Injection Molding Service
in China
Fast, cost-efficient injection molding services in China, from prototyping to full-scale production, trusted by over 200 companies worldwide. Share your design for a free quote!
- T1 samples in as fast as 2 weeks
- ISO 9001:2015 & IATF 16949:2016 certified
- 100+ plastic & rubber material options
- No MOQ
Start An Injection Molding Quote
Supports: STEP | STP | STL | IGS | IGES | PRT | SLDPRT | SAT | X_T
- All information is secure and confidential.
Our Injection Molding Services
Plastic Injection Molding
High-precision plastic molding for parts of all sizes, supporting prototypes to mass production with consistent quality & tight tolerances.
Rubber Injection Molding
Durable rubber molding solutions designed for components requiring flexibility, heat resistance, and long-term performance.
Insert Molding
Combines metal or pre-formed inserts with plastic in a single molding cycle to create stronger, more reliable, and cost-efficient assemblies.
Overmolding
Adds a secondary material layer over a base component to improve grip, insulation, comfort, or protective performance.
Micro Injection Molding
Ultra-precision molding for miniature components with complex geometries, ideal for electronics, medical devices, and high-tolerance applications.
Multi-cavity Molding
Multiple cavities running simultaneously to deliver high-volume production with lower per-unit cost and consistent repeatability.
Two-shot/Multi-shot molding
Two or more materials molded in one process to create integrated, multi-color, or multi-material parts without secondary operations.
Why Choose Livepoint
Partner with Livepoint, a leading injection molding supplier in China, for fast turnaround, transparent communication, and consistently dependable quality throughout your product journey.
- One-Stop Convenience
From custom mold tooling to full-scale part production, we streamline your entire manufacturing workflow.
- Expert Guidance
We provide DFM insights, material selection support, and process optimization to improve part performance and reduce production risks.
- Strict Quality Control
Comprehensive quality checks, including in-process inspections, CMM measurement, and final functional testing, ensure consistent and dependable quality.
100K+
Parts/ Month
30+
Injection Machines
100-800 Ton
Press Range
Customer Success Cases
Discover how global brands achieve success through our end-to-end manufacturing expertise.
The World's First UHV Hybrid Insulator
Livepoint partnered with top Chinese universities to transform a UHV hybrid insulator from research concept to industrial-scale production. Through proprietary molds, specialized injection equipment, and innovative processes, the project achieved unprecedented quality, reliability, and mass-production efficiency in high-voltage insulation.
70 years
life expectancy
>95%
mass-production yield
15.81 kN/m
tear strength
High-Precision Pipes for National Projects
Livepoint partnered with Poland’s leading distributor to deliver large-scale, high-precision plastic pipe systems for government water infrastructure. Through patented core-pulling and arc mold technologies, we ensured efficient production, flawless demolding, and durable, leak-proof pipes for municipal and industrial applications.
±0.15 mm
dimensional tolerance
>300,000
units produced
30%
faster cycle time
How to Work with Livepoint
Upload Your File
Share your design files (CAD, STEP, IGES) and project requirements.
Get Quote & DFM
Receive a customized quotation along with a detailed DFM report.
Confirm T1 Sample
Approve T1 molded samples for dimensions, fit, and performance.
Production Starts
Move your project into full-scale manufacturing after approval.
Parts Delivered
Your parts are inspected, packaged, and shipped on time.
Injection Molding Materials
We offer a wide selection of engineering plastics and rubber materials to match your part’s performance, durability, and cost goals. Contact us for more material options.
ABS
A widely used engineering plastic offering strong impact resistance, good toughness, and stable dimensional performance. Ideal for enclosures, structural housings, consumer products, and functional prototypes.
- Color:
- Price:
- Lead Time:
Natural, black, white, custom
$$
About 5 business days
PA
A strong, abrasion-resistant material offering great mechanical toughness and thermal stability, commonly used in industrial components, automotive parts, and structural applications.
- Color:
- Price:
- Lead Time:
Natural, black, custom
$$
About 5 business days
PBT
A reliable engineering resin with excellent electrical insulation, heat resistance, and dimensional accuracy. Ideal for automotive housings, connectors, and high-precision molded components.
- Color:
- Price:
- Lead Time:
Natural, black, custom
$$
About 5 business days
PC
A high-performance resin known for exceptional impact strength, heat resistance, and optical clarity, commonly used for protective covers, lighting components, and mechanically demanding parts.
- Color:
- Price:
- Lead Time:
Transparent, black, custom
$$
About 5 business days
PE
Lightweight and chemically resistant, suitable for functional components, containers, and flexible parts requiring low moisture absorption and good impact strength.
- Color:
- Price:
- Lead Time:
Natural, black, custom
$$
About 5 business days
PMMA
Features excellent transparency, surface hardness, and weather resistance, making it suitable for lens components, display panels, and parts requiring long-term optical stability.
- Color:
- Price:
- Lead Time:
Transparent, translucent, custom
$
About 5 business days
POM
Provides high stiffness, low friction, and excellent dimensional stability—ideal for gears, sliders, precision mechanisms, and components requiring smooth, wear-resistant movement.
- Color:
- Price:
- Lead Time:
Black, white, custom
$$
About 5 business days
PP
Offers outstanding chemical stability, fatigue resistance, and flexibility, making it ideal for consumer goods, living hinges, medical components, and lightweight structural parts.
- Color:
- Price:
- Lead Time:
Natural, black, custom
$
About 5 business days
Silicone
- Color:
- Price:
- Lead Time:
$$
About 5 business days
Injection Molding Surface Finishes
Enhance the appearance, texture, and functionality of your injection-molded parts with a wide range of finishing options.
As Molded
Description
Parts come directly from the mold without additional processing, showing the natural texture and gloss level defined by the tool steel and machining quality. Ideal for functional prototypes and cost-sensitive applications.
Advantages
- Most cost-effective finish
- Fastest lead time
- Consistent surface defined by mold quality
SPI Finished
Description
A standardized mold polish system (A1–D3) that defines different gloss levels, from optical-grade high polish to controlled matte textures—ensuring predictable appearance and mold consistency.
Advantages
- Industry-standard classifications
- Reliable surface repeatability
- Supports glossy, semi-gloss, and matte finish needs
Polishing
Description
Mechanical polishing enhances smoothness and visual clarity while reducing surface defects, weld lines, and minor imperfections. Ideal for aesthetic products and parts requiring better transparency.
Advantages
- Higher surface shine
- Removes minor tool marks
- Improves part cleanliness
Silk Screening
Description
A printing technique that applies logos, icons, labels, and patterns onto molded parts using mesh-based ink transfer, suitable for branding and durable graphic applications.
Advantages
- Customizable colors and patterns
- Affordable for medium–high volumes
- Strong adhesion for most plastics
Pad Printing
Description
A flexible printing method using a silicone pad to transfer fine graphics onto complex shapes, enabling detailed logos, symbols, and text on small or curved parts.
Advantages
- High detail accuracy
- Suitable for uneven/curved surfaces
- Stable printing quality
Glossy
Description
A high-shine surface created through mold polishing or specific processing, offering a premium appearance commonly used for consumer electronics, panels, and display components.
Advantages
- Premium, high-end appearance
- Enhances color saturation
- Smooth and reflective surface
Matte
Description
A low-gloss, texture-controlled finish that reduces glare and fingerprints, creating a clean, modern look ideal for durable consumer products and industrial parts.
Advantages
- Hides fingerprints and scratches
- Minimal reflections
- Stable, uniform appearance
Painting
Description
A post-molding coating process that applies durable color, texture, or protective layers to enhance appearance and surface strength for cosmetic or branding requirements.
Advantages
- Unlimited color options
- Improves wear and scratch resistance
- Adds texture or gloss variations
Etching
Description
Chemical or laser-powered etching creates micro-textures directly on the mold surface, producing patterns, grains, or tactile effects that replicate leather, matte patterns, or functional textures.
Advantages
- Deep, durable texture
- Large variety of texture patterns
- Hides flow lines and imperfections
Laser Engraving
Description
A precise marking process using focused laser beams to engrave permanent logos, serial numbers, QR codes, or patterns onto molded components without affecting structural integrity.
Advantages
- Permanent, wear-resistant marking
- Extremely high accuracy
- No inks or chemicals needed
Injection Molding Design Guidelines
Follow proven design principles to ensure manufacturability, reduce defects, and optimize cost, quality, and part performance in injection molding projects.
Features
Description
Wall Thickness
Maintain uniform wall thickness to prevent warping, sink marks, and uneven cooling. Typical range for common thermoplastics like ABS/PC is 1–3 mm, though this varies based on part size and material properties. Optimized thickness improves structural integrity and reduces material waste.
Draft Angle
Apply adequate draft angles (typically ≥1–2°) on vertical faces to ease part ejection and extend mold lifespan. Deeper draws or textured surfaces may require greater draft angles.
Ribs & Bosses
Reinforce parts with ribs and bosses without increasing wall thickness. Proper rib-to-wall ratios (typically 0.4–0.6× wall thickness) reduce stress and distortion while maintaining lightweight structures.
Corners
Use rounded corners (radius ≥ 0.5× wall thickness) instead of sharp edges to reduce stress concentration, improve material flow, and minimize sink marks or cracking.
Undercuts
Minimize undercuts where possible, or implement side-actions/sliders for complex geometries. Reducing undercuts simplifies mold design, decreases cycle time, and maintains dimensional accuracy.
Tolerance
Set realistic tolerances based on material properties and process capabilities. Typical achievable tolerances for precision injection molding:
±0.05 mm for critical features
±0.1 mm for general features
Industries We Serve
Medical
Automotive
Consumer Electronics
Industrial Equipment
Aerospace
1th Floor, Building C, Hengshunyuan Industrial Park，No. 6, Louyi Road, Loucun Community, Xinhua Street, Guangming District, Shenzhen City, Guangdong Province, China
Injection Molding FAQs
Plastic pellets are melted, injected into a steel mold under high pressure, cooled, and then ejected as a solid part. The cycle repeats quickly, enabling fast, consistent, and cost-efficient mass production.
China offers competitive pricing, faster tooling lead times, mature supply chains, and extensive engineering expertise. Custom injection molding manufacturers like Livepoint combine high-precision tooling, automated production, and strict QC to ensure global-standard quality.
Costs depend on part complexity, mold design, materials, surface finish, and production volume. Simple molds may start at a few thousand dollars, while complex, multi-cavity tools cost more. Per-unit costs decrease significantly with higher volume.
Custom injection molding offers a powerful combination of high precision, material versatility, and cost efficiency for medium- to high-volume production. It can create complex geometries with consistent quality and supports a wide range of engineering plastics tailored to mechanical, thermal, or aesthetic requirements.
However, the process also comes with certain limitations. The upfront investment in mold fabrication can be substantial, and design changes after tooling is made may lead to additional cost and delays. Production is highly efficient once the mold is finalized, but it is less flexible for very low-volume or rapidly changing designs.
Despite these challenges, custom injection molding remains one of the most reliable and scalable manufacturing solutions for durable, repeatable plastic parts.
Yes. Once your mold is built, you can reorder at any time with no additional tooling cost, unless design changes are required or normal wear requires refurbishment.
No. Livepoint offers free mold storage for our customers. Your molds remain securely maintained and ready for repeat production whenever you need them.
