Milling tools - Import export

Technical information: PCD, CBN and diamond coated milling cutters are best used for the machining of non-ferrous metals, cast materials and special materials. Polycrystalline diamond (PCB) is a synthetic, extremely hard composite mass of diamond particles randomly oriented in a metal matrix. It is manufactured under high pressure and temperatures from selected diamond particles. Because of its fundamental hardness, CBN makes it possible to machine steels with hardnesses up to 70 HRC. The ability of CBN to withstand high speeds and feed rates, along with its good tool life, stable inserts and a precision milling machine guarantee unequalled process reliability, performance and cost effectiveness.

Technical information: In profile milling the contour of the milling cutter is transferred directly onto the work-piece. However, many contours are now incorporated into standard milling cutters and therefore special milling cutters are not needed.

Technical information: Disc milling cutters are ideally suited for machining long, deep grooves quickly and cost-effectively. It is also possible to incorporate disc milling cutters into a set and cut several grooves at the same time. Tool systems: The Zinner RC disc milling cutter can efficiently machine deep grooves with depths from 1.6 mm to 8.0 mm. If necessary, they can also be used for parting. The cutting tips of the RC disc milling cutter and be customised to meet almost every customer requirement. The SPM 03 disc milling cutter can cover a range of cutting widths from 8.0 -20 mm; this variant is equipped with left and right cutting inserts.

Technical information: In step milling, two faces are machined at the same time to create a 90° shoulder. There is a wide range of tools available for step milling and the user should select his tool so that it is ideally suited to the work-piece.

The most common form of milling is face milling; an extremely wide range of tools can be used for this process, ranging from a HSS milling cutter through to high speed milling cutters with cutting inserts in many different shapes and geometries. Several points must be watched in high speed milling and therefore a progressive cut should be preferred. The entry radius is crucial and this should therefore be programmed on entry and exit. It is particularly important that the feed rate should also be reduced when entering the work-piece until the milling cutter is fully engaged. Tool selection FMA 01: a soft cutting milling tool with a large positive cutting geometry in the 50- 315 mm diameter range. Wiper inserts also provide the best surface quality. FMA 07: a new, highly economical milling cutter with 16 cutting edges for machining steel and grey cast iron. FMD 02: a top clamping system for changing inserts quickly and easily; it is also very economical thanks to its 12 cutting edges arranged on two sides. FMD 03: These milling cutters form part of our range for use in heavy roughing, deep cutting depths up to 17 mm and diameters from 125 - 400 mm.

Hexagonal telescopic plastic packaging tubes with ratchet length adjustment. Ideal for drills, milling cutters, shank tools, tool holders and tool bits Infinitely variable telescopic length adjustment Speedy efficient packaging Speedy handling

The world's leading milling system enables the removal of deposits, roots, limestone, as well as protruding pipe sockets and preparation before rehabilitation measures. This is made possible by the use of the variable guide cage and the corresponding tooling with different milling wheels. Based on the WaMax milling motor, the user has a wide range of assembly and application options. Also suitable for egg profiles!

The aluminum housing of a HEIDENHAIN sealed linear encoder protects the scale, scanning carriage, and its guideway from chips, dust, and fluids. Downward-oriented elastic lips seal the housing. The scanning carriage travels along the scale on a lowfriction guide. It is connected to the external mounting block by a coupling that compensates unavoidable misalignment between the scale and the machine guideways. For typical applications on manual machine tools such as milling machines or lathes, display steps of 10 µm or 5 µm are suffi cient. Such display steps are provided by the LS 300 and LS 600 series linear encoders with an accuracy grade of ± 10 µm per meter traverse.

Complex machining processes can now be completed with fewer tools as a result of the use of profile turning tools (also called turning-milling tools). The use of profile turning tools enables the number of tool positions in the tool changer to be reduced.

fine-grain solid carbide finishing end mill: with 4-8 flutes

fine-grain solid carbide hpc end mill: with 3-4 flutes, with toric cut

micrograin solid carbide end mill for hard materials: with six or up to ten flutes, right-hand cutting, upcut spiral, 45°-spiral, shank without clamping surface DIN 6535-HA, with special coating

micrograin solid carbide finishing end mill: with triple flute, without toric cut, right-hand cutting, upcut spiral, shank with clamping surface DIN 6535-HB, with special coating

fine-grain solid carbide end mill: with triple flute, without toric cut, 30°-spiral

fine-grain solid carbide end mill: with triple flute, with toric cut

fine-grain solid carbide slotting end mill: with double flute, without toric cut, extra-long, also available wit special coating

fine-grain solid carbide slotting end mill: with double flute, with toric cut

fine-grain solid carbide front-back deburring cutter 90°: with four flutes

fine-grain solid carbide deburring cutter: with four flutes

solid carbide metal circular saw blade: with 40-160 teeth, toothing laying similar to DIN 1837

fine-grain solid carbide toric end mill: with double flute, right-hand cutting, upcut spiral, shank without clamping surface DIN 6535-HA, also available with special coating (price on request)

fine-grain solid carbide toric end mill: with single flute

fine-grain solid carbide ball nose end mill: with double flute, right-hand cutting, centre cutting, with toric cut, shank without clamping surface DIN 6535-HA, with special coating

fine-grain solid carbide ball nose end mill: with double flute, right-hand cutting, centre cut, shank without clamping surface DIN 6535-HA, also available with special coating

fine-grain solid carbide ball nose end mill: with double flute, extra-long version, right-hand cutting, centre cutting, shank without clamping surface DIN 6535 = HA / shank with clamping surface DIN 6535 = HB, also available with special coating

fine-grain solid carbide ball nose end mill: with double flute, right-hand cutting, centre cutting, shank without clamping surface DIN 6535 = HA, shank with clamping surface DIN 6535 = HB, also available with special coating

fine-grain solid carbide radius end mill: with single flute, right-hand cutting, shank without clamping surface DIN 6535-HA

fine-grain solid carbide finishing end mill: with triple flute, with toric cut, right-hand cutting, upcut spiral, shank without clamping surface DIN 6535-HA, also available with special coating (price on request)

fine-grain solid carbide finishing end mill: with triple flute, without toric cut, right-hand cutting, upcut spiral, shank without clamping surface DIN 6535-HA, also available with special coating (price on request)