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Injection Molding

From micro-precision components to large electronic enclosures, ARTISAN upholds its promise: Master details, deliver reliably. We provide end-to-end custom injection molding for consumer electronics, industrial, automotive and medical sectors—turning your designs into high-quality mass-produced products, no compromises.

Addressing core industry pain points (ultra-precision tolerances, structural stability), our equipment spans micro-injection to extra-large tonnage machines. We craft ±0.02mm tolerance parts (e.g., sensor housings, medical components) and 1.5m+ enclosures (e.g., server chassis), leveraging two-shot, gas-assisted injection and multi-cavity hot runners for complex geometries and custom textures.

Trusted by 100+ global high-end electronic clients, our solutions power new energy vehicle electronics, smart medical devices and industrial control systems. Choose ARTISAN as your "high-quality, efficient, adaptive" partner—technical expertise meets tailored service. Contact us today for exclusive engineering consultations, detailed quotes and customized optimized process plans!

Custom Excellence, On-Time & Cost-Effective.

Our Guarantee

ARTISAN specializes in "the right parts" for electronics, medical devices, and automotive industries—micro-precision injection-molded components with tight dimensions and smooth finishes. We don’t just hit blueprint tolerances; we ensure seamless integration into your products. Every piece meets industry-specific quality standards—that’s non-negotiable for us.

Many clients come to us with just a concept or prototype. That’s where we add value: we collaborate on every detail—material picks, structural tweaks—to turn ideas into usable parts. Functionality is paramount, and we even anticipate unspoken needs like long-term stability.

Production precision guarantees quality. We monitor real-time temperature and pressure during molding, zeroing in on even tiny fluctuations. Post-production, every part gets thorough checks—dimensional re-verification, surface scans. The goal? Consistent batches, so you can focus on your core product, not component stability.

Materials matter—we source only from trusted suppliers (GE, CHIMEI, Bayer, BASF). Our range covers common resins (PP, ABS, PC) and high-performance plastics (PA, POM, PPS+40%GF, PEEK, LCP), all with full traceability. RoHS, REACH, FDA compliance is standard, and our team handles special needs like flame retardancy or UV resistance.

For ARTISAN, injection molding is about solving your problems. Precision is our base, reliability our promise, and flexibility our edge. Whether small-batch custom work or large-scale production, we deliver tailored solutions to boost your product performance and speed up timelines.

Common materials and applications

Material Name	Core Properties	Typical Applications
Rigid Polyvinyl Chloride (uPVC)	High rigidity, excellent resistance to acids/alkalis/corrosion, low cost, good weather resistance and electrical insulation.	Construction: Drainage pipes, door/window profiles, decorative panels. Industry: Chemical transport pipes, storage tanks. Household: Washing machine inner drum parts, bathroom accessories.
PPS + 40% Glass Fiber (PPS+40GF)	High strength, high rigidity, heat resistance (long-term service temp. ~200℃), chemical resistance, excellent dimensional stability after glass fiber reinforcement.	Automotive: Engine peripheral components. Electronics: High-temperature resistant structural parts (e.g., connectors, relay housings).
PPS + 70% Glass Fiber (PPS+70GF)	Higher strength and rigidity than PPS+40GF, better heat resistance and creep resistance. Slightly increased processing difficulty, slightly reduced toughness.	Heavy-duty industrial machinery parts, lightweight high-strength components in aerospace, heat-dissipating structural parts for high-power electronic devices.
CPS Resin	Good impact resistance and weather resistance, excellent melt flowability, easy to color, balanced rigidity and toughness.	Household appliance housings (e.g., vacuum cleaners, rice cookers). Automotive: Interior trim (e.g., instrument panel decorative panels). Daily use: Toys, storage boxes.
PMMA+ABS Alloy	Combines high transparency of PMMA and impact resistance of ABS, high surface gloss, better scratch resistance than pure PMMA.	Electronic device housings (e.g., transparent phone cases, speaker grilles). Automotive: Lamp covers. Household appliances: Transparent panels (e.g., microwave oven viewports).
Polycarbonate (PC)	Heat resistance (long-term service temp. 120-130℃), extremely high impact resistance ("bulletproof plastic" colloquially), good light transmittance.	Safety helmets, baby bottles, automotive sunroof glass, impact-resistant housings for electronics (e.g., laptop casings).
General Purpose Polystyrene (GPPS)	High transparency, low cost, easy processing. Brittle, poor impact resistance, low heat resistance.	Transparent packaging (e.g., food containers, cosmetic bottles), toys, disposable tableware, electronic component trays.
Polybutylene Terephthalate (PBT)	Excellent electrical insulation, chemical resistance, heat resistance (long-term service temp. 120-150℃), fast molding cycle.	Electronic connectors, relay housings, automotive wire harness fixtures, household appliance motor components.
Pure ABS Resin	Balanced toughness and processability, easy to electroplate, good impact resistance. Average weather resistance and heat resistance.	Household appliance housings (e.g., TV, refrigerator door panels). Automotive: Interior parts (e.g., steering wheels, center consoles). Toys (e.g., LEGO bricks).
PC+ABS Alloy	Combines PC's impact resistance/heat resistance and ABS's processability/low cost. Overall performance superior to single materials.	Automotive exterior parts (e.g., bumpers, rearview mirror housings), laptop casings, structural parts for large household appliances.
Polyoxymethylene (POM)	Low friction coefficient, wear resistance, good rigidity, creep resistance, resistance to organic solvents. Average heat resistance.	Gears, bearings, zipper sliders, faucet valve cores, automotive windshield wiper transmission components.
Pure Polymethyl Methacrylate (PMMA, Acrylic)	Excellent transparency (close to glass), high surface gloss, easy to dye. Poor impact resistance.	Advertising light boxes, acrylic fish tanks, eyeglass lenses, phone screen protectors, decorative transparent parts.
Polyamide (PA, Nylon)	High strength, high toughness, heat resistance (long-term service temp. 80-150℃), fatigue resistance. High hygroscopicity.	Automotive engine parts (e.g., oil pipes, bearing retainers), electrical insulation parts, textile machinery components, zippers.
Polyethylene (PE)	Chemical resistance, good flexibility, non-toxic, low-temperature resistance. Low strength and rigidity.	Food packaging films/bags, plastic buckets, pipes (gas/water supply), toys, agricultural mulch films.

Our Advantages

General & Engineering Plastic Injection Molding: Proficient in molding processes for all types of resins. We precisely adjust parameters (e.g., melting temperature, injection speed, cooling time) based on material properties to ensure optimal part performance.

Two-Shot & Over-Molding: Two-shot molding integrates two materials (e.g., rigid PC/soft TPE) or colors in a single cycle, reducing assembly steps and enhancing durability. Over-molding coats a pre-formed substrate (metal insert/plastic core) with a second material to improve grip, sealing, or electrical insulation.

Gas-Assisted Injection Molding: Injects nitrogen during molding to form hollow structures inside parts. This reduces material usage by 10%-30%, minimizes warpage, and is suitable for manufacturing large thin-walled parts (e.g., automotive door handles, furniture frames).

Hot Runner Application for Multi-Cavity Molds: Experienced in applying full/semi-hot runner systems—full hot runner for high-volume production (stable melt flow, minimal waste), semi-hot runner for medium-volume production (cost-effective). We efficiently produce 4-64 cavity small-to-medium parts (e.g., connectors, fasteners) with consistent quality across all cavities.

Operating Procedures:

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