Thermoforming of plastic for business

Plastic thermoforming process for various parts and industries

Tiefziehen von Kunststoff

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Vacuum thermoforming plastic

Process and technique

Tools are the basis for successful deep drawing. At the same time, our tooling costs are low. This means significantly reduced prices for you, from prototypes to high volumes, compared to injection molding. Further cost savings result from the use of surfaces prior to deep drawing.

The many possibilities of our thermoforming process

View samples of possible parts, shapes, and designs.

Unique characteristics

What makes our parts exceptional.

Finishing

Realize parts such as carbon look, wood decor, or individual designs.

Durability

Produce resilient parts that are scratch-resistant and meet strict fire safety requirements.

Chemical resistance

Use special cleaning and disinfecting products on your molded parts.

Haptics

Get surfaces that are not only smooth but also haptically modified if needed.

Plastic and metal

Provide us with your plastic or metal requirements, as we can handle either.

Cleanability

Clean surfaces of parts effortlessly that, for example, have been soiled by markers or liquids.

Excellent parts that leave nothing to be desired

We have been producing molded parts for a variety of fields for decades.

Parts for the most diverse areas

Milling process detail view
Example CAD Modell

Thermoforming advantages

The advantages of the thermoforming process over injection molding are obvious. 

In addition to the price, the possibility of weight savings, the high and customizable fitting accuracy, and the reduced production time, the thermoforming advantages outweigh the injection molding process in almost all factors.

Materials

ALDINGER INDUSTRIES specializes in vacuum thermoforming and works with a wide variety of materials such as polystyrene (PS), acrylonitrile butadiene styrene plastic (ABS plastic), polycarbonate (PC), polymethyl methacrylate), polyethylene (PE) & polypropylene (PP).

Weight reduction by thermoformed part for carvans
Mechanic during quality control

ISO qualified

We are ISO 9001:2015 and ISO 9001:2018 qualified and live quality in all areas of our business.

Therefore, we ensure our product quality by fully meeting the requirements from DIN ISO 9001:2015 & DIN ISO 9001:2018.

Eco-friendly production

To cope with the change, we greatly emphasize a more sustainable production.

For instance, we produce our electricity and recycle our waste.

Aldinger Photovoltaic System Roof

We tailor our products to your needs

What you can expect from working with ALDINGER INDUSTRIES.

All-in-one solution

Assemble the finished thermoformed part into complete modules, all from one supplier.

Variety of materials

Order thermoformed parts made of plastic and modules made of metal, GFK, and much more.

Unlimited scalability

Produce without limitations: from prototypes to mass-produced parts.

High quality

Get high-quality parts thanks to decades of experience, backed up by ISO certifications.

Selectable surfaces

Obtain parts with a wide variety of surfaces and designs, according to your requirements.

Fast results

Fulfill your urgent orders in the fastest possible time.

Need more information about thermoforming?

Frequently asked questions and answers about deep drawing.

The application areas for thermoforming can be used in a wide variety of fields and industries. 

Deep-drawn plastic parts are used in aircraft production, in train and bus transport, in the transport and logistics industry, for interior and exterior trim in mechanical and plant engineering, and in the automotive sector (e.g. for caravans).

ALDINGER INDUSTIRES is able to produce any kind of aircraft, bus, train, logistics, heating and sanitary components.  Due to an excellent price-performance ratio, plastic components have very great advantages. On the one hand, they are resistant to chemicals and water, impact resistant and thus have a long service life. Due to low tooling costs, components are economically very attractive even with smaller quantities. In addition, the components are usually lighter than alternatively manufactured parts made of injection molding, thus the total weight of the equipment or the end product is lower, which is becoming increasingly relevant for transport, assembly, installation and application.

A wide variety of plastics can be used, including: 

  • PS (polystyrene)
  • ABS plastic (acrylonitrile-butadiene-styrene plastic)
  • PC (polycarbonate)
  • PMMA & PET (polymethyl methacrylate)
  • PE (polyethylene) & PP (polypropylene)

Roughly, the thermoforming process can be divided into four steps, the requirements depending on the project: 

  • Heating the plastic
  • Forming plastic
  • Demold plastic
  • Allow plastic to cool

Companion of success stories

What our customers are saying about us.

Start now and thermoform plastics

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