We work with hundreds of different type of thermoplastic resins which a lot of them are readily available, off the shelf. We can also accept customer-supplied customized materials. Some of resins we work with:
Injection molding is a manufacturing process for producing large quantities of plastic parts. It is typically used when the same part is being created thousands or even millions of times in succession.
Need a thin wall hollow part? Blow molding is suitable for creating hollow parts efficiently and cost-effectively. We offer extrusion blow molding, injection blow molding, and stretch blow molding through our sister facility. Our project managers and engineers have the expertise to manage your blow molded part needs and will ensure your part is done just as it’s in our own facility.
Insert molding is a process in which plastic is injected into a mold that contains an pre-placed insert such as Shielding Sheet metal, Structural metal, Screws. Pre molded part etc.
The result of insert molding is a single molded plastic piece with an insert surrounded/over molded by the plastic.
No separate assembly process phase required thus it enables improved tolerance control & cost efficiency.
Injection Compression molding involves injecting plastic while the mold is slightly open, then applying clamp tonnage to complete the filling of the cavity. This technique helps to fill thin wall parts, lower residual stresses, lower molecular orientation and birefringence , less and more even shrinkage, and better dimensional tolerances.
Double-Shot Injection is the process of molding two different plastic materials into one part at one time. Where we can achieve multiple colors, Appearance, Function (Opaque & transparent) , Feeling (Hard& Soft) Double-Shot injection molding allows versatility and more cost effective
GIM is similar to Insert molding concept but tempered glass will be placed in the mold to integrate with plastic. This technology need special tooling & know how molding process Key advantages are Seamless glass windows with narrow dead band products.
IML is a high-quality and cost-effective technology where a printed, formed & trimmed label are placed into the injection mold. The molten plastic is injected and the label fuses to the component surface IML gives the ability to have multiple colors, graphic effects and/or textures when the part comes out the mold. It is a cost-effective alternative to pad printing, hot stamping, paint and laser etching.
The concept involves bringing the mold surface temperature close to the plastic glass transition temperature (Tg) just before injection. This technology enhances the visual quality of plastic part, High glossy surface, Reduced Weld line/Flow mark/gate mark, Better replica of sparked or etched mold surface. Thin wall molding.
a. SPI A-1 – 6000 grit diamond buff
b. SPI A-2 – 3000 grit diamond buff
c. SPI A-3 – 1200 grit diamond buff
a. SPI B-1 – 600 grit paper
b. SPI B-2 – 400 grit paper
c. SPI B-3 – 320 git paper
a. SPI C-1 – 600 grit stone
b. SPI C-2 – 400 grit stone
c. SPI C-3 – 320 grit stone
a. SPI D-1, 600 grit, dry blast glass bead #11
b. SPI D-2, 400 grit, dry blast #240 oxide
c. SPI D-3, 320 grit, dry blast #24 oxide
a. Mold-tech equivalent textures
a. Pantone color matching
b. RAL color matching
c. Physical sample color matching
Pad printing is an ideal way to transfer a 2D image to a 3D object. It’s also preferred to be used on unusual, uneven, objects or surfaces.
Also call screen printing, is a highly specialized process used to print on flat and flexible surfaces. It produces bold, bright, firm and metallic colors that make your designs stand out.
The most cost-effective option to treat a surface to your specification is to paint it. The painting of plastic parts created through injection molding requires knowledge of the chemistry and characteristics of various plastic materials, of the mold and all the variables involved in the plastic manufacturing process.
A widely used process of joining or reforming the thermoplastics through the use of heat generated from high-frequency mechanical motion. It is cost-effective and highly automated which also saves manpower and costs.
We can assemble your complex parts together to reduce in-house labor costs and deliver to your final assembler. Our facilities are ISO certified and we follow the most stringent quality management system to ensure your part are done correctly.
Whether you want to achieve a special shine on an entire side or just a section, our machines are capable of meeting your specifications.
Also call laser engraving. You can add specific letters, numbers, or even images or almost any thermoplastic materials.
International standard that specifies requirements for a quality management system (QMS). We use the standard to demonstrate the ability to consistently provide products and services that meet customer and regulatory requirements.
International standard that specifies requirements for an effective environmental management system (EMS). We use this framework to improve our environmental performance through more efficient use of resources and reduction of waste. We’re committed to do our part for our planet.
International standard that support medical device manufacturers in designing quality management systems that establish and maintain the effectiveness of the processes. It ensures the consistent design, development, production, installation, and delivery of medical devices that are safe for their intended purpose.
International Quality Management System (QMS) for the automotive industry. Developed by the International Automotive Task Force (IATF), emphasizes the development of a process oriented QMS that provide continual improvement, defect prevention and reduction of variation and waste in the supply chain.
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Phone: +1 (408) 321-8869
Address: 1070 Stewart Dr Suite #4, Sunnyvale, CA 94085, USA
Email: hello@artizen.us
A great product starts with a great conversation
Email: hello@artizen.us
