Mold Design: Producing Multiple Part Geometries in a Single Cycle

Most LSR molders are familiar with multi-cavity molds, which produce many identical parts per cycle. Family molds are different and frequently misunderstood: they produce several different part geometries in a single cycle from one shot of liquid silicone rubber. Used well, a family mold can collapse the tooling investment, machine time, and inventory complexity of a multi-part assembly into one efficient operation.

June 12th, 2026

Silicone Overmolding: How Two-Shot and Insert Molding Add Value to Your Product

Many of today's most successful products rely on a combination of materials to achieve the right balance of strength, flexibility, and comfort.

June 10th, 2026

LSR Mold Design: Engineering Precision for Medical-Grade Silicone Products

In the medical device industry, where product quality directly impacts patient safety, LSR mold design demands the highest engineering standards.

TYM

BLOGs

Wearable Silicone Molding: LSR Housings, Straps & Keypads

LSR Molding Energy Consumption & Cost per Part

Baby & Maternal Silicone Molding: Safety Guide

LSR Mold Design: Venting, Gating & Shrinkage

Automotive Silicone Seals: LSR Molding Guide

Medical-Grade Silicone Molding: Compliance Guide

LSR Injection Molding Cost & Energy: How to Calculate Cost Per Part (2026)

LSR Family Mold Design: Producing Multiple Part Geometries in a Single Cycle

Silicone Overmolding: How Two-Shot and Insert Molding Add Value to Your Product

LSR Mold Design: Engineering Precision for Medical-Grade Silicone Products

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Automotive

Consumer&Electric

Infant&Mom

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