Packaging technologies
Anodizing, metallization, forming and decoration — every process in-house, so a program never waits on an outside vendor's schedule or color match.
01 · Anodization
Color grown into the metal
Anodizing is an electrochemical process that grows a hard oxide layer into the surface of the aluminum, then seals dye inside it. Because the color lives in the metal rather than on it, it cannot chip, peel or scratch off. Our patented system ensures a tightly controlled color range from first piece to last.
02 · Metallization
A metal surface on any geometry
3D sputtering metallization deposits a thin metal layer onto molded plastic parts inside a vacuum chamber. The result reads as solid metal but weighs and costs like resins, and it holds shapes aluminum forming can't reach. Available across a wide color and finish range, including pearlescent, gradient, and varying opacity.
Compare anodized vs. metallized Explore metallization
03 · Metal Stamping
From coil to component
Metal stamping and deep draw transform aluminum coil into expertly designed shells, caps, collars, and more. In-house tooling and forming means wall thickness, draft and decoration limits are engineered together rather than discovered at assembly.
04 · Injection Molding
From pellet to component
Injection molding produces the resin substrates and inner structures that pair with formed aluminum components. Molding in-house means geometry, decoration limits and assembly fits are engineered together rather than discovered at assembly. It also guarantees suitable surface quality for metallization.
05 · Finishing & Decoration
The final touch is what buyers notice first
Hot foil stamping, laser engraving, offset and screen printing, and combination finishes applied over anodized or metallized surfaces. Because decoration runs in the same plants as anodizing and forming, registration and color are controlled against the same physical standard from the first article on.
Explore finishing
06 · Prototyping
Answers in days, not tooling cycles
Rapid 3D prototyping puts a physical part in your hand in days, so geometry, proportion and finish direction get validated before production tooling is committed. It is the cheapest point in a program to change your mind — and the most expensive one to skip.
Capability reference
What we can hold
One table a buyer can screenshot and an engineer can quote from. Published as structured data, not locked in a PDF.
| Process | Substrate | Volume fit | Best for |
|---|---|---|---|
| Anodizing | Aluminum | High | Durable color, full recyclability |
| Double anodizing | Aluminum | High | Two-tone, deep saturation |
| Vacuum metallization | Resin and Aluminum | Medium–high | Complex geometry, light weight |
| Metal stamping & deep draw | Aluminum | High | Shells, caps, collars |
| Rapid 3D prototyping | Mixed | One-off | Design validation in days |
Not sure which process fits your part?
Send the geometry. Our engineers come back with the process, the finish options and the tooling implications.
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