LUKAS-ERZETT IN BRAZIL

LUKAS carbide burrs are manufactured using high-quality solid carbides on modern CNC automatic grinding machines in order to guarantee precision and repeatability of angle, profile and twist. Our Head Office in Germany manufactures solid carbide burrs to your drawings and specifications to help you solve difficult stock removal problems.

Mounted Points, efficient and professional grinding

LUKAS mounted points are premium grinding tools with a long tool life that deliver high removal performance. They are perfect for efficient and effective rough processing, fettling, preparing and reworking weld seams, and for deburring.
From cutting to fine machining, we offer a range of mounted points in various shapes, sizes and finishes so that you always have the right grinding tool for the job. LUKAS mounted points are designed for grinding all kinds of material (steel, cast steel, tool steel, cast iron, aluminium alloys, titanium and nickel alloys, plastic, glass, ceramic and many more).

Whether you need to achieve certain technical surface values for your product or just want to make it shine, there are many good reasons to choose polishing tools from LUKAS.
In sectors such as the automotive industry, aerospace, and pump and turbine engineering, there are plenty of sealing surfaces and fits that must be produced with high precision to achieve the right result. In the food and pharmaceutical industries, polished surfaces ensure hygienic clean working conditions. In the mould and die industry, surfaces are polished to a mirror finish, the result is that every casting produces a perfect end product.
In response to the growing importance of fine machining, LUKAS has developed a wide range of polishing tools, featuring a variety of raw materials, grain combinations and hardness levels. LUKAS polishing tools are categorised into groups P1 to P7 according to the respective application. These tools include polishing wheels, points and sticks to cover a wide variety of applications.

Our flexible grinding and polishing tools are made of high quality abrasive cloth and abrasive fleece. They consist of a flexible backing coated with abrasive grain.
Backings used: cloth, polyester, fleece, fibre
Grain types used: regular aluminium oxide (NK), silicon carbide (SIC), zirconia alumina (ZK), ceramic (Ceramic)
Our flexible grinding and polishing tools are available in many different shapes and dimensions. Applications range from high chip removal through to achieving an extremely fine surface finish.

LUKAS offers you the right abrasive for every job – tailored to your requirements and the materials you want to machine. The high quality abrasives from LUKAS are ideal for many industries, areas and requirements, and therefore offer you a very wide choice.

The overview in our catalogue lists all abrasives for use with flexible grinding and polishing tools. Read through the attributes and application areas for various workpiece materials to identify the most suitable abrasive grain type and tools to meet your requirements.

Cutting discs are specialists for powerful cuts: they work their way rapidly through every material. Cutting tools from LUKAS are precisely adapted for use on different materials and with handheld or stationary machines. They all achieve maximum performance and a long tool life.
The LUKAS product range includes suitable cutting discs for steel and stainless steels, cast materials and light metal, as well as for bricks, tiles and other building materials. Cutting discs for stationary machine tools are also available in addition to types for handheld angle grinders.

Rough grinding discs are the specialists for coarse work: you get the maximum cutting performance. LUKAS offers rough grinding discs for every type of metal with the properties to match.
LUKAS grinding discs are designed for machining steel, stainless steel, non-ferrous metals, cast materials, titanium and composite materials. Depending on the machining material, the tools comprise an optimised combination of grain, bonding agent, microstructure, shape and design.