Plastic Parts Made Smarter -
Prototype to Production
From 1 to 1,000,000 pieces, our 3 manufacturing processes cover all your needs for medical, consumer electronics, and automotive precision plastic components.
30+ Injection Machines
5~1400 tons clamping force
Same-Day 3D Printing
Industrial SLS/FDM available
±0.05mm CNC Precision
Medical-grade PEEK/ULTEM machining
Plastic Products Showcase
Discover our diverse range of precision-engineered plastic components across industries
Self-Priming Pump Guide Rod
Industry: General Equipment
Material: ABS
Process: Injection Molding
DC Submersible Pump Connector
Industry: General Equipment
Material: ABS
Process: CNC Machining
Electronic Casing
Industry: Electronic Equipment
Material: PC
Process: 3D Printing
Bottom Suction Pump Nozzle
Industry: General Equipment
Material: PVC
Process: CNC Machining
Toy Accessory
Industry: Toy
Material: PP
Process: Injection Molding
Battery Protection Cover
Industry: Electronic Devices
Material: PP
Process: Injection Molding
Dryer Timer Component
Industry: Home Appliances
Material: PC
Process: Injection Molding
Surveillance Camera Base
Industry: Security
Material: ABS
Process: Injection Molding
Motor Frame
Industry: Electrical Machinery
Material: Nylon
Process: Injection Molding
Printer Casing
Industry: Office Automation Equipment
Material: ABS
Process: Injection Molding
Socket Shell
Industry: Electrical Equipment
Material: ABS
Process: Injection Molding
Medical Testing Instrument Casing
Industry: Medical Instruments
Material: ABS
Process: Injection Molding
Three Manufacturing Processes Compared
Find the perfect manufacturing solution for your plastic parts
Injection Molding
Key Advantages
- Ultra-low per-unit cost at scale
- Complex internal structures possible
- Consistent part quality
- High-volume production capacity
Case Study
PP Toothbrush Handles: Production capacity: 200,000 units/day. Significant per‑unit cost savings with high‑volume injection molding.
3D Printing
Key Advantages
- Zero tooling costs
- Extreme geometric freedom
- Rapid turnaround (same-day possible)
- Design iterations without penalty
Case Study
Drone housing prototype: Delivered within 24 hours. Enables pre‑tooling design validation and costly tool‑rework.
CNC Machining
Key Advantages
- No mold‑cost required
- Eliminate mold‑parting lines and burrs on functional surfaces
- Superior dimensional consistency for engineering plastics
- Flexible for low‑volume & prototype runs
Case Study
POM‑machined musical instrument parts: Free of mold‑parting lines and burrs. Consistent dimensions for intricate acoustic‑critical geometries.
Industry-Specific Solutions
Tailored manufacturing approaches for your industry's unique challenges
Medical Device Solutions
Industry Challenges
- Biocompatibility requirements
- Sterilization resistance
- Regulatory compliance
- Complex geometries with tight tolerances
Our Solutions
- Class 100,000 clean room production
- Medical‑grade plastic injection molding & secondary finishing
- Full material traceability and documentation
Success Metrics
Helped 12 medical and IVD manufacturers accelerate product clearance with our precision plastic components in 2021 alone.
Case Study: Rapid IVD Test Kit Developer
Client required high‑precision plastic cassettes for point‑of‑care testing, featuring microfluidic channels for controlled reagent flow and reliable instrument compatibility.
Challenge:
Tight micro‑channel tolerance; low‑particle cleanroom production to avoid test interference
Solution:
High‑precision clean‑room injection molding + automated optical inspection
Result:
99.8% instrument fitting pass rate, zero particle‑related customer complaints
Consumer Electronics Solutions
Industry Challenges
- Ultra‑thin wall strength requirements
- Premium aesthetic demands
- Rapid product lifecycle
- Complex assembly integration
Our Solutions
- 0.3mm thin‑wall injection molding
- In‑Mold Decoration (IMD) for premium finishes
- Rapid tooling for fast market entry
- Design for Assembly (DFA) optimization
Success Metrics
Reduced time‑to‑market for electronics clients through our rapid prototyping to production transition process.
Case Study: Premium Audio Brand
Client needed lightweight yet durable headphone components with premium soft‑touch finish and precise snap‑fit assembly.
Challenge:
Complex geometry with thin walls
Solution:
PC/ABS with soft‑touch coating
Result:
32% weight reduction
Automotive Solutions
Industry Challenges
- High temperature resistance requirements
- Vibration and impact durability
- PPAP/APQP compliance
- Long‑term reliability testing
Our Solutions
- Glass‑fiber reinforced Nylon 66 molding
- Ultrasonic welding
- Full PPAP documentation support
- In‑house environmental testing
Success Metrics
Zero field failures recorded over 3‑year service life for automotive sensor housing projects.
Case Study: Tier 1 Auto Supplier
Client needed high‑temperature resistant sensor housings for brake fluid reservoir with integrated sealing features.
Challenge:
50-100°Ccontinuous operation
Solution:
PBT+30%GF
Result:
Zero field failures in 3 years
Artificial Intelligence Solutions
Industry Challenges
- High‑grade flame‑retardant & anti‑static requirements
- Strict dimensional stability under continuous high‑temperature operation
- Global environmental compliance (RoHS, REACH)
- Complex geometries with tight tolerances for server housings & air duct components
Our Solutions
- ISO 9001 certified high‑precision production
- PC/ABS, GF‑reinforced plastic injection molding
- Full material traceability and documentation
- Validated flame‑retardant, thermal‑aging and compatibility testing
Success Metrics
Helped 8 AI infrastructure manufacturers qualify precision plastic housing & duct components for mass deployment in 2024 alone.
Case Study: AI Server OEM
Client needed high‑strength flame‑retardant plastic components for server housings and internal air ducts, requiring thermal stability and consistent surface quality.
Challenge:
±0.12 mm tolerance requirement for complex air‑duct structures; large housing dimensional stability under sustained high operating temperature
Solution:
GF‑reinforced polymer injection molding
Result:
100% first‑pass inspection, passed thermal cycling validation
Industrial Automation Solutions
Industry Challenges
- 24/7 continuous operation durability
- Chemical and lubricant resistance
- Static dissipative requirements
- Precision dimensional stability
Our Solutions
- Carbon‑fiber reinforced composites
- ESD‑safe material options
- Self‑lubricating compounds
- Wear‑resistant formulations
Success Metrics
Extended component service life by 72% while reducing maintenance frequency in high‑speed automation systems.
Case Study: Robotics Manufacturer
Client needed wear‑resistant components for high‑speed pick‑and‑place robots operating 24/7.
Challenge:
Continuous wear resistance
Solution:
CF‑PEEK composite
Result:
300% longer life
Sports Equipment Solutions
Industry Challenges
- Impact resistance requirements
- Weather and UV stability
- Ergonomic design integration
- Premium surface finish demands
Our Solutions
- Carbon fiber reinforced polymers
- UV‑stabilized compounds
- Soft‑touch overmolding
- Custom color matching
Success Metrics
Helped sports equipment manufacturers reduce product weight by 45% while increasing impact strength by 60%.
Case Study: Professional Cycling Equipment
Client needed lightweight, high‑strength components for professional racing bikes.
Challenge:
Strength‑to‑weight ratio
Solution:
Carbon‑PA composite
Result:
45% weight reduction
Our Equipment & Materials
State-of-the-art machinery and premium materials for exceptional results
Manufacturing Equipment
Injection Molding Machines
HAITIAN 250 Ton
Rotary‑platen multi‑color & multi‑material molding
BOLE 1300 Ton
Large‑component heavy‑duty molding
BORCHE 1100 Ton
1100 ton, automotive‑grade
TOSHIBA 230 Ton
All‑electric molding for low‑defect precision parts
3D Printing Systems
SLA | Formlabs Form 3L
Large‑format high‑precision prototype fabrication
MJF | HP MJF 5210
Uniform‑surface multi‑material mid‑volume production
EMJF | Farsoon FS321M
Cost‑efficient high‑throughput polymer serial manufacturing
SLM | Farsoon FS273M
High‑strength metal functional‑part additive manufacturing
CNC Machining Centers
MAKINO Makino-F5
Positioning accuracy: 0.005mm
Funac a-D14MiA
Positioning accuracy & repeatability: 0.006-0.002mm; <0.004mm
WELE RB-212
Positioning accuracy: ±0.005 (0.0002) full travel
QUASER MV184D
Positioning accuracy: 0.004mm
Material Library
Material Categories
Standard Plastics
Engineering Plastics
Specialty Plastics
Material‑to‑Process Selection Guide
| Plastic Material | Injection Molding | 3D Printing(MJF/SLS/SLA) | CNC Machining | Typical Application Notes |
|---|---|---|---|---|
| ABS | ✅ Recommended | 🟡 Limited(FDM only) | ✅ Recommended | Housings, enclosures, general‑purpose parts |
| PC Polycarbonate | ✅ Recommended | 🟡 Limited | ✅ Recommended | High‑impact, transparent structural components |
| POM (Delrin) | ✅ Recommended | ❌ Not ideal | ✅ Recommended | Gears, sliding wear‑resistant functional parts |
| PP Polypropylene | ✅ Recommended | ❌ Rare | 🟡 Limited | Flexible parts, containers, low‑cost mass‑production |
| Nylon / PA‑GF | ✅ Recommended | ✅ Recommended(MJF/SLS) | 🟡 Possible | Wear‑resistant, high‑strength structural parts |
| PEEK | 🟡 High‑cost tooling | ✅ Recommended(FDM/SLS) | ✅ Recommended | High‑temperature, medical‑grade high‑performance parts |
| ULTEM(PEI) | 🟡 High‑cost tooling | ✅ Recommended(FDM) | ✅ Recommended | Aerospace‑grade, high‑temperature resistant components |
| SLA Resin | ❌ N/A | ✅ Recommended(SLA) | ❌ N/A | High‑detail visual prototypes, cosmetic samples |
Design to Production Support
Comprehensive support throughout your product development journey
Design Optimization
- Free 48‑hour DFM manufacturability review
- Wall‑thickness analysis to avoid defects & warpage
- Draft‑angle tuning for smooth mold release
- Application‑driven material‑selection guidance
Prototype Validation
- 3D printing, CNC & vacuum casting options
- Functional‑testing support for performance validation
- High‑accuracy dimensional inspection & metrology
- Iterative part refinement based on test feedback
Mold Development
- Advanced mold‑flow defect‑prediction simulation, preventing molding defects upfront
- Minimized trial‑sample cycles, cutting mold‑trial time & sampling cost
- Strategic gate‑location optimization for better part surface quality
- High‑efficiency cooling‑system layout to speed‑up mass‑production cycle time
Mass Production
- IQC/OQC data tracking, delivering consistent incoming‑to‑outgoing quality assurance
- SPC process control, ensuring stable part‑to‑part dimensional consistency
- Lot traceability, enabling full batch record for risk investigation
- Just‑in‑time delivery options, supporting flexible inventory & lead‑time management
Cost Comparison Case Study
| Manufacturing Method | Initial Tooling Cost | Unit Cost (1-50 pcs) | Unit Cost (1,000 pcs) | Unit Cost (10,000 pcs) | Lead Time |
|---|---|---|---|---|---|
| 3D Printing (SLS) | $0 | $42.80 | $38.50 | $36.20 | 1-3 days |
| CNC Machining | $0 | $78.60 | $18.40 | $16.90 | 1-2 weeks |
| Injection Molding | $8,500 | $170.00* | $8.50 | $2.30 | 3-5 weeks |
* Includes amortized tooling cost. Highlighted cells indicate most cost-effective option at each volume range.
Ready to Transform Your Plastic Parts Production?
From prototype to production, we'll help you choose the right process, material, and approach for your unique requirements.
