FRIEDRICH BUSSE DIAMANTWERKZEUGE GMBH + CO

Grinding is unsteady due to changes in the bond, abrasive grain, and wheel topography, affecting forces, surface, and geometric accuracy. To maintain optimal results, a periodic conditioning cycle restores the wheel's grinding ability, optimizing performance, cost efficiency, and surface finish. Tyrolit offers an extensive selection of dressing tools supporting various conditioning methods, from rotating diamond and CBN tool dressers to upright diamond dressers for corundum and silicon carbide wheels, and hand-held dressing sets for large bench wheels in resinoid bond. For optimal results, ensure sufficient coolant supply, and perfectly match the active width and overlap rate of dressing tools. Our application engineers can help design a tailored solution. Dressing is crucial for maintaining high efficiency and surface finish of abrasives. Tyrolit's coordinated product portfolio and expertise guarantee optimal conditioning of grinding tools, supporting the highest process quality.

The Tyrolit diamond cup wheel assortment offers grinding cup wheels for angle grinders in diameters from 100 to 180 mm, ideal for finishing and leveling unevenness on concrete, screed, and other mineral surfaces. They are also popular for bevelling edges on various substrates. Operators can choose from various designs, including cup wheels with high stock removal rates, special cup wheels for even results ideal for bevelling granite slabs, and cup wheels for hard-to-reach places, which are also excellent for floor grinding. Our PCD cup wheels are perfect for removing tough materials like adhesive residues, plastic or resin coatings, and sealants. Available with or without protection segments, they offer a smoother operation or more aggressive machining for stubborn coatings. Other benefits include a long lifetime, no clogging, and high grinding power due to the PCD segments.

Polishing and finishing powder

Diacut cutting discs in diamond and CBN are characterised by a high cutting ability and efficiency in the cutting process.