Manufacturing capability
Thermoforming
Thermoforming shapes heated thermoplastic sheets over or into molds to produce three-dimensional components. It is commonly used for industrial covers, trays, protective housings, equipment panels, and packaging products requiring relatively lightweight structures and economical tooling.
Related process: Plastics Processing
Manufacturing overview
Thermoforming heats thermoplastic sheet material until it becomes sufficiently flexible to form against a mold.
Common methods include vacuum forming, pressure forming, and mechanical forming.
Suitable materials include ABS, PETG, HIPS, polycarbonate, acrylic, and selected other thermoplastic sheets.
Typical applications include machinery covers, protective panels, trays, equipment housings, packaging inserts, and automotive interior components.
Compared with injection molding, thermoforming can offer lower tooling investment for certain large or lower-volume components.
However, wall thickness distribution, undercuts, corner radii, and trimming requirements must be considered.
Manufactured parts may require CNC trimming, drilling, bonding, or assembly after forming.
Buyers should provide CAD models, sheet material specifications, starting thickness, dimensional tolerances, surface finish, quantities, and appearance requirements.
Inspection may include dimensional verification, wall thickness measurement, surface assessment, and functional fit testing.
Metraxio supports thermoforming RFQs for custom industrial plastic components and formed sheet products.