Carbide tools - Import export

Tungsten Carbide cutting inserts for notching of HSS rolls Possible diameters of TC inserts are 3.0-30.0mm It is for notching of metallurgical rolls (production of rebar)

Metal-bonded grinding tools for flute grinding With the STARTEC XP-P+ product line, TYROLIT defines a new performance level for the flute grinding of tungsten carbide cutting tools. Two different diamond qualities and the innovative bond structure lead either to significantly reduced grinding forces or to a major increase in profile retention. The precision of the machined tools remains at the usual high level. Increased feed speed Easy profiling Extended dressing intervals

This spindle is designed to be very compact, yet has enough power for light grinding and milling. Also available: splash guard and counterclockwise rotation. Technical Data: Order number: 150412702 Power [W]: 200 Air consumption [l/min]: 400 Vibrations [m/s²]: < 2,5 Revolutions per minute [min¯¹]: 32.000 Engine type: Vane Exhaust air direction: Backwards Front bearing set: Paired Noise level [db (A)]: 75 Weight [g]: 365 Max. tool shank Ø [mm]: 6 Max. carbide tool Ø [mm]: 8 Fitting hose unit: 001366529 (not inclusive)

Neodymium magnet (aka NdFeB magnet), is the third generation of rare earth magnet, which is composed of Neodymium, Iron, Boron and a few transition metals. With high remanence, high coercive force, high energy product, and high performance /cost, Neodymium magnet is currently the strongest magnet available in the world. Manufacturing Process Neodymium, Iron, Boron and a few transition metals will be mixed into the Neodymium powder, then fine Neodymium powder will be compacted in a die and sintered, fusing the powder in a solid state. There are two ways of pressing die pressing and isostatic pressing. Sintered parts normally need some finish machining in order to meet final tolerances. Machining & Tolerance Generally, Neodymium magnet must be machined using diamondgrinding techniques. Sometimes, machining operations may be performed on Neodymium materials with carbide tools, but surface finishes thus obtained may be less than optimal.

Coating the knives increases their life span. It provides excellent results for particle machining, forming and cutting. In addition, the TiAN core structure with thermal resistance, combined with a very thin TiCN coating, is a combination that will bring improvements for most applications. There will be further improvements in the forming process if the Duplex-VARIANTIC process is selected. Advantages and properties of the coating can be applied to high speed steel and sintered carbide tools significantly reduces friction nano-coated structure high resistance against abrasion houževnatý, tvrdý a stabilní až do 800°C

s230 is an automatic solution for faceting and diamond finishing dials index. s230 production center allows the production of a wide variety on index in various metals. Contrasts of different visual effects are performed by the use of diamond tools or solid carbide tools. The complete solution for small and medium series for finishing index combines multiple operations on a single machine. Features Optical recognition and origin definition of blanks Diamond with the revolver toolholder Machining of LuniNova pockets and micromilling Simple programming interface on Windows A variety of automation systems are available to ensure a high level of autonomy in production

Carbideline consists of CarbideLine-S solid carbide tools, CarbideLine-H hybrid tools and multi-part carbide tooling with CarbideLine-I indexable carbide tools. All CarbideLine tools excel through maximum productivity in their specific fields of application. CarbideLine-H tools are a new addition to the product range. They cover the module range 5 to 12 and are the 1st. choice for rough machining and finishing large lot sizes, where the tools costs using solid carbide milling cutters are too high and the gear cutting quality is too low using indexable inserts. CarbideLine-H tools are also highly suitable for machining high-strength materials up to 1,400 N/mm2 and enable a gear quality up to quality grade AAA. Its preferred area of application is for gears for commercial vehicles, general mechanical engineering and energy technology. In one specific application it was possible to reduce the gearing costs per wheel by 20% with the CarbideLine-H compared with an indexable insert system.

With the DHC Premium solid carbide end mills, LMT Tools significantly increased the performance of the low-vibration premium tools: 25 % added machining volume is the result of different helix angles in connection with newly developed, stable front cutting edges and peripheral teeth. Additionally, the new cutting material LCPK30M including an innovative PVD high-performance coating contributes to an improved tool life and a safe chip removal. A special performance feature of the DHC Premium end mill (Different Helix Cutter) by LMT Fette consists in its multifunctionality: it allows the user to rough and finish with the same tool. It can also produce narrow projections and up to 2xd-deep slots in steel and cast materials with exceptional surface quality. Advantages: - Increase of the machining volume by 25 % - Increased process reliability due to stable cutting edges - Multifunctional – roughing and finishing with the same tool

With XChange from LMT Fette, with its patented interface, for the fi rst time it has been possible to combine the advantages of carbide and steel in a modular tap. Approximately 90 % of the taps used nowadays are still made from high-speed steel. This is because this cutting material is featuring the requested toughness for absorbing the torsional moment as well as the necessary load at the cutting edge when rewinding the tap. HSS, however, is having some disadvantages also, compared to solid-carbide taps: tool life and most importantly the feasible cutting speeds and cycle times are significantly lower. With XChange two physically prohibitive properties has been combined: The solid-carbide threaded head, a combination of ultra-fine grain carbide and high performance coating, is providing: - maximum tool life - and high cutting speeds The flexible steel shank guarantees - the stability of the tool - and offers extra efficiency

Interior Coolant

Macor® is mainly used for its machinable properties. Because it is softer than advanced ceramics, Macor® permits to achieve complex geometries more rapidly with the same level of accuracy. In addition to be able to be ground like other ceramics, Macor® can be machined with carbide tools which make drilling and milling easier. Products Macor® is mainly used to manufacture the following products : tooling parts for production machinery insulators electrode carriers lens holders sensor carriers Materials Microcertec utilizes Macor® made by Corning. Macor® is a glass ceramic the chemical composition of which is mainly borosilicate to about 75 %, alumina and magnesia. Macor® has the following properties : machinable good electrical insulation good thermal insulation dimension stability to about 800°c vacuum compatible Download Precision machining of Macor (374.69 Ko)

Zinner has a comprehensive programme of HSS and solid carbide boring tools for non-ferrous metals. The various systems enable the user to acquire the right boring tools for his application from a wide range of tools.

Zinner has a comprehensive range of HSS and carbide boring tools. The extensive spectrum of tools in the Zinner boring system enables you to find the right boring tool for your special job. Features of the modular drill The positioning of the inserts is optimised for a balanced distribution of cutting forces. The generous chip space ensures efficient chip removal. The diameter range is from 16 mm - 58 mm. Reamers are designed to optimise work processes – boring and reaming in one process. Tool systems Twist drills in solid carbide and HSS for mild and stainless steels. Deep hole drills up to 30 x D in solid carbide. 3-lipped drills for grey cast iron and aluminium alloys. Modular drills for various coatings for particular machining situations. Solid carbide drills High speed steel drills (HSS) Exchangeable tip drills Solid carbide end mills Polycrystalline diamond drills (PCD drills) Modular drills Deep hole drills

fine-grain solid carbide engraving tool

micrograin solid carbide dovetail milling tool: with double flute

micrograin solid carbide countersink tool: with triple flute or four flutes, centre cut, shank without clamping surface DIN 6535-HA

micrograin solid carbide milling countersink tool: with single flute, right-hand cutting, centre cut, shank without clamping surface DIN 6535-HA

PCD & K01 marking tool for branding of metallurgical rolls on Atomat & Herkules machines

PCD cutting inserts for notching of metallurgical carbide rolls Possible diameters of tool are 2.0-20.0mm PCD cutting tools for Atomat & Herkules machines

Best choice for Stainless Steel and heat resistance materials milling operations

More than 30 years of experience in producing special carbide cutting tools, our professional team are ready to help you to solve the cutting tools problems.