YOUR WORKPIECE IN 3D PRINT

ADDITIVE MANUFACTURING.

 

  • functional prototype construction
    Through additive manufacturing, we enable you to build a functional prototype faster, more cost-effectively and with less risk.

 

  • spare parts production
    In the area of spare parts procurement, the
    3D printing outstanding advantages. We can help you, especially if spare parts are no longer available.

 

  • High temperature resistant and engineering plastics
    We hereby enable:
    ▸ Permanent shape retention
    at temperatures of
    up to 240 °C
    ▸ Resistance to acids,
    lyes and fuels,
    and UV exposure
    ▸ Areal stability and
    Stiffness through carbon
    filament with continuous fibers
    to replace many
    aluminum components
    ▸ Up to 80% weight
    reduction opposite
    conventional manufacturing

 

  • cost reduction
    Your component costs are reduced many times over, among other things, due to lower material consumption and reduced machine costs. Especially with complex geometries
    and contours answers the
    3D printing with freedom of form.

 

  • short production times
    A few intermediate steps to the finished component ensure short delivery times.

 

ADDITIVES WORKPIECES

BREMSE

BRAKE

brakes/blocks one
rotating control unit
Material: technical polyamide with 20% carbon fiber, TPU rubber
Dimensions: 150 x 35 x 50
Weight: ≈ 46 g
Production time: ≈ 3,5 Std.
WINKEL

STORE

wears/fastens
an energy chain
Material: technical polyamide with 20% carbon fiber
Dimensions: 150 x 130 x 50
Weight: ≈ 92 g
Production time: ≈ 4,5 Std.

INSTALLATION AID

supports the vertical mounting of a motor spindle
(270kg)
Material: PLA Polyactide
Dimensions: 280 x 160
Weight: ≈ 1,2 kg
Production time: ≈ 49 Std.
MONTAGEHILFE

LOCK

for accordion
bellows cover
Material: technical polyamide with 20% carbon fiber
Dimensions: 66 x 50 x 76
Weight: ≈ 37 g
Production time: ≈ 2,5 Std.
VERRIEGELUNG

SEALING ELEMENT

for robot
tool changer
Material: technical polyamide with 20% carbon fiber, TPU rubber
Dimensions: 30 x 45 x 60
Weight: ≈ 18 g
Production time: ≈ 40 min.

YOUR WORKPIECE IN 3D PRINT

YOUR WORKPIECE IN 3D PRINT

ADDITIVE MANUFACTURING.

  • functional prototype construction
    Through additive manufacturing, we enable you to have a faster, more cost-effective
    and lower-risk functional prototype construction.
  • spare parts production
    3D printing offers excellent advantages in the area of spare parts procurement.
    We can help you, especially if spare parts are no longer available.
  • High temperature resistant and engineering plastics
    We hereby enable:
    ▸ Permanent dimensional stability at temperatures of up to 240°C
    ▸ Resistance to acids, alkalis and operating materials, as well as UV exposure
    ▸ Surface stability and rigidity through carbon filament with continuous fibers
    to replace many aluminum components
    ▸ Up to 80% weight reduction compared to conventional production
  • cost reduction
    Your component costs are reduced, among other things, due to a lower material
    consumption and reduced machine costs many times over. Especially with complex geometries and contours, 3D printing responds with freedom of form.
  • short production times
    A few intermediate steps to the finished component ensure short delivery times.

ADDITIVE MANUFACTURING.

 

  • Functional prototype construction
    Through additive manufacturing, we enable you to achieve faster, more cost-effective
    and lower-risk functional prototype construction.

 

  • Spare parts manufacturing
    In the field of spare parts procurement, 3D printing offers excellent advantages Especially for unavailable spare parts, we can assist you with 3D-printed replacements.

 

  • High temperature resistant and engineering plastics
    With these materials, we enable:
    ▸ Long-term dimensional stability at temperatures of up to 240°C
    ▸ Resistance to acids, alkalis and operating fluids, and UV exposure
    ▸ Surface stability and stiffness achieved through carbon filament with continuous fibers,
         replacing many aluminum components
    ▸ Up to 80% weight reduction compared to conventional manufacturing methods

 

  • Cost reduction
    Your component costs are significantly reduced through factors such as lower material consumption and reduced machine costs. Especially for complex geometries and contours, 3D printing offers freedom of form, resulting in cost savings.

 

  • Short production times
    With fewer intermediate steps until the final component is producted, we ensure short delivery times.

 

ADDITIVES WORKPIECES

BREMSE

BRAKE

brakes/blocks one
rotating control unit
Material: technical polyamide with 20% carbon fiber, TPU rubber
Dimensions: 150 x 35 x 50
Weight: ≈ 46 g
Production time: ≈ 3,5 Std.
VERRIEGELUNG

SEALING ELEMENT

for robot
tool changer
Material: technical polyamide with 20% carbon fiber, TPU rubber
Dimensions: 30 x 45 x 60
Weight: ≈ 18 g
Production time: ≈ 40 min.
WINKEL

STORE

wears/fastens
an energy chain
Material: technical polyamide with 20% carbon fiber
Dimensions: 150 x 130 x 50
Weight: ≈ 92 g
Production time: ≈ 4,5 Std.
MONTAGEHILFE

LOCK

for accordion
bellows cover
Material: technical polyamide with 20% carbon fiber
Dimensions: 66 x 50 x 76
Weight: ≈ 37 g
Production time: ≈ 2,5 Std.

INSTALLATION AID

supports the vertical mounting of a motor spindle (270 kg)
Material: PLA Polyactide
Dimensions: 280 x 160
Weight: ≈ 1,2 kg
Production time: ≈ 49 Std.

ADDITIVES WORKPIECES

BREMSE

BRAKE

brakes/blocks one
rotating control unit
Material: technical polyamide with 20% carbon fiber, TPU rubber
Dimensions: 150 x 35 x 50
Weight: ≈ 46 g
Production time: ≈ 3,5 Std.
DICHTELEMENT

SEALING ELEMENT

for robot
tool changer
Material: technical polyamide with 20% carbon fiber, TPU rubber
Dimensions: 30 x 45 x 60
Weight: ≈ 18 g
Production time: ≈ 40 min.
WINKEL

STORE

wears/fastens
an energy chain
Material: technical polyamide with 20% carbon fiber
Dimensions: 150 x 130 x 50
Weight: ≈ 92 g
Production time: ≈ 4,5 Std.
VERRIEGELUNG

LOCK

for accordion
bellows cover
Material: technical polyamide with 20% carbon fiber
Dimensions: 66 x 50 x 76
Weight: ≈ 37 g
Production time: ≈ 2,5 Std.

INSTALLATION AID

supports the vertical mounting of a motor spindle (270 kg)
Material: PLA Polyactide
Dimensions: 280 x 160
Weight: ≈ 1,2 kg
Production time: ≈ 49 Std.