PRODUCTS

We use our know-how to produce both design and precision parts with the highest degree of requirements as well as technical parts with the same degree of requirement. Our commitment to excellence corresponds to the specific quality demands of our customers in what concerns product quality requirements.

  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS

    With our potential and our modern machinery, we are your solution-oriented specialist for sophisticated design parts.

  • DESIGN PARTS

    With our potential and our modern machinery, we are your solution-oriented specialist for sophisticated design parts.

  • DESIGN PARTS

    With our potential and our modern machinery, we are your solution-oriented specialist for sophisticated design parts.

  • DESIGN PARTS

    With our potential and our modern machinery, we are your solution-oriented specialist for sophisticated design parts.

  • DESIGN PARTS

    With our potential and our modern machinery, we are your solution-oriented specialist for sophisticated design parts.

  • DESIGN PARTS

    With our potential and our modern machinery, we are your solution-oriented specialist for sophisticated design parts.

  • DESIGN PARTS

    With our potential and our modern machinery, we are your solution-oriented specialist for sophisticated design parts.

  • DESIGN PARTS

    With our potential and our modern machinery, we are your solution-oriented specialist for sophisticated design parts.

  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS
  • DESIGN PARTS


+ PRECISION REFLECTORS

We manufacture precision reflectors that can be used in further processing both in the low-temperature range (Makrolon) and in the high-temperature range (Ultrason).

For reflectors with micro-optics, it is necessary to work in the injection molding area with high injection pressure. Our machine technology is designed to be able to generate these pressure ratios.

In toolmaking, we work with partners who are experts in manufacturing these lenses specifically.

+ TRIMS

Especially the production of decorative trims and decorative elements with unusual shapes and different requirements on surfaces requires technically sophisticated injection technologies. We develop them on our own.

+ OPTICAL FIBRES

The optics in the optical fibres are mechanically produced in such a high surface quality that they do not have to be polished by hand. The examination of the optical fibres takes place with us:
- manual optical test at 100%,
- via transmission measuring device with appropriate recordings,
- Exposure values above luxmeter.

+ LENSES

We know how to manufacture thick-walled lenses and LED conversion lenses / Primary Optic – through our own-developed gate concepts or tool concepts in the injection compression molding process.

+ LIGHT DISKS

In order to achieve the requested quality of light disks, we draw on a wealth of experience in the tool design and in the molding of the lens.

+ REAR REFLECTORS

We produce our reflectors with the help of galvano inserts, which we purchase through specific manufacturers. The corresponding tool technology is fully implemented through us.

The molded parts are required to undergo a photometric test. With our know-how, we are able to secure the production in our own light channel by comparing measurements to the non-tested parts.

+ 2K INJECTION

Our modern machinery includes two 2K machines with a weber turning device. Thus, we are able to produce both technical as well as optical 2K parts. We carry separate injection units for each machine, where we can sort and produce parts both in volume and in the area of glass clearing.

+ HOUSING

Our plastic housings provide high-quality solutions for further applications. They contain optical features and simultaneously place high technical demands on the the sheeting and on the connector geometrics.



  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL
    ACCESSORY PARTS

    For high-tech accessories, we use materials such as Arnite, Grivory, Ryton, Ultem, and Ultrason (partially filled with up to 50% glass fiber).

    Furthermore, we are able to achieve the highest degree of precision both in concentricity and in measuring range, thanks to our tool concepts that provide for innovative cooling and for the use of innovative molding materials.

  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS
  • TECHNICAL ACCESSORY PARTS


  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS,
    RUBBER SEALS

    In the production of rubber grommets and rubber seals, we use tools with special coatings and tooling concepts that prevent the adhesion of rubber parts (including TPE, EPDM). With this protocol, we guarantee safe mass production.
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS
  • GROMMETS, RUBBER SEALS


  • POLYMER CERAMIC COMPONENT PARTS
  • POLYMER CERAMIC COMPONENT PARTS
  • POLYMER CERAMIC COMPONENT PARTS
  • POLYMER CERAMIC COMPONENT PARTS
  • POLYMER CERAMIC
    COMPONENT PARTS

    We offer polymer ceramic component parts where plastic molding is required for complicated particle shapes and where the thermal stability of plastic is insufficient.
  • POLYMER CERAMIC
    COMPONENT PARTS

    We offer polymer ceramic component parts where plastic molding is required for complicated particle shapes and where the thermal stability of plastic is insufficient.
  • POLYMER CERAMIC
    COMPONENT PARTS

    We offer polymer ceramic component parts where plastic molding is required for complicated particle shapes and where the thermal stability of plastic is insufficient.
  • POLYMER CERAMIC
    COMPONENT PARTS

    We offer polymer ceramic component parts where plastic molding is required for complicated particle shapes and where the thermal stability of plastic is insufficient.
  • POLYMER CERAMIC COMPONENT PARTS
  • POLYMER CERAMIC COMPONENT PARTS
  • POLYMER CERAMIC COMPONENT PARTS
  • POLYMER CERAMIC COMPONENT PARTS

SERVICES

  • LOGISTICS
  • LOGISTICS

    Our small fleet is happy to service your orders and deliver within a radius of 100 km. For any deliveries outside of this radius, our team is more than happy and willing to organize on-time delivery with external shipping companies. If you decide to ship goods abroad, we will take over customs clearance for all shipments.



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