Design for forming, not machining
Draft angle, depth-to-width ratio, corner radius, draw ratio and material thinning should be reviewed early. Small design changes can improve release, wall consistency and trim repeatability.
Formed parts without heavy tooling
Custom Plastic Vacuum Forming Services
Vacuum forming turns a heated plastic sheet into a dimensional tray, cover, housing or packaging component. It offers a practical balance of tooling cost, part size and production speed for many low-to-medium volume projects.
Project input3D model, drawing or sample
ScopeTooling, forming and trim
Common materialsPETG, PET, PVC, ABS
Project logic
Make the process fit the product.
Tooling matched to the program
Prototype and production tools serve different volume, finish and cooling needs. We choose the tool route around expected quantity, part size, cosmetic requirements and change risk.
The trim fixture is part of quality
After forming, the part must be trimmed, drilled or routed to its final interface. Trim datums and inspection points should be defined with the forming tool rather than treated as a separate afterthought.
Applications
Where this route creates value.
01Blister and tray packaging
02Equipment covers
03Retail display shells
04Automotive and appliance panels
Common questions
Details buyers ask before an RFQ.
What is the difference between vacuum forming and thermoforming?+
Thermoforming is the broader process family. Vacuum forming uses vacuum pressure to pull heated sheet over or into a mold; pressure forming adds pressure for sharper detail.
Is vacuum forming suitable for low volumes?+
Often yes. Tooling can be simpler than injection molding, making it useful for prototypes, bridge production and many lower-volume programs.
Which files help with a quote?+
A STEP file or dimensioned drawing is preferred. Include material, thickness, annual volume, appearance surfaces and trim features when available.