Injection Molding

18sets cnc machines, 25sets injection machines from 150T to 1200T, all step done in House. ISOTS, DB Approved, 12Yrs Ali, 8yrs made in china supplier Factory

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Mold Design ServiceInjection Molding Plastics

Why engineers use nuoue for injection molding

Instant quoting and DfM feedback

Instant quoting & DfM feedback

Build and edit your quote online. Review your parts for manufacturability and assess the cost of different materials, processes and lead times for your project in real time.

Readily available capacity

Readily available capacity

Our factory has comprehensive equipment capabilities to support immediate production.

Quality and reliability

Quality & reliability

Dedicated Nuoue team to ensure your parts consistently meet your quality expectations. We also offer phone, email and chat support for any concerns or questions you may have.

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We quickly quote based on the models and parts you emailed.

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Our injection molding capabilities

Our network of Manufacturing Partners gives you easy access to diverse capabilities to serve all your manufacturing needs.

Name Description
Rapid tooling Molds with aluminum inserts with a life time of up to 20,000 runs. Machined in typically 2-3 weeks.
Production tooling Traditional hard molds, machined in typically 4-5 weeks.
Single cavity molds Molds containing only one cavity, producing one unit per run.
Molds with side-action cores Cores slide out of the part from the side before it is ejected from the mold. This allows for undercuts to be molded.
Multi-cavity molds Multiple identical cavities are machined into the mold tool. This allows for more parts to be produced per shot, minimizing the unit costs.
Family Molds Several parts are designed into the same mold tool. This allows for the minimization of tooling costs.
Insert molding Inserts are placed into the mold and molding occurs around them. This allows for inserts such as helicoils to be molded in your design.
Overmolding Premade parts are placed into the mold to mold over them. This allows for multi-material injection molding.

Our injection molding service

Our injection molding service allows you to seeminglessly move from prototyping to end-part production.

Name Description
Minimum order quantity 100 runs
Mold material Tool Steel P20, Carbon Steel S50C, Aluminum
Mold types Rapid tooling, production tooling
Mold storage Minimum 2 years
Mold lead time 2-3 weeks (Rapid tool), 4-5 weeks (Production tool)
Quality assurance Inspection reports included, full dimensional report and material certifications available upon request.
Design verification program Similar to First Article Inspection, you will receive 2 sets of parts upon the machining of the mold to test fit before continuing with full production.
Mold remachining We can remachine the molds should any changes be required, changes to be reviewed on a case by case basis.
Reorders Unit price is based on the quantity required for the reorder with an additional set up fee of $150/€100.
Additional technical support Dedicated Nuoue Mechanical Engineer for technical support.

Our injection molding equipment list

Equipment Name Model Clamping Force Quantity
Injection Machine TOYO 100vcs 100T 6
Injection Machine TOYO 130vcs 130T 15
Injection Machine Yizumi un100sm 100T 5
Injection Machine Yizumi un120sm 120T 10
Injection Machine Yizumi un160sm 160T 12
Injection Machine Yizumi un260sm 260T 1
Injection Machine Yizumi un400sm 400T 1
BI injection Machine BORCHE BM 150T-022ML 150T 1
Screen Printer/Pad Printer  /  /  8
Dispensing Machine  /  / 2

Available materials for plastic injection molding

All thermoplastics can be injection molded. Some thermosets and liquid silicones are also compatible with the injection molding process.


Common thermoplastic with high impact resistance, low-cost & low density. Vulnerable to solvents.

Injection molding plastic materials ABS

Nylon (PA 6)

Engineering thermoplastic with excellent mechanical properties and high chemical & abrasion resistance. Susceptible to moisture.

Injection molding plastic materials Nylon PA 6


Blend of two thermoplastics resulting in high impact strength, excellent thermal stability, and high stiffness. Vulnerable to solvents.

Injection molding plastic materials PC ABS

Polyurethane (PU)

Thermoplastic with high impact strength and good mechanical properties & hardness. Suitable for molding parts with thick walls.

Injection molding plastic materials Polyurethane PU

Acrylic (PMMA)

UV resistant plastic with good abrasion resistance, stiffness and hardness.

Injection molding plastic materials Acrylic PMMA

Polypropylene (PP)

The most common Injection molding plastic. Excellent chemical resistance. Food-safe grades available. Not suitable for mechanical applications.

Injection molding plastic materials Polypropylene PP

Polyethylene (PE)

Lightweight thermoplastic with good impact strength & weather resistance. Suitable for outdoor applications.

Injection molding plastic materials Polyethylene PE

High density polyethylene (HDPE)

Excellent strength-to-weight ratio, impact and weather resistant.

Injection molding plastic materials High density polyethylene HDPE

Polystyrene (PS)

The Injection molding plastic with the lowest cost. Food-safe grades available. Not suitable for mechanical applications.

Injection molding plastic materials Polystyrene PS

Polycarbonate (PC)

The plastic with the highest impact strength. High thermal resistance, weather resistance & toughness. Can be colored or transparent.

Injection molding plastic materials Polycarbonate PC

Polyvinyl chloride (PVC)

Light weight plastic with good mechanical strength and abrasion resistance. Generally used in building and construction applications.

Injection molding plastic materials Polyvinyl chloride PVC


High-performance engineering thermoplastic with excellent strength and thermal & chemical resistance. Used to replace metal parts.

Injection molding plastic materials PEEK

POM (Acetal/Delrin)

Engineering thermoplastic with high strength, stiffness & moisture resistance and self-lubricating properties. Relatively prone to warping.

Injection molding plastic materials POM Acetal Delrin

Additives and fibers

nuoue offers additives and reinforcements as options for your plastics parts.

Name Description
UV absorbers Absorb UV radiation, slowing down the degradation of the material when used outdoors.
Flame retardants Prevent ignition and inhibits spread of fire.
Plasticizers Increase flexibility and promotes plasticity, reducing brittleness of the material.
Colorants Used to color plastics.
Carbon fibers Increase strength, toughness, and rigidity of the material at the expense of making the material more brittle.
Glass fibers Increase strength, toughness, and rigidity of the material at the expense of making the material more brittle. It is more flexible than carbon fibers.

Available surface finishes for injection molding

Injection molded parts are not usually post-processed, but the mold itself can be finished to affect the surface finish of the molded part.

This way aesthetic needs or technical requirements can be achieved.

Name SPI Standard Description
Injection molding surface finishes Glossy Glossy A-1, A-2, A-3 The mold is smoothed and then polished with a diamond buff, resulting in parts with a mirror-like finish.
Injection molding surface finishes Semi-gloss Semi-gloss B-1, B-2, B-3 The mold is smoothed with fine grit sandpaper, resulting in parts with a fine surface finish.
Injection molding surface finishes Matte Matte C-1, C-2, C-3 The mold is smoothed using fine stone powder, removing all machining marks.
Injection molding surface finishes Textured finish Textured finish D-1, D-2, D-3 The mold is first smoothed with fine stone powder and then sandblasted, resulting in a textured surface.
Injection molding surface finishes As-machined finish As-machined finish   The mold is finished to the machinist's discretion. Tool marks may be visible.

For a detailed description of the SPI standards and their compatibility with each material take a look here.

Injection molding design guidelines

The table below summarizes the recommended and technically feasible values for the most common features encountered in injection molding.

Learn more in our Engineering Guide to Injection molding.

Feature Recommended Description
Injection molding design guidelines Wall thickness Wall thickness Thickness: 1 mm and 3 mm To avoid warping and sinking, parts should be designed with the smallest possible and constant wall thickness.
Injection molding design guidelines Smooth transitions Smooth transitions 3 × wall thickness difference If wall thickness cannot be avoided, use a chamfer or fillet to make the transition as smooth as possible.
Injection molding design guidelines Rounded edges Rounded edges Internal edges: > 0.5 × wall thickness External edges: internal fillet + wall thickness Add a fillet with a radius that is as large as possible to all internal and external edges.
Injection molding design guidelines Draft angle Draft angle For parts taller than 50 mm: increase the draft by 1° for every 25 mm For parts with a textured finish: increase the draft by an extra 1°-2° Add a draft to all vertical walls to make the ejection of the part easier and avoid drag marks.

Design verification program for injection molding

Nuoue offers the Design Verification Program (DVP) for all injection molding orders.
Similar to First Article Inspection, our Design Verification Program allows you to receive two sets of parts for inspection and test fit before continuing with the full production run.

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