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Injection Molding Services
Our rapid injection molding service enables us to produce custom, cost-effective plastic parts.
We also use prototype toolings to accelerate manufacturing cycles and reduce costs.
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1 to 1000+ parts.
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Ready within 3+ weeks.
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15+ production grades of plastic.
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Versatile manufacturing capabilities.
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Low rapid tooling cost.
Start your Injection Molding project
Upload your design files and get a professional online quote within 2 hours.
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Understand Injection Molding
What is rapid injection molding?
At Great Jump, our rapid injection molding service is ideal for prototyping and small series production—offering cost-effective solutions and lead times as fast as 2 to 4 weeks thanks to our quick tooling capabilities. This process uses the same high-pressure injection molding technology found in mass production, ensuring excellent part consistency, fine detail, and high dimensional accuracy.
Rapid injection molding is perfectly suited for the automotive, consumer electronics, medical, electrical, and industrial sectors, allowing the creation of complex, functional components with production-quality finishes.
What can we do
Additional quick turn injection molding services
Our rapid injection molding service supports a wide range of part sizes and complexities, making it ideal for producing functional prototypes,
housings, connectors, brackets, and other precision plastic components for testing, validation, and market launch.
Create high-performance molds with our injection tooling and advanced CNC machines for consistent quality and precision.
Achieve precise parts with tight tolerances using our advanced plastic injection molding service for consistent quality in high-volume production.
Overmolding combines materials for improved performance or aesthetics, offering features like better grip or protection.
Insert molding embeds metal or components into plastic, ideal for complex assemblies and reducing post-production integration of fasteners, bushings, or electronics.
Visit Equipment
Our Factory
Our CNC factory uses precision machines to carve and shape parts with high accuracy, ensuring top-quality results for your projects.
Injection molding materials
We offer a wide range of production-grade thermoplastic for prototyping and on-demand manufacturing of plastic parts.
Below is a non-exhaustive list of commonly used materials for plastic injection molding.
PA
Strong, durable, heat-resistant plastic used in gears, bearings, and parts needing impact and wear resistance.
PE
Chemically resistant, low-friction plastic used in packaging, piping, and insulation; available as HDPE and LDPE.
PEEK
High-strength, heat-resistant plastic for aerospace, automotive, and medical parts needing precision and chemical durability.
Polypropylene
Lightweight, chemical-resistant plastic ideal for electrical, automotive, and packaging uses; easy to mold and moisture-resistant.
HDPE
Strong, chemical-resistant plastic used in containers, pipes, and outdoor products; impact- and UV-resistant.
HIPS
Tough, low-cost plastic ideal for packaging and appliances; easy to mold with great dimensional stability.
LDPE
Flexible, lightweight plastic used in bags and liners; chemical-resistant, low-temp durable, and easy to process.
PBT
Strong, heat- and chemical-resistant plastic for automotive and electrical parts; stable, low moisture absorption.
PET
Strong, lightweight, recyclable plastic used in bottles, packaging, and textiles; offers clarity and chemical resistance.
PPS
High-performance plastic with top-tier heat and chemical resistance; ideal for automotive, electrical, and high-temp parts.
PS
Cost-effective, rigid plastic used in packaging and household items; easy to mold, with good clarity and low density.
PTFE (Teflon)
High-performance polymer with non-stick properties, chemical resistance, and low friction; ideal for industrial and aerospace use.
UPE
Tough, abrasion-resistant plastic with high impact strength; ideal for conveyor systems, bearings, and heavy-duty industrial uses.
Injection Molding Surface Finishes (SPI Finish)
Our injection molding finishes ensure your product has the right texture,
from high-gloss to matte or textured surfaces, enhancing both appearance and functionality.
| SPI Grade | Finish | Method | Surface Roughness Ra (µm) | Typical Application | |
|---|---|---|---|---|---|
| SPI A | A-1 | Mirror gloss | 6000 Grit diamond buff | ~0.012 - 0.025 | Optical parts, lenses, transparent components |
| A-2 | High gloss | 3000 Grit diamond buff | ~0.025 - 0.05 | Clear housings, consumer products | |
| A-3 | Normal gloss | 1200 Grit diamond buff | ~0.05 - 0.10 | General gloss finishes | |
| SPI B | B-1 | Fine semi-gloss | Grit paper #600 | ~0.05 - 0.10 | Smooth surface with slight texture |
| B-2 | Medium semi-gloss | Grit paper #400 | ~0.10 - 0.20 | Consumer electronics, automotive interiors | |
| B-3 | Normal semi-gloss | Grit paper #320 | ~0.20 - 0.28 | Medium smooth finishes | |
| SPI C | C-1 | Fine matte | Stone #600 | ~0.28 - 0.35 | Slightly textured surface |
| C-2 | Medium matte | Stone #400 | ~0.35 - 0.40 | Utility parts | |
| C-3 | Normal matte | Stone #320 | ~0.40 - 0.55 | Functional parts with low cosmetic demand | |
| SPI D | D-1 | Fine satin texture | Dry blast glass bead #11 | ~0.55 - 0.80 | Non-slip surfaces, tools, or industrial parts |
| D-2 | Medium texture | Dry blast oxide #240 | ~0.80 - 1.00 | Coarse textures | |
| D-3 | Normal texture | Dry blast oxide #24 | ~1.00 - 1.50 | Very coarse or anti-glare finishes |
Our Processing Parameters
Our well-equipped facilities are capable of handling challenging injection molding projects.
| Capability Category | Parameter / Feature | Description |
|---|---|---|
| Micro-Tolerance Molding | ±0.01 mm accuracy | Precision molding for critical components |
| Thin-Wall Specialization | Minimum wall thickness: 0.15 mm | Supports compact, lightweight part design |
| Multi-Cavity Tooling | Up to 128 cavities | Consistent output for high-volume parts |
| Material Expertise | Engineering plastics, optical & medical-grade resins | Suitable for demanding industries |
| Smart Manufacturing | IoT-enabled presses, Less than0.5% deviation, vision QC | Ensures real-time control & high yield |
Check out our cases
Injection Molding Parts Gallery
Explore our components for various industries and discover innovative designs and craftsmanship that might meet your manufacturing needs.
Injection Molding FAQ
FAQs and Solutions
We provides machining solutions for a variety of industries. Whether it’s durable consumer products, complex electronics, industrial machinery, or medical devices, we deliver reliable and precise components tailored to your needs.
If you have any questions about the task, please feel free to contact us.
Our experienced engineers will respond to you within 1-24 hours
Our MOQ starts as low as 1 piece, making it ideal for prototypes and small-batch production.
We work with a wide range of thermoplastics, including ABS, PC, Nylon, PP, POM, and custom materials based on your requirements.
Yes, we specialize in precision mold making using advanced CNC technology to ensure tight tolerances and high-quality results.
Lead times vary depending on project complexity, but we offer rapid prototyping with a lead time as short as 3 days.
Absolutely. Our services include polishing, anodizing, powder coating, painting, and custom surface treatments to enhance part aesthetics and functionality.
We perform comprehensive quality checks at every stage of the process, from mold testing to final inspection, ensuring defect-free parts.