Our customised machines are the freestyle.

The CNC milling process is suitable for use on a wide variety of metals, from stainless steel to aluminium. By using tools with an affinity for the material, you can achieve optimum and, above all, repeatable results by using a CNC milling machine.

CNC milling must fulfil high requirements in the field of plastics processing due to a large number of individual properties of a wide variety of plastics. This applies in particular to the excessive heat input into the material. Tools specially adapted to the material and innovative technologies prevent this and thus ensure high-quality results without dimensional deviations, even with plastics.

CNC milling increases the design possibilities in woodworking. By using a CNC router, you can transform what is originally a simple raw material into works of art or purposefully shaped components. Especially in the woodworking industry and trade, this increases product diversity and therefore competitiveness.

The hard material stone is particularly demanding. The efficient and quality-orientated solution is CNC milling using a CNC milling machine. CNC milling ensures maximum efficiency in stone processing. It adapts perfectly to the different materials and optimises engraving as well as comprehensive processing.

As indispensable as technical ceramics are for many industries, they are also difficult to machine. CNC milling using an innovative CNC milling machine ensures high-quality and dimensionally accurate results for ceramic workpieces.

Those who rely on long-term labelling and illustration use CNC engraving for precise and long-lasting results. In the industrial sector, the handling of machines is secured by instructions on switch cabinets, for example. These should not be applied using imprints or adhesive films, especially when working in chemically aggressive environments.

These high-precision machines enable the engraving of lettering or scales on metallic surfaces with impressive accuracy. Their applications range from the personalisation of exquisite pieces of jewellery to the functional marking of measuring equipment. The use of this technology demonstrates how traditional techniques can be enriched by modern innovations.

Dispensing systems are indispensable when it comes to the precise application of viscous, liquid or gaseous materials. Whether applying thermal paste to components or coating - the focus is on automating and optimising production processes. Our CNC machines enable vertical retooling of your value chain. Your employees control automated processes such as filling, bonding and solid-state processing directly on one machine. One highlight is the automatic tool change and the user-friendly CNC software.

Materials of different viscosities, but theoretically also gaseous substances, require an even application. To achieve this, we use dosing systems that guarantee a constant supply of material. You can realise the bead application or dot application precisely and in a material-saving manner with programmable CNC technology. To avoid sticky threads, select the quantity- and material-specific nozzles and valves for your dosing system.

Asynchronous dispensing is an important function in many industries. Chemicals that are only allowed to harden or react in any other way during application are evenly distributed via asynchronous or synchronised dispensing systems. As a long-standing specialist in 2-component micro potting, our partner Kübler GmbH (link to "Potting techniques" at Kübler) guarantees high precision in the mixing ratio even for very small dot applications (µ range).

In addition to the dispensing of viscous or melted materials, the dispensing of liquid materials in automatic systems enables a high level of efficiency: liquids can be filled or applied by volume or weight with dynamic speed adjustment and real-time mould changes. This is a major advantage when the use of different components can be simplified to a single production step.

Aluminium is particularly suitable for your prototype construction as it is recyclable and dimensionally stable - even with fine geometries where plastics would not hold up. Suitable CNC 3D printing processes for metal include DMLS (Direct Metal Laser Sintering) and FDM (Fused Deposition Modelling). There are also other innovative additive CNC processes for specific applications.

The FDM process (fused deposition moulding) has become particularly popular in plastics printing. Thermoplastics are applied in layers to a printing plate through a nozzle during the process. It is important to ensure a stable and economical distribution of the material. The inner filling must always be measured according to a certain percentage, which also ensures the necessary stability of the piece.

Using fusion cutting, flame cutting and sublimation cutting, workpieces can be produced at high speed and quality. The precision of the process enables the smallest cuts without chip formation, as the material vaporises on contact with the laser. Clean cutting edges require no additional polishing, which saves time and increases efficiency. Companies also benefit from reduced tool and maintenance costs thanks to long-lasting laser diodes and shorter set-up times.

With high-precision lasers, almost all materials - from acrylic glass to wood and stone - can be processed with impressive accuracy. Particularly noteworthy is the ability to create non-contact, high-quality engravings, which can be vector-controlled or raster-orientated at a resolution of up to 1,200 dpi. This technology not only guarantees high quality, but also makes the results forgery-proof.

Laser technology offers exceptional precision and efficiency, making it the ideal choice for demanding CNC laser welding applications. A key advantage of CNC laser welding is the accuracy of the welding points, which can reach up to +/- 0.01 millimetres. The non-contact welding process avoids unwanted forces being applied to the workpiece, which is particularly important for delicate work.

Waterjet cutting is the ideal solution for the fast, flexible and high-precision production of workpieces made of materials such as stainless steel, aluminium or titanium. As this is a cold-cutting process, there are no undesirable structural changes to the cut edges and the associated reworking.

CNC cutting with laser is a thermal process and is always used when non-contact production of complex shapes is required. The advantage of the process lies in the processing of contours that are unattainable for conventional CNC milling and in the high working speeds.

Plasma cutting utilises the energy of an electric arc for CNC cutting of various electrically conductive materials and non-ferrous alloys. The process is characterised by good cutting quality and high cost-effectiveness. Even complex profiles can be realised with ease using this process.

When CNC cutting with tangential knives, an additional stepper motor continuously rotates the knife in the correct cutting direction. The tool even cuts thicker film and flock material or cardboard with high precision. Tangential knives are ideal when complex shapes with very tight radii need to be cut.

Depending on the design, drag knives are suitable for CNC cutting very thin and fine materials, but are also the ideal cutting tool for harder materials. As the knife is only "dragged", this results in a limited cutting depth that only cuts the surface material, but not the base material.

Especially when it comes to heavy loads, CNC automation robots are the ideal helpers. They can move several small parts at the same time, which together cannot be lifted by human hands. This enables efficient palletising, which can also be used for production outside of regular working hours. One-off production is therefore referred to as plug and play.

Precisely programmed loading robots with six axes, for example, take the effort out of clamping blanks and materials. For example, the CNC machine with its new articulated arm is folded into a space-saving processing cell. Feeding robots can then unclamp the component and position it correctly.

During production, the loaded workpiece carriers have to be moved frequently, sometimes even through entire production halls. Optimised transport routes in conjunction with the loading robots ensure efficient networking of all production steps. So-called racks, i.e. workpiece trays, are first loaded by palletisers and then moved, stored or placed on the machine table.