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Vacuum Forming

of polycarbonate and other polymers
for one-off and series production

Prototype Production

Static and mechanized

Technical design and visualization
Tooling preparation. Mold production.
Vacuum forming of polycarbonate (PC)
Vacuum forming of ABS, PETG, acrylic (PMMA), polypropylene (PP), polystyrene (PS), and others
Machine contour cutting. CNC router cutting
Forming products with sizes from 10 mm to 2800 mm
Ability to achieve larger dimensions

Prototype Production

Static and mechanized

Technical design and visualization
Tooling preparation. Mold production.
Vacuum forming of polycarbonate (PC)
Vacuum forming of ABS, PETG, acrylic (PMMA), polypropylene (PP), polystyrene (PS), and others
Machine contour cutting. CNC router cutting
Forming products with sizes from 10 mm to 2800 mm
Ability to achieve larger dimensions

Prototype
Production

Static and mechanized

Technical design and visualization

Tooling preparation. Mold production.

Vacuum forming of polycarbonate (PC)

Vacuum forming of ABS, PETG, acrylic (PMMA), polypropylene (PP), polystyrene (PS), and others

Machine contour cutting. CNC router cutting

Forming products with sizes from 10 mm to 2800 mm

Ability to achieve larger dimensions

Series Production

Parts and complete products for various industries

Components and parts for machines
Fixtures and cable routing
Transport containers and dosing funnels
External housings for circuit boards and monitors
Protective covers for seats in theatres and cinemas
Production and installation of external panels
and parts for vending machines
Decorative vacuum-formed parts

Series Production

Parts and complete products for various industries

Components and parts for machines
Fixtures and cable routing
Transport containers and dosing funnels
External housings for circuit boards and monitors
Protective covers for seats in theatres and cinemas
Production and installation of external panels
and parts for vending machines
Decorative vacuum-formed parts

Series Production

Parts and complete products for various industries

Components and parts for machines

Fixtures and cable routing

Transport containers and dosing funnels

External housings for circuit boards and monitors

Protective covers for seats in theatres and cinemas

Production and installation of external panels
and parts for vending machines

Decorative vacuum-formed parts

Explore some of our vacuum forming projects

Machine panels

With CNC cut cooling slots

Machine covers

Vacuum formed external parts for machines

Box stands

Vacuum formed displays for retail outlets

PCB sockets

CNC machined bases with bolt slots

Protective covers

Thermoformed covers with antenna and socket holes

PCB boxes

Thermoformed body with covers and CNC machined sockets

Seat covers

Vacuum formed covers for textile seats in halls

Relief decorations

Decorative hemispheres that fit together

Window decoration

Enlarged model of the buckle for window decoration

Explore some of our vacuum forming projects

Machine panels

With CNC cut cooling slots

Machine covers

Vacuum formed external parts for machines

Box stands

Vacuum formed displays for retail outlets

PCB sockets

CNC machined bases with bolt slots

Protective covers

Thermoformed covers with antenna and socket holes

PCB boxes

Thermoformed body with covers and CNC machined sockets

Seat covers

Vacuum formed covers for textile seats in halls

Relief decorations

Decorative hemispheres that fit together

Window decoration

Enlarged model of the buckle for window decoration

Creating vacuum-formed
products

1.

We heat the sheet material to a precisely defined temperature

2.

The sheet is pressed against a pre-made mold  

3.

Using vacuum, the air between the mold and the plastic sheet is extracted, the sheet cools down, and we obtain the desired shape

4.

We precisely cut and finish details and edges using a CNC router and other cutting methods

Creating vacuum-formed
products

1.

We heat the sheet material to a precisely defined temperature

2.

The sheet is pressed against a pre-made mold  

3.

Using vacuum, the air between the mold and the plastic sheet is extracted, the sheet cools down, and we obtain the desired shape

4.

We precisely cut and finish details and edges using a CNC router and other cutting methods

Creating vacuum-formed
products

1.

We heat the sheet material to a precisely defined temperature

2.

The sheet is pressed against a pre-made mold  

3.

Using vacuum, the air between the mold and the plastic sheet is extracted, the sheet cools down, and we obtain the desired shape

4.

We precisely cut and finish details and edges using a CNC router and other cutting methods

Advantages of the Technology

Different shapes
and dimensions

Suitable for small, medium, and
large products with dimensions from
10 mm to 2800 mm.

Wide
applicability

From manufacturing
machine components to
lighting fixtures.

Speed
and precision

Execution of complex
components and prototypes within
one to several weeks.

Advantages of the Technology

Different shapes
and dimensions

Suitable for small, medium, and
large products with dimensions from
10 mm to 2800 mm.

Wide
applicability

From manufacturing
machine components to
lighting fixtures.

Speed
and precision

Execution of complex
components and prototypes within
one to several weeks.

Closed production cycle for
one-off and series
manufacturing of products

From design and tooling preparation (mold) to production and assembly of finished products.

More about us

Closed production cycle for one-off and series
manufacturing of products

From design and tooling preparation (mold) to production and assembly of finished products.

Our Services

Organization, design, and quality control of outsourced production

Injection
molding

Metal
structures

Powder and
decorative
coating

Injection
molding

Metal
structures

Powder and
decorative
coating

Ask
our experts

Send an inquiry

Ask
our experts

Send an inquiry