When it comes to cutting complex contours and precise shapes, laser cutting is the best solution.

Our AMADA ENSIS 4020 laser cutting machine can cut a wide variety of materials.

Thanks to the 9 kW laser, higher speed, productivity and accuracy can be achieved.

Our AMADA VENTIS 4020 AJ with controlled storage and parts sorter automates the entire cutting process to such a high level that manual intervention can be minimized.

Our company's goal is to anchor this kind of innovation at Rabacsa Kft.

Laser cutting is a contactless, thermal cutting process that cuts metals of different thicknesses.

The AMADA ENSIS 3015 AJ also automatically adjusts the physical properties of the laser beam

to the material thickness with its laser beam control unit and unique fiber optics.

One of AMADA's most powerful CO2 laser machines, the FO MII Ri 3015, is a combined flatbed and tube laser.

This machine not only cuts flat sheets but can also cut tubes.

The machine automatically switches between the two types in less than a minute.

Our combined laser punching machine can produce a wide range of workpieces.

The punching head is used to machine standard contours and shapes such as tabs or threads.

The high-quality outer contours and inner contours are best cut by laser.

By designing the AMADA HG 2004 ATC the main considerations  were increased edge bending length and the fastest, highly automated tool changing.

Thanks to the automatic tool changer, the machine supports a more efficient and faster production process with the possibility to process small batches.

Edge bending, sheet bending is one of the most important sheet processing steps in modern forming technology.

The AMADA EG-4010 is a compact and fast servo-electric edge bender specifically designed for precise bending of small parts.

The AMADA HG 1003 ARs combines the cutting-edge HG-ATC technology with the ECO hybrid drive system and is equipped with an automatic tool changer with automatic clamping arm change for fast and accurate tool adjustments.

The machine offers innovative bending solutions to increase efficiency.

Ease of use, simple operation, innovative tooling solutions and intuitive software options ensure continuous, error- and reject-free production.

The AMADA HFE3i 1003 is equipped with a wireless infrared DIGIPRO angle measuring system.

Edge bending requires the highest precision, both in terms of the angular range and the accuracy of the dimensions.

The Amada HFE-3i series is equipped with the latest touchscreen 3D control panel in energy-saving mode to increase efficiency and productivity.

The 3D laser cutter is a high-performance threading unit that produces threads in a single step.

With the 3D tilting cutting head, you can make cuts, weld edge breaks and countersunk holes that are not possible with conventional equipment.

Waterjet cutting is a versatile precision manufacturing technology in which machining is carried out with water or abrasive sand mixed with water.

Our company also offers waterjet cutting and abrasive material waterjet cutting, widening the range of materials that can be machined.

Plate rolling is a process used in plate machining that allows the rolling of steel, aluminium or other flat plates (e.g. dibond) of special materials, curved surfaces, metal cylinders or cones, plate flanging.

The plate and profile rolling process can be used to create curved surfaces on flat plates, and can be used for tanks, pipes and moulds with irregular diameters, which require a curved design during production.

The HESSE RM 1050x90 plate rolling machine has an asymmetric 3-roller system for more convenient pre-bending.

Laser cutting of metals can create sharp edges on the workpiece.

In most cases these will need to be removed.

Sanding and grinding are just as important if the workpiece is then processed by human hands, reducing the risk of possible injuries.

The MD series combines high-performance deburring technology with the advantages of a grinding machine.

The TIMESAVERS 10 SERIES is a versatile machine with two heads that can be fitted with different types of tools.

The tools include different pads and brushes for deburring, edge rounding, smoothing, laser oxide removal and heavy slag removal.

Yamazaki Mazak machines not only incorporate multi-functional technologies, but also use the most advanced technologies such as automation, direct drive motors, roller guides and dialogue-based CNC systems to ensure efficient machining of a wide range of small batches of workpieces.