20+ Years Manufacturer
CN Thermoforming Machine manufactures heavy gauge thermoforming machines for producing large, thick and complex plastic components. Our machines are engineered around your product dimensions, sheet material, thickness, mold design and production requirements.
With sheet thickness capabilities of up to 12 mm and forming areas of up to 4500 × 2000 mm, we provide customized thermoforming solutions for automotive components, industrial housings, equipment covers, sanitary products and other large plastic parts.
Whether you are developing a new product or upgrading an existing production line, we can help you select a machine configuration that matches your application.
Thick Thermoforming Machine
Thick thermoforming machines are specialized for heavy gauge thermoforming durable plastic sheets (2mm+), ideal for automotive, aerospace, and construction thermoforming applications. They mold strong, impact-resistant components like car panels and heavy-duty trays with precise heat and pressure, ensuring consistent quality for industrial use.
- Adopts Plc Control System and touch screen.
- PVC,ABS,PC,PE Sheet.etc (2-10mm).
- Heat system: up and down heat system.
- Max Forming Area: 4000*2500*1000(mm).
- Aircraft tray tables, window shade liners, galley pans, seat backs, miscellaneous interior covers.
- Truck bedliners,truck caps,tonneau covers,bug shields,rain guards, floor mats,dash kits.
- Headliners, cargo liners, door watershields, dash insulators, flooring, package trays/shelves.
- Bumper fascias, running boards, spare tire covers, ground effects, wheel wells, gas tanks.


Single Thermoforming Machine

Auto Unloading Machines

Automatic loading and unloading
Heavy Gauge Thermoforming Capabilities
Our heavy gauge thermoforming machines are designed for applications that require larger forming areas, thicker plastic sheets and application-specific process control.

- Sheet thickness: Up to 12 mm, depending on material and application
- Maximum forming area: Up to 4500 × 2000 mm
- Materials: ABS, PP, PC, PETG, HDPE and other suitable thermoplastic sheets
- Heating system: Multi-zone heating configured for the material and sheet thickness
- Vacuum system: Sized according to mold volume, product depth and forming requirements
- Control system: PLC and touchscreen operation
- Machine configuration: Customized according to product drawings, mold dimensions and production targets



Our Heavy Gauge Thermoforming Machine Design Approach
At CN Thermoforming Machine, we approach machine selection as an engineering task.
Product → Material → Sheet Thickness → Mold → Heating → Vacuum → Cooling → Production Cycle
Each factor affects the next. A machine designed around the actual application is more likely to deliver stable forming quality and a practical production cycle.
Depending on the project, the machine can be configured with:
Depending on the project, the machine can be configured with:
- Multi-zone heating for controlled sheet temperature
- Servo-driven systems where appropriate
- PLC and touchscreen controls for process operation
- Industrial vacuum systems sized for the mold and product
- Application-specific clamping, forming and cooling arrangements



Thermoforming Application
Our machines can be configured for a wide range of industrial and commercial plastic products.Heavy gauge thermoforming is suitable for manufacturing large automotive plastic parts,
Equipment
Automative
Vehicles
Appliance
Medical
Aerospace
Heavy Gauge Thermoforming Process
Heating: Plastic sheets are heated to their forming temperature
Forming: The heated sheet is stretched over or into a mold using vacuum
Trimming and Finishing: Excess material is removed, and parts are trimmed using CNCrouters



Thermoforming Resources

Thermoforming Machine Running Video


Heavy Gauge Thermoforming Machine Manufacturer
As a thermoforming machine manufacturer in China, CN Thermoforming Machine provides equipment for customers producing large and thick plastic components.
We work with customers to understand their products, review technical requirements and determine the appropriate machine configuration.


