Injection molded parts of our custom plastic injection molding deliver excellent dimensional precision and tolerances as fine as ±0.005 inches, thanks to precisely machined steel molds and automated processes.
Intricate part geometries by our plastic molding services with thin walls, undercuts and complex curves can be molded as the plastic fills the mold cavity under pressure.
A wide range of plastic polymers from common grades like ABS and nylon to high-performance materials can be molded of our custom plastic injection moulding to meet mechanical, thermal and chemical needs.
Once molds are fabricated, injection molding enables mass production of hundreds, thousands or millions of identical plastic parts in a short timeframe.
Multiple surface finish options like gloss, matte, soft-touch and textured can be achieved straight from the molded part with no secondary processing.
Plastic injection molding offers various surface treatments like texturing, painting, metallizing, plating, polishing, laser etching, and more to enhance aesthetics, functionality, durability and performance of molded thermoplastic parts.
| Surface Treatment | Description | Applications |
| Painting | Adds color, protection, and aesthetics to the surface. | Consumer goods, electronics. |
| Texturing | Imparts texture for improved grip or aesthetic appeal. | Automotive, appliances. |
| Plating | Applies a thin metallic layer for enhanced appearance. | Decorative and functional parts. |
| Printing | Adds graphics, logos, or information on the surface. | Packaging, promotional items. |
| Laser Etching | Creates precise patterns or markings using lasers. | Electronics, medical devices. |
| Heat Staking | Embeds metal fasteners into plastic parts. | Assemblies, automotive. |
| Ultrasonic Welding | Bonds plastic parts using ultrasonic vibrations. | Automotive, medical devices. |
| Anodizing | Enhances surface hardness and durability. | Electronics, consumer goods. |
| Electroplating | Deposits metal layer for improved appearance and corrosion resistance. | Automotive, electronics. |
| EMI/RFI Shielding | Adds electromagnetic interference or radio frequency shielding. | Electronics, telecommunications. |
Interior and exterior components, such as dashboard parts and bumpers, enhance aesthetics and functionality.
Enclosures, connectors, and housings for devices, ensuring precision and protection
Packaging, toys, and household items, combining functionality with attractive design.
Solution: Plastic injection molding of ABS material with precise dimensions and smooth finish.
Outcome: Successful production of device enclosures meeting both functional and aesthetic requirements.
Solution: Injection molding of medical-grade plastics with tight tolerances and suitable surface finish.
Outcome: Production of medical devices meeting stringent regulatory standards and performance criteria.
Solution: Injection molding of PC/ABS blend with customized texturing for desired aesthetics and durability.
Outcome: Successful manufacturing of automotive interior components meeting safety and design specifications.
Plastic injection molding is a manufacturing process for producing plastic parts in high volumes. Granulated polymer is melted and injected under pressure into a mold, where it cools and hardens into the final part shape.
Injection molding enables high production output, part consistency, complex geometries, tight tolerances, material versatility, and lower costs for large production runs compared to other manufacturing methods.
Injection molds are CNC machined from tool steel to high precision based on a CAD model. The two-plate mold is designed with cooling channels and precision-ground surfaces to repeatedly produce complex plastic parts.
Injection molded parts can routinely hold dimensional tolerances of ±0.005 inches and as tight as ±0.002 inches due to the consistency and repeatability of the automated injection molding process.
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