Thermoforming

Forms heated polymer sheets into shapes using molds and vacuum or pressure, then cools and trims.

Thermoforming heats a polymer sheet until pliable, then forms it into a specific shape using vacuum or pressure. Applications include food packaging, automotive panels, and medical trays. Bioplastics such as PLA are widely used in thermoforming for creating biodegradable packaging and disposable trays. These materials provide an eco-friendly alternative while meeting industry requirements for performance and sustainability.

Explore recommended bioplastics or consult our SME for expert guidance. Skyi FKuR offers customized, scalable solutions in bioplastic processing.

With 70% renewable content, this industrially compostable bioplastic is ideal for injection molding and thermoforming.…

With 60% renewable content, this industrially compostable bioplastic ensures excellent impact strength and melt stability.…

With over 70% biobased content, this industrially compostable bioplastic is designed for thermoforming and sheet extrusion.…

With 70% renewable content, this industrially compostable bioplastic offers excellent heat resistance, elasticity, and…

Forms hollow objects by extruding a parison, clamping it in a mold, and inflating with air.

Bonds polymer films or resins into multilayer composites under heat and pressure for enhanced properties.

Produces thin films by extruding molten polymer through an annular die, inflating with air, and cooling.

Injects molten polymer into a mold, cools it, and ejects solid, high-precision parts.

Additive manufacturing where thermoplastic polymers are extruded and layered based on CAD models.

Creates polymer nets using a die with precise geometries and consistent pore sizes.