Rubber molding is not about producing soft parts.
It is about controlling elasticity, sealing behavior, durability, and long-term performance under real working conditions.
Our rubber molding capability is focused on functional rubber components used for protection, sealing, vibration control, and environmental resistance in manufactured products.
Different rubber materials behave very differently in use.
We work with a range of elastomer materials, selected based on application requirements such as:
Commonly used materials include natural rubber, EPDM, NBR, silicone, fluorocarbon (Viton®), and other engineered elastomers.
Material choice is driven by performance needs, not availability.
Different rubber components require different molding approaches.
We apply rubber molding processes based on part geometry, material behavior, and production volume, including:
Each process is selected to achieve stable dimensions, consistent material properties, and reliable repeatability in production.
LSR injection molding is used for high-precision rubber components that require clean surfaces, tight tolerances, and consistent material properties.
This process is well suited for:
Process control focuses on contamination prevention, dimensional consistency, and repeatable curing behavior.
Compression molding is typically applied to low- to medium-volume production and larger rubber components where material efficiency and tooling simplicity are important.
Transfer molding is selected when:
Both processes are evaluated based on part function, material characteristics, and long-term production stability.
Rubber molding quality depends heavily on mold design.
We design rubber molds with attention to:
Tooling is developed to support repeatable production, not just initial sampling.
Rubber components are often critical to product performance.
During development and trial stages, we validate:
This approach reduces risk before full-scale production and ensures rubber components perform as intended over time.
Rubber molding delivers value only when material, tooling, and process are aligned.
That is how we approach it.
That is the role we design for.
