We design mass-production-ready polymer products featuring high-volume plastic injection, precise parting lines, wall thickness optimization, and 2K dual-material technologies.
Engineered with 2K dual-injection technology, featuring soft TPE grip surfaces over a rigid polypropylene skeleton and a foldable travel mechanism.
An automotive roof-integrated, UV-resistant thermoformed ABS chassis boasting a rigid form design that minimizes aerodynamic drag.
High-flow polypropylene injection, integrated pedal mechanism, and an internal rib architecture designed to increase impact resistance.
A food-safe silicone and polymer hybrid keeping kitchen counters clean, featuring an easily detachable two-piece injection molded design.
Bi-directional wringer system, a carry handle balancing the center of gravity, and a homogeneous injection body with optimized wall thicknesses.
Chrome-plating compatible ABS polymer, fingerprint-resistant matte textured surfaces, and hygienic water drainage channels tailored for bathrooms.
Gear transmission architecture that does not deflect under high mechanical load, utilizing glass fiber reinforced PA66-GF30 polyamide load-bearing arms.
Thin-walled injection geometry conforming to refrigerator shelf ergonomics, vertical interlocking channels, and transparent body molding.
An aesthetic two-piece desktop accessory designed for multi-cavity tooling with a screwless precision snap-fit locking system.
We design precise interface geometries enabling TPE elastomers and rigid PP/ABS materials to chemically bond within the same mold.
Zero-defect molding through flawless draft angles, optimized rib-to-wall thickness ratios, and complex core release analyses.
Transforming thick-walled, UV-resistant ABS and PMMA sheets into durable, lightweight outer shells via vacuum thermoforming.
Stress analysis on glass-fiber reinforced (PA66-GF) engineering plastics and flexible snap-fit geometries enabling screwless assembly.
Raw material analysis based on mechanical load, food contact, UV, or chemical requirements.
3D surface modeling of ergonomic grip feel, weight balance, and aesthetic silhouettes.
Optimization of parting lines, rib thicknesses, draft radii, and injection gate placements.
Validating snap-fit locks and tolerances via SLA/SLS resin prints and silicone molds.
Manufacturing multi-cavity injection molds, overseeing T1 sample shots, and approving surface textures.
