Injection Molding Service
Eco Industrial can help your rapid injection molding parts as fast as 10-14 days if you need quickly test out the market with low-volume injection molding parts. This ensures a smooth transition from real prototypes to production quality plastic parts. We has expertise working with a range of advanced injection molding processes including multi-shot molding, over-molding and complex mold design. From concept to prototype, to complete product. Eco Industrial offers a single-source global solution that supports any size company’s high-quality, on demand injection molding for prototypes and production parts.
1000+ Injection Molding Parts Delivered To Global Leading Companies
Injection Molding is a manufacturing process for producing parts in large volume. It is most typically used in mass-production processes where the same part is being created
thousands or even millions of times in succession.
Wide range of material, produce brand consistency and part reliability in high volume production
Injection molding produces low scrap rates
The principal advantage of injection molding is the ability to scale production en masse
The price per unit during injection molded manufacturing is extremely low
Advantages Of Low-Volume Plastic Injection Molding
This is a specialized service offering full production-quality parts, but in
volumes usually limited to 10,000 pcs or fewer, depending on the process
used. Our low-volume molding also called short runs, are monitored and
controlled, so you can be assured of all aspects of mold design and build,
This type of production is ideal for small and medium-sized businesses or
small batch manufacturing.
• Reduce cost with no minimum orders, less expensive tooling
• Provide rapid access to emerging markets
• Allow for faster design changes and more design flexibility
• Shorten production lead times
• Provides a bridge between initial prototypes and high-volume production
Rapid Injection Molding For Low & High Volume Manufacturing
Eco Industrial provides high quality plastic injection molding for low-high
volume production. We help rapid tooling, molding of 50-5,000+parts for
prototyping or small batch production; Bridge tooling and medium
volume injection molding of 5,000-500,000+parts; Production tooling and
high-volume injection molding up to 300,000+parts.
• Prototype Tool // As soon as 10 days
• Production Tool // As soon as 3 weeks
• 10K parts // 10 days
• Up to 25K parts //20 days
Cost-Effective Rapid Injection Molding
Rapid injection molding provides a better choice for those client needing low volume molded parts. It can not only manufacture hundreds of production-grade plastic parts for verification test close to the final product, but also provide on-demand production of end-use parts for low-volume manufacturing.
At Eco Industrial, we specialize in rapid molds of both aluminum and steel and low-volume plastic molding, and rush parts to you on schedule that supports your entire testing and pre-production schedule. We blend traditional injection mold tooling methods with rapid mold tooling to provide costeffective and rationalized advice from designs, materials, production processes, manufacturability, etc.
At the same time, when the design is stable or volumes are growing, we will move to conventional mold production for your benefit. Diversified solutions for custom plastic means you work with a single source for everything from prototype to production for delivery
Advantages Of High-Volume Plastic Injection Molding
Injection molding is one of the oldest high-volume manufacturing processes. This is a specialized service offering full production-quality parts in volumes of up to millions of pieces a month. High-volume plastic injection molding allows for high-tolerance precision, low scrap loss, and cost savings. This type of manufacturing is ideal for medium and large-sized businesses or mass production.
• Produces more parts at a faster pace
• Reduce unit costs and cycle time for the manufacturer
• Accurate and consistent, high-quality mass production of parts
• Production can often be automated with solid reliable machinery,even
during non-work hours
• Minimal post-production work
- Over molding;
- Insert Molding,
- Post pad printing or silkscreen printing
- Rapid prototype making,
- Rapid tooling & Low-volume production;
- Bridge tooling for functional testing or market testing
- Production tool & High-volume injection molding
- Have to invest injection molding tools,
- The part designs have to be careful, other will easily cause molding issues;
- The tool building lead time would be long, especially for production tools
What Materials Are Available For Injection Moulding?
We have experience molding ABS, PC/ABS, PC, PEEK, ULTEM, and Glass-filled Nylon. Additionally, we can apply textures and match your color specifications.
| ABS | ABS(FR) | ABS+30%GF | ABS+PC | ABS+PC(FR) |
| ASA | HIPS | PC | PC+10%GF | PMMA(Acryl1c) |
| PP | PP+10%GF | PP+20% Talc | POM(Acetal,Derl1n) | Nylon6 |
| Nylon66 | Nylon66+ 20%GF | Nylon66+30% | TPE(with difference hardness) | HDPE |
| LDPE | PPSU | PVC | TPU(with differnece hardness) | PBT |
Available Surface Finishes For Injection Molding
Many surface features must abide by the industry standa「ds of the Society of the Plastics Industry or SPI. These standards in the plastics industry identifies the cosmetic quality of plastics. The SPI standards specify 12 grades of mold finish in four different categories that range from smooth mirror-like finish to a rough dull surface.
Smooth And Glossy Finish
For the smoothest and glossiest finishes, SPI grades A 1, A2, and A3 are suggested. These grades involve the use of hardened tool steel molds with a buffed mold surface using fine diamond powder. The mirror luster gives a smooth and shiny finish that is almost mirror-like. Products like visors, plastic mirrors, and optical goods are made using these sorts of finishes.
| Finish | SPI Grade | Typical Surface Roughness Ra (μm) |
| Super High Glossy finish | A-1 | 0.012 to 0.025 |
| High Glossy finish | A-2 | 0.025 to 0.05 |
| Normal Glossy finish | A-3 | 0.05 to 0.10 |
Semi-Glossy Finish
One step below the SPI grades above a「e grades B1, B2, and B3 which deliver a semi-glossy finish using a hardened tool steel mold with some sheen on its surface. The mold surface is polished with emery cloth or ultra-fine grit sandpaper. The semi-glossy finish is a great way to hide machining, molding, and tooling marks.
| Finish | SPI Grade | Typical Surface Roughness Ra (μm) |
| Fine Semi-glossy finish | B-1 | 0.05 to 0.10 |
| Medium Semi-glossy finish | B-2 | 0.10 to 0.15 |
| Normal Semi-glossy finish | B-3 | 0.28 to 0.32 |
Matte Finish
Perhaps one of the most popular surface finishes is the matte finish. SPI classifies this finish type across grades C1, C2, and C3. The molds used for matte finish are polished using fine stone powders. Diecast parts, industrial parts, and consumer goods all use a matte finish. This finish not only gives agood aesthetic appearance, but also helps mask machining marks.
| Finish | SPI Grade | Typical Surface Roughness Ra (μm) |
| Fine Matte finish | C-1 | 0.35 to 040 |
| Medium Matte finish | C-2 | 0.45 to 0.55 |
| Normal Matte finish | C-3 | 0.63 to 0.70 |
Textured Finish
Lastly, we have the textured finish, classified as SPI grades D 1, D2, and D3. The mold used for the textured finish is first smoothened using fine stone powder and then dry blasted with aluminum oxide and sometimes glass bead. A textured finish gives a good grip quality on the surface, hides deformations and marks, and at times even helps mask fingerprint smudges.
| Finish | SPI Grade | Typical Surface Roughness Ra (μm) |
| Satin Textured finish | D-1 | 0.80 to 1.00 |
| Dull Textured finish | D-2 | 1.00 to 2.80 |
| Rough Textured finish | D-3 | 3.20 to 18.0 |
How to work with us for rapid injection molding?
Once we received your request for quote and engineering data, our process for injection molding is as follows:
- 1.We provide a quote typically within 48 hours
- 2. We receive your purchase order and then prepare a design for manufacturability (DFM) report for you approval. In that report will make suggestions to improve the part, We will also detail our strategy for the design of your mold including gating, ejector, pin placement, mold flow analysis and project milestones. The report is typically ready 1 week after purchase order receipt
- 3.Once you approved the DFM report, we begin building your mold and depending on part complexity take will take 3 to 8 weeks
- 4.When your mold is complete, we’ll send you the first test parts (T1 parts) for your feed back. In your quote and project plan, we’ll allow for iterations (T1, T2 and T3) so
- we can incorporate your feedback and fine adjustments. We will not apply a texture to the mold until you approve the geometry
- 5.We produce the quantity of parts you ordered and ship them to you with inspection reports and material certifications.
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T1 samples as fast as 10 days without minimun order require
