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Manufacturing Case Studies
We deliver industry‑wide mold manufacturing solutions to clients across the globe.
We deliver industry‑wide mold manufacturing solutions to clients across the globe.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: ASA+PC blend, PC, PA66
Tolerance: ±0.05mm
Cosmetic‑focused automotive overhead interior console, integrated lamp housings, functional switch cut‑outs and snap‑fit assembly features. Tooling is optimized for consistent grain texture, minimal visible weld lines and stable batch quality for vehicle interior components.
Process: Two-shot injection molding
Post-process: Spraying, Laser engraving, UV coating
Industry: Automotive Interior
Material: PC, PC+ABS blend, TPE, PP
Tolerance: ±0.05mm
Electronic shift knob assembly for passenger vehicle. Combines IMD decorated glossy panel and soft‑touch TPE over‑molded surface. Precise gap control ensures consistent tactile feedback and eliminates rattle noise over long‑term vehicle service life.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Consumer Electronics
Material: PC+ABS blend, PC, ABS
Tolerance: ±0.05mm
Multi‑function steering‑wheel switch bezel for passenger vehicle. Ultra‑tight gap control eliminates rattle noise during vehicle vibration. Metallic painted finish combined with laser‑etched backlit buttons meets high‑grade interior visual and functional requirements.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: PC+ABS blend, ABS
Tolerance: ±0.05mm
Seat‑heating switch housing for automotive interior. Tight gap control between buttons delivers consistent tactile feedback. Laser‑etched symbols enable backlight illumination, qualified for long‑term vehicle interior durability requirements.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: PC, ABS
Tolerance: ±0.05mm
Automotive hazard warning light switch assembly. Manufactured from PC‑ABS blend for interior applications. Tight gap & travel tolerance delivers consistent click tactile feeling, resisting rattle and sticking under long‑term vehicle operating cycles.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: PC, ABS
Tolerance: ±0.05mm
Internal plastic base for automotive hazard warning switch. Precision‑molded housing holds metal contact springs. Strict dimensional stability avoids warpage, ensures stable electrical contact and consistent switch actuation over millions of operating cycles.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: PC, ABS
Tolerance: ±0.05mm
Automotive steering‑wheel multifunction switch assembly. PC‑ABS housing with tactile functional buttons. Features laser‑etched symbols for audio and call control. Tight gap control for consistent haptic feedback, qualified for interior Class‑A surface requirements under automotive working conditions.
Process: Injection molding
Post-process: Pad printing
Industry: Automotive Interior
Material: PA66-GF30, ABS
Tolerance: ±0.05mm
Automotive steering‑column combination switch assembly, integrating headlight, turn‑signal and windshield wiper controls. Housing made of reinforced engineering plastic, handles in PC‑ABS with laser‑etched function symbols. Precise gap control delivers crisp tactile feedback for each switch position, complying with automotive interior Class‑A surface standards.
Process: Insert injection molding
Post-process: None
Industry: Automotive Interior
Material: PA6-GF30
Tolerance: ±0.05mm
Insert‑molded circuit carrier made of PA6‑GF30 glass‑filled nylon. Features precise cut‑outs and mounting bosses for circuit layout. High rigidity and stable dimension ensure reliable fitting for automotive electronic assemblies.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: PC+ABS blend, PC, ABS
Tolerance: ±0.05mm
High‑grade automotive interior bezel for steering wheel multi‑function controls. Combined glossy and matte surface finish with laser‑etched function symbols. Strict dimensional control guarantees precise button fit‑and‑feel, meeting automotive interior Class‑A appearance requirements.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: PC+ABS blend, PC, ABS
Tolerance: ±0.05mm
Automotive Class‑A overhead console for interior lighting and sunroof controls. Multi‑part matched assembly with high‑gloss and textured painted surfaces. Tight dimensional control ensures seamless part gap and premium interior visual quality.
Process: Two-shot injection molding
Post-process: Spraying, Laser engraving, UV coating
Industry: Automotive Interior
Material: PC, PMMA
Tolerance: ±0.05mm
Class‑A automotive interior bezel for electronic gear shifter. Gloss black surface with laser‑etched gear position symbols. Strict cosmetic and dimensional requirements to match center console assembly.
Process: Two-shot injection molding
Post-process: Spraying, Laser engraving, UV coating
Industry: Automotive Interior
Material: PC, PMMA, ABS
Tolerance: ±0.05mm
Class‑A interior housing for automotive electronic shift knob. Multi‑component assembly combining glossy decorative cover and mounting bracket. Strict surface cosmetic standard and precise fitting to deliver comfortable shifting operation feel.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: PC, ABS
Tolerance: ±0.05mm
Automotive interior master switch housing for power window control. Multi‑key structural parts with laser‑etched function icons. Tight dimensional control guarantees stable button actuation and consistent tactile feedback for long‑term vehicle usage.
Process: Injection molding
Post-process: None
Industry: Automotive Interior
Material: PC+ABS blend
Tolerance: ±0.05mm
Class‑A automotive interior decorative cover for car speaker. Fine multi‑hole grille structure produced as‑molded without secondary painting. Strict cosmetic requirements to eliminate weld lines and burrs, ensuring consistent hole geometry and precise fit with dashboard assembly.
Process: Injection molding
Post-process: Pad printing
Industry: Automotive Interior
Material: POM, PA66-GF30
Tolerance: ±0.05mm
Steering‑column mounted wiper combination switch housing. Multi‑position lever component with pad‑printed function symbols. Precise hinge structure delivers crisp shifting feel, meets automotive durability requirements for long‑term cyclic operation and print abrasion resistance.
Process: Injection molding
Post-process: Degating, Spraying, Laser engraving, UV coating
Industry: Automotive Interior
Material: PC
Tolerance: ±0.05mm
High‑gloss piano‑black class‑A interior bezel for automotive gear shifter. Features laser‑engraved gear indicators, with spraying and UV coating to achieve excellent scratch and chemical resistance. Equipped with multiple snap‑fit structures for precise assembly, zero visible surface defects for automotive interior requirements.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: PC, ABS
Tolerance: ±0.05mm
Multi‑button housing for automotive steering wheel cruise control system. Laser‑engraved function symbols on button surfaces. Metallic‑look sprayed finish, matched with metal mounting brackets. Tight assembly tolerance ensures smooth button operation, meets strict automotive interior appearance and durability standards.
Process: Injection molding
Post-process: None
Industry: Automotive
Material: PA66-GF30
Tolerance: ±0.05mm
Curved protective cover for automotive engine compartment. Textured surface finish, locating bosses for precise assembly. Mold‑in part marking on inner side. PA66‑GF30 provides outstanding heat resistance and mechanical stability to withstand continuous vibration under harsh under‑hood operating conditions.
Process: Injection molding
Post-process: Spraying, Laser engraving
Industry: Automotive Interior
Material: ABS, PC+ABS blend
Tolerance: ±0.05mm
Precision housing for automotive electrical switch unit. Complex internal cavities designed for electronic component assembly. Surface spraying and laser‑engraved functional marks. Strict dimensional control ensures proper fitting of internal electric parts.
Process: Injection molding
Post-process: None
Industry: Automotive Interior
Material: PC
Tolerance: ±0.05mm
Optical lamp lens for automotive lighting assembly. Fine micro‑prismatic texture is directly molded to achieve specified light‑beam distribution. High‑impact PC material withstands road shock and temperature cycling, defect‑free molding is critical to meet automotive lighting standards.
Process: Injection molding
Post-process: None
Industry: Automotive Interior
Material: PA66
Tolerance: ±0.05mm
Semi‑translucent PA66 protective housing for electronic assemblies. Snap‑fit construction enables convenient assembly and disassembly. High requirements on cosmetic quality for semi‑translucent polyamide, minimizing weld‑lines and surface flaws to shield delicate internal electronic components.
Process: Injection molding
Post-process: None
Industry: Automotive Interior
Material: PC
Tolerance: ±0.05mm
Interior dome‑lamp diffuser lens for automotive cabin lighting. Mold‑in grid texture achieves uniform light diffusion without hot spots. Strict cosmetic requirements eliminate optical defects, ensuring consistent soft illumination inside vehicle cabin.
Process: Overmolding injection molding
Post-process: None
Industry: Power‑tool / Garden Equipment
Material: ABS, TPE
Tolerance: ±0.05mm
Structural power‑tool main housing with complex geometry, multiple mounting bosses and assembly cut‑outs. Tooling optimized for high‑gloss appearance, robust mechanical performance and consistent quality for high‑volume garden‑tool production.
Process: Nitrogen‑gas assisted injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PA6-GF30
Tolerance: ±0.05mm
High‑strength carrying handle built with nitrogen‑gas assisted molding. Hollow internal structure achieves significant weight reduction while retaining structural rigidity. PA6‑GF30 delivers excellent impact resistance for heavy‑duty outdoor operation. Reinforced rib network and precise mounting bosses guarantee stable assembly under continuous vibration.
Process: Injection molding
Post-process: Pad printing
Industry: Outdoor Power Equipment
Material: PA-GF30
Tolerance: ±0.05mm
Internal structural housing for chainsaw power tool. Complex geometry with rib features and gear‑mating profile. Strict warpage control is required to guarantee gear meshing accuracy under continuous high‑vibration working environment.
Process: Two-shot injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PP-T20, TPE
Tolerance: ±0.05mm
Two‑component overmolded handle assembly for handheld power‑tools. Rigid glass‑filled PA66 core delivers structural strength, while TPE overmold provides anti‑slip and vibration‑dampening performance. Strict bonding quality prevents delamination under heavy‑duty continuous operation.
Process: Insert injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PA6-GF30
Tolerance: ±0.05mm
Glass‑filled polyamide fan housing for outdoor power equipment. Metal bearing insert is over‑molded in‑place to ensure precise coaxiality. Strict dimensional control guarantees smooth rotating performance under continuous high‑speed working conditions.
Process: Injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PA6-GF30
Tolerance: ±0.05mm
Structural component for outdoor power‑equipment. Molded from PA6‑GF30, 30% glass‑fiber reinforced nylon delivers high rigidity, impact resistance and thermal stability. Strict warpage control for glass‑filled material, precise mounting hole positioning ensures reliable fit under heavy‑load outdoor operating conditions.
Process: Insert injection molding
Post-process: Heat staking
Industry: Outdoor Power Equipment
Material: PA6-GF30
Tolerance: ±0.05mm
Chainsaw main housing for outdoor power‑equipment, molded from PA6‑GF30 glass‑fiber reinforced nylon. Complex geometry with reinforcing ribs, bearing seats and multiple mounting bosses. Strict warpage control for filled polymer, tight positional tolerance for bearing bores ensures smooth movement and durability under high‑vibration working conditions.
Process: Injection molding
Post-process: Degating, Pad printing
Industry: Garden Power Equipment
Material: PP-T20
Tolerance: ±0.05mm
Robust outer control cover for handheld garden power tools. Designed to withstand continuous vibration, temperature fluctuation and harsh outdoor working conditions. Critical snap‑fit features guarantee reliable assembly onto main unit in high‑volume mass production.
Process: Overmolding injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PP-T20, TPE
Tolerance: ±0.05mm
Structural substrate in PP‑T20 (20% glass‑filled polypropylene), overmolded with TPE for wear resistance and shock absorption. Radial rib reinforcement improves stiffness. Tight concentricity on central bore prevents wobble under rotary load for long‑life outdoor operation.
Process: Injection molding
Post-process: Silk screen Printing
Industry: Outdoor Power Equipment
Material: PP-T20
Tolerance: ±0.05mm
Multi‑component plastic housing assembly for outdoor power equipment, molded from PP‑T20 talc‑filled polypropylene for enhanced rigidity and low‑warp performance. Strict dimensional control ensures consistent fitting gap between different plastic parts, durable for outdoor working conditions.
Process: Two-shot injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PA66-GF30, TPE
Tolerance: ±0.05mm
This two‑shot molded part for outdoor power equipment combines rigid plastic and soft elastomer in a single molding cycle to avoid extra assembly. High mold precision guarantees firm bonding without gaps or delamination. It resists vibration and temperature variation for reliable long‑term outdoor field use.
Process: Injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PA6-GF30
Tolerance: ±0.05mm
Rigid structural protective frame molded from PA6‑GF30 glass‑filled nylon. Optimized rib‑reinforced structure delivers high mechanical strength and impact resistance. Stable dimensional performance supports heavy‑duty use for outdoor power tools.
Process: Injection molding
Post-process: Heat staking
Industry: Outdoor Power Equipment
Material: PA6-GF30
Tolerance: ±0.05mm
Robust housing cover for outdoor power tools. Molded from PA6‑GF30 for high mechanical strength and thermal resistance. Complex grille structure and multiple mounting bosses, assembled by hot riveting to withstand harsh outdoor working conditions.
Process: Injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PA66-GF30, POM
Tolerance: ±0.05mm
Multi‑component throttle control assembly for handheld outdoor power tools. Features complex hinged moving structure with snap‑fit connections. Strict gap control ensures smooth trigger movement, wear resistance and reliable operation under heavy‑duty outdoor conditions.
Process: Injection molding
Post-process: Pad printing
Industry: Outdoor Power Equipment
Material: PA6-GF35
Tolerance: ±0.05mm
Integrated long‑cantilever handle housing for handheld power tools. Designed with ventilation grille cut‑outs and pad‑printed logos. Strict warpage control for long thin‑wall structure, delivers sufficient rigidity to withstand vibration and rough outdoor operation.
Process: Injection molding
Post-process: Silk screen printing
Industry: Outdoor Power Equipment
Material: ABS
Tolerance: ±0.05mm
Extra‑long thin‑wall outer cosmetic cover for handheld outdoor power tools. High‑gloss as‑molded surface with multiple snap‑fit mounting bosses. Strict straightness and warpage control to avoid bending defects, zero flow‑mark requirement for visible class‑A exterior surface.
Process: Injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: TPE
Tolerance: ±0.1mm
Soft‑touch TPE grip for handheld outdoor power equipment. Engineered for anti‑slip comfortable handling. Excellent oil‑resistance, weather‑resistance and anti‑aging performance to sustain long‑time heavy‑duty outdoor working conditions.
Process: Injection molding
Post-process: Degating
Industry: Outdoor Power Equipment
Material: PA66
Tolerance: ±0.1mm
Ripple‑textured PA66 protective cover for outdoor power equipment engine. Precise gate‑trimming operation ensures clean surface without residual gate marks. Good heat‑resistance and mechanical strength, capable of enduring continuous vibration and high‑temperature working environment.
Process: Injection molding
Post-process: Degating, Silk screen printing
Industry: Outdoor Power Equipment
Material: PP-T20
Tolerance: ±0.05mm
Multi‑part housing assembly for outdoor power equipment. Features complex geometry, special cut‑outs and flip‑open access structure. Screen‑printed surface markings after gate trimming. Tight‑fit snap‑fit joints ensure reliable assembly. PP‑T20 material delivers good stiffness and impact resistance for harsh outdoor working conditions.
Process: Injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PA6-GF30
Tolerance: ±0.05mm
Long curved operating lever cover for outdoor power equipment. Designed with a long slot for mechanism movement and cut‑out for component fitting. PA6‑GF30 delivers high rigidity and impact resistance, performing stably under repeated mechanical motion and heavy‑duty outdoor operating conditions.
Process: Nitrogen‑assisted injection molding
Post-process: None
Industry: Outdoor Power Equipment
Material: PP
Tolerance: ±0.05mm
Large ergonomic carrying handle manufactured by nitrogen‑assist injection molding. Non‑slip textured dot pattern on grip surface for secure holding. Hollow structure reduces weight while maintaining sufficient structural strength. PP material delivers good toughness to withstand frequent handling and rough outdoor operating conditions.
Process: Injection molding
Post-process: Spraying
Industry: Consumer Electronics
Material: PC+ABS blend
Tolerance: ±0.05mm
Cosmetic‑critical gaming console side panel with complex curved surfaces, precision cut‑outs and integrated mounting bosses. Mold optimization eliminates weld‑lines and sink marks to meet strict cosmetic requirements for premium consumer electronics.
Process: Injection molding
Post-process: None
Industry: Consumer Electronics
Material: PA66-GF30
Tolerance: ±0.05mm
Adjustment tie‑rod for consumer hardware, molded from PA66‑GF30 (30% glass‑fiber reinforced Nylon 66). Integral fine thread, square adjusting boss and fork‑type slotted end. Strict dimension control for thread and slot, minimized warpage to ensure smooth adjustment and stable assembly for consumer‑grade applications.
Process: Injection molding
Post-process: None
Industry: Consumer Electronics
Material: PA66-GF30
Tolerance: ±0.05mm
Light‑weight hollow structural bracket for consumer hardware. Features precision cut‑outs, locating hole and molded‑in part number. PA66‑GF30 provides high mechanical strength and dimensional stability, supporting long‑term load‑bearing in end‑product assembly.
Process: Injection molding
Post-process: None
Industry: Industrial Equipment
Material: POM
Tolerance: ±0.05mm
Modular conveyor chain link for material handling systems. Interlocking tooth profile demands tight dimensional accuracy for smooth articulation. Excellent wear‑resistance keeps stable performance under continuous cyclic operation.
Process: Injection molding
Post-process: None
Industry: Industrial Equipment
Material: PA66
Tolerance: ±0.02mm
Electrical connector plastic housing for industrial equipment. Made of heat‑resistant reinforced polyamide. Precisely‑controlled cavities and locking features maintain stable insertion‑withdrawal force, secure electrical connection under continuous mechanical vibration and temperature fluctuation of industrial operating environment.
Process: Injection molding
Post-process: None
Industry: Industrial Equipment
Material: LCP
Tolerance: ±0.02mm
Electrical connector housing for industrial equipment, molded from heat‑resistant reinforced engineering plastic. Features complex thin‑wall multi‑cavity structure with locking clips. Strict dimensional tolerance ensures smooth terminal mating and anti‑vibration locking stability for industrial wiring assemblies.
Process: Injection molding
Post-process: None
Industry: Industrial Equipment
Material: PBT
Tolerance: ±0.05mm
Precision‑molded PBT housing for electrical switch assemblies. Designed for internal contact‑spring installation. Precise cavity geometry ensures stable switch actuation. Outstanding insulation and heat resistance for industrial control applications.
Process: Injection molding
Post-process: None
Industry: Industrial Equipment
Material: LCP
Tolerance: ±0.05mm
Precision‑molded connector housing for industrial equipment, manufactured from high‑performance LCP. Excellent thermal resistance and ultra‑stable dimensional performance. Strict tolerance control delivers reliable latching and smooth terminal assembly for industrial wiring systems.