The questions OEM
engineers actually ask.
Technical guidance on heavy-gauge, large-format thermoforming — process selection, design, materials, tolerance, and equipment — from the team that builds the parts.
Heavy-Gauge Pressure Forming vs Vacuum Forming: The Decision Tree
Vacuum forming and pressure forming share the same tooling economics. The choice between them comes down…
DesignDesigning a Large-Format Thermoformed Part: 7 DFM Rules
Thermoforming success is decided in CAD, long before the sheet is heated. These seven rules keep a large…
MaterialsMaterial Selection for Heavy-Gauge Thermoforming
The polymer you pick decides how the part forms, how it survives service, and how it looks. Here is how …
EquipmentInside the AVT 3-Station Rotary: Why Sheet Size Matters at Scale
The largest machine of its kind in the world is not just bigger for its own sake. Sheet size and a rotar…
DesignHow to Spec Tolerances on a Thermoformed Part
Tolerances on a thermoformed part behave differently than on a machined or molded one. Spec them the rig…
IndustryThermoforming for Class 8 Trucks: What OEMs Need to Know
Trucking runs on weight, durability, and aerodynamics. Heavy-gauge thermoforming hits all three at the v…
Process ComparisonWhen to Replace Sheet Metal or Fiberglass with Heavy-Gauge Thermoforming
Most OEM parts that get converted to thermoforming were sheet metal or hand-laid fiberglass first. Here …
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