Technology.

ROBOTIZED INJECTION MOLDING
ROBIN

Mit einem Anlagengewicht von nur 150 kg ist ROBIN einzigartig.

Dieser Leichtbau ermöglicht uns das Spritzgießen mit der Robotik zu kombinieren.

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The biggest challenge in the realisation of manufacturing processes for the production of hybrid components is often the high mould costs and the great effort required for the installation of the necessary plant technology.

With our system, we lower the barrier to enable the rapid use of our injection moulding technology in your production.
We think beyond the process and bring the machine and the mould to the part.

High-performance clamping system

The innovative core of our system is the lightweight clamping system, in which we have played out our experience in the design of lightweight, load-bearing functional structures. The most important facts:

Load-bearing carbon C-frame
Integrated compensation kinematics for parallelisation of the mould sides
Maximum clamping force: up to 6 to 10 tonnes (adjustable depending on the cantilever arm length)
Cantilever arm length: approx. 600 mm to 1 m (adjustable)

Compact injection system

We rely on a piston injection moulding system.

Low maintenance costs
High system efficiency even with low shot weights
Maximum shot weight of approx. 50 g
Processing of all common thermoplastics (up to PEEK)

Flexible automation

Depending on the process conditions, we can use individual linear axis systems or complex 6-axis robotics.

Variable positioning in the room
Very good integration ability in existing production lines
Co-movement in the process, e.g. in continuous processing (extrusion)

Minimalistic moulds

We rely on simple, compact and thus cost-effective mould systems only where they are needed.

Use of master mould systems
Mould changing station
Mould change in less than one minute
Variable mould materials
Integrated temperature control

References.

Out of the press

Gallery

News Article in the "Kunststoffe"

23. February 2022|

It's there at last, the current issue of Kunststoffe with a detailed article on our mobile injection moulding ROBIN. The article focuses in particular on the cooperation between Rehau and us. We proudly present the results of the extensive tests in Rehau's technical centre.

Gallery

Article in the JEC Magazine

20. January 2022|

Exciting article in the JEC Group magazine about our joint project with INOMETA and Mitsui. High-performance TAFNEX® tapes from Mitsui were processed into composite profiles at INOMETA using laser-based thermoplastic winding before they were functionalised with #ROBIN.

Gallery

Dresden plastics experts demonstrate potential of the circular economy

25. October 2021|

ANYBRID cooperates with HolyPoly and the ILK in the field of plastic reuse and demonstrates the recyclability.

Gallery

K 2022 – ROBIN – the next generation

8. November 2022|

The world's first "flying injection moulding machine" was presented live to a broad audience at the K trade show in Düsseldorf. The versatility of the machine technology resulting from the newly gained mobility led to fascination among the visitors and the direct generation of ideas of possible applications.

Gallery

Pioneer of the "Leichtbauwelt"

31. March 2022|

Pioneer of the month in the "Leichtbauwelt": "What the Robin of Sherwood Forest only tried to do, the Robin of injection molding succeeds in doing: turning long-established and traditional conditions on their head".

Awards

Gallery

Project start of the EXIST Research Transfer

1. March 2020|

The approval of the Exist research transfer marks another important milestone in the transfer of ROBIN from the university environment of TU Dresden to industrial use. In addition to preparing the foundation of the company, the first pilot applications are to be implemented.

Do you have any questions, suggestions or other concerns? We look forward to hearing from you.

Contact

Technology.

Mit einem Anlagengewicht von nur 150 kg ist ROBIN einzigartig.

Dieser Leichtbau ermöglicht uns das Spritzgießen mit der Robotik zu kombinieren.

The biggest challenge in the realisation of manufacturing processes for the production of hybrid components is often the high mould costs and the great effort required for the installation of the necessary plant technology.

With our system, we lower the barrier to enable the rapid use of our injection moulding technology in your production. We think beyond the process and bring the machine and the mould to the part.

The innovative core of our system is the lightweight clamping system, in which we have played out our experience in the design of lightweight, load-bearing functional structures. The most important facts:

Load-bearing carbon C-frame

Integrated compensation kinematics for parallelisation of the mould sides

Maximum clamping force: up to 6 to 10 tonnes (adjustable depending on the cantilever arm length)

Cantilever arm length: approx. 600 mm to 1 m (adjustable)

We rely on a piston injection moulding system.

Low maintenance costs

High system efficiency even with low shot weights

Maximum shot weight of approx. 50 g

Processing of all common thermoplastics (up to PEEK)

Depending on the process conditions, we can use individual linear axis systems or complex 6-axis robotics.

Variable positioning in the room

Very good integration ability in existing production lines

Co-movement in the process, e.g. in continuous processing (extrusion)

We rely on simple, compact and thus cost-effective mould systems only where they are needed.

Use of master mould systems

Mould changing station

Mould change in less than one minute

Variable mould materials

Integrated temperature control

References.

Out of the press

Awards

Do you have any questions, suggestions or other concerns? We look forward to hearing from you.

Interested?

With our system, we lower the barrier to enable the rapid use of our injection moulding technology in your production.
We think beyond the process and bring the machine and the mould to the part.