AFC
Robotic machines for the die-cast aluminum foundry
We design, manufacture, and deliver tested robotic solutions for cutting and deburring aluminum die-cast parts to be installed directly at the press side.
Press-side line
max 2000 t.
At the wrist
max 50 kg
Piece weight
max 30 kg
Max part size
Ø 600mm x h 350mm
Scroll down
stand-alone machines
At the wrist
max 50 kg
Piece weight
max 25 kg
Max piece size
Ø 450mm x h 200mm
press edge
max 2000 t.
At the wrist
max 50 kg
Piece weight
max 30 kg
Max piece size
Ø 600mm x h 350mm
press edge
max 2000 -4000 t.
At the wrist
max 205 kg
Piece weight
max 100 kg
Max piece size
Ø 800mm x h 800mm
Shear
Breaker 2.0
Force 48kN
(4.8 t)
Max cutting capacity
240 mm
Weight
10 kg
Frequently Asked Questions
No, the robotic machines for press-side operations are designed to have minimal and optimized footprint. The compact design and modular installation capability ensure that key points of the press (such as the extraction area and the mold) remain easily accessible for routine and extraordinary maintenance. We provide a detailed layout during the offer phase.
The robotic machines for press-side operations are designed for universal use and easy integration, especially in the range of presses up to 2000 t (see the model Press-side line max 2000 t.).
The required modifications to the existing system are minimal and mainly concern the electrical interfacing and I/O communication with the press PLC. Try our simulator.
The 400 mm unit is suitable for most aluminum castings up to 30 kg. A blade of this size is typically the right compromise to reach all areas. The robotic machines for press-side operations can also easily accommodate blades of other diameters.
The spindle power is 11 kW, selected to ensure the necessary force for a clean and quick cut even on substantial sprue sections. Trebi offers a range of high-performance robotic machines for press-side operations.
Absolutely yes. The turret is our extremely flexible design. It is intended to quickly accept different types of tools (files, cutters, brushes) allowing for complete finishing operations. Trebi offers exceptionally flexible robotic machines for press-side operations.
Yes, the system is perfectly capable of handling multi-cavity molds. Optimized robot programming and the use of the exchange table allow parts to be processed in parallel or in quick succession to maximize the press cycle time.
The control is based on the standard industrial robot language integrated with our simplified HMI interface. Trebi’s robotic machines for press-side operations communicate easily.
Routine reprogramming of the robotic machines for press-side operations (e.g., deburring adjustments or new programs) is intuitive and can be managed by your trained technician, without the need for an external programmer.
Yes, we offer an optional software package that allows offline 3D programming and simulation.
This enables the development and validation of new work cycles and the testing of new part geometries virtually, reducing machine downtime for technical training or fine-tuning. For inquiries, use the contact page.
