Plastic molding and tooling define product quality, cost, and production efficiency. We design and manufacture molds in-house to ensure precision and full process control. Through close collaboration between R&D and tooling teams, we optimize cycle times and material usage, delivering accurate and repeatable thermoplastic production.

A variety of compression molding technologies, suitable for a wide range of industrial, commercial, and consumer products ranging from the smallest parts to automotive panels. Committed to manufacturing responsibly, we continue to expand our compression molding abilities, particularly in terms of automation and energy efficiency.

Our advanced molding capabilities, experienced team, and tightly controlled processes ensure fast and consistent production of high-quality parts. We support a wide range of materials, finishes, and technologies, including insert and double-component molding, gas-assisted injection, and IML. With 70 injection machines (50–1000 tons) from leading manufacturers such as Nissei, Arburg, and Demag, we deliver reliable large-scale production supported by automation and centralized process control systems.

We open a new world of opportunities for particle foam applications. Focused on overcoming particle foam design limitations and energy intensity, we develop innovative technologies that optimize surface finish in a sustainable way. Our solutions provide excellent suspension, energy absorption, and isolation with enhanced aesthetics and diverse look-and-feel options. Committed to sustainability, our energy-efficient particle foam facility operates with zero waste and offers advanced end-of-life solutions.

From laminates and profiles to complex 3D structures, we offer a lightweight, high-performance alternative for metal, wood, and thermosetting polymers. With our novel weaving systems, we combine the mechanical properties of glass/carbon continuous fiber reinforcement with the design flexibility of thermoplastic matrices without compromising on aesthetics and quality.

With over 20 years of experience delivering technical textiles for global brands, our textile facilities specializes in precision industrial sewing and advanced material processing. Leveraging thousands of electronic sewing machines and integrated technologies, we produce textile components that excel in durability, aesthetics, and functional performance across consumer and specialty applications.

Our heat-transfer printing and embroidery systems bring vibrant, durable graphics and branding to textile surfaces with exceptional resolution and color fidelity. This capability enables customization and high-end visual appeal without compromising fabric integrity or performance.

We employ high-frequency and ultrasonic welding to join textile and composite materials cleanly and reliably. These non-stitching bond methods create strong, flexible seams ideal for products requiring water resistance, airtight seals, or enhanced structural strength, while eliminating loose threads and improving overall reliability.

Our thermoforming and hot press molding systems shape textile substrates into three-dimensional forms with precision and repeatability. This enables the integration of soft and semi-rigid structures for applications like padded inserts, ergonomic contours, and form-fitted assemblies that maintain comfort and performance.

Using advanced laser cutting paired with lamination technology, we achieve highly accurate fabric patterns and multi-layer constructions with minimal waste. This capability supports complex geometries, tight tolerances, and consistent edge quality — essential for high-function components and efficient assembly.

Our vacuum positioning and bonding systems create consistent, uniform adhesion across textile layers and composite materials. This method enhances dimensional stability, improves load distribution, and enables seamless integration with other material systems like foam, film, and synthetics.

Our computerized sewing lines deliver precision stitching, repeatable patterns, and high throughput across a wide range of textile constructions. With programmable control over stitch type, density, and sequence, we ensure robust seam quality that meets exacting functional and aesthetic standards.