Widia is releasing a new MS geometry insert for the brand’s best-selling Top Drill Modular X (TDMX) drill. With the MS geometry expansion, the TDMX platform now offers three material-specific inserts, broadening the platform’s application capabilities to include inclined entry and exit, stacked plates and cross-hole drilling in stainless steel, super alloys, steel and cast iron materials.

In a recent customer test, the TDMX body, paired with the new MS geometry insert, achieved a 60% increase in tool life versus competing solutions while machining a 13-8 Hyper Chrome 110 KSI workpiece material at 3xD with a cutting speed of 75 m/min.

The MS geometry insert for the TDMX modular drill platform provides increased stability when drilling stainless steels and super alloys. Notably, the drill’s X-shaped pocket and tapered seat provide stability in challenging applications, while making it easy to change out the insert without disassembling the body from the holder. According to the company, these key design features reduce the unstable cutting conditions experienced with other drills commonly available on the market, while enabling higher penetration rates and reducing overall machine set-up times and costs.

Widia’s TDMX modular drill features a double-angle pocket seat design and a flanged shank that is said to provide outstanding flexibility and stability. It is possible to regrind all three inserts to extend tool life. TDMX is available in 1.5xD, 3xD, 5xD, 8xD and 12xD lengths, and diameter ranges from 16 to 40 mm.

For further information
www.widia.com

Walter has added lengths from 16 to 30xD to its X·treme Evo series of solid-carbide drills from the DC160 Advance range, thus facilitating deep-hole drilling applications. The DC160 Advance makes deep-hole drilling possible in a single operation without pecking, which is credit to Walter’s XD technology.

Complementing the existing 3, 5, 8 and 12xD offer, new arrivals include 16, 20, 25 and 30xD variants. The 16 and 20xD drills are available in diameters from 3 to 16 mm, whereas the longer 25 and 30xD variants come in diameters from 3 to 12 mm. The through-coolant drills are available with an overall length from 89 to 430 mm, depending upon the depth by diameter ratio of the selected drill.

Just like existing versions of the DC160 Advance, the latest deep-hole drills feature the new thinner web with 140° point angle and the fourth land in an advanced position. The thinner web ensures increased positional accuracy and reduces centre cutting forces, while the advanced-position fourth land optimises drill guidance. Furthermore, the new drills incorporate a pronounced chip gullet relief that creates a smooth and efficient cutting action upon initial entry. This softer cutting action reduces the required feed force, which subsequently eliminates deflection.

Grade selection ranges from the wear-resistant WJ30ET and WJ30EU to the tough K30F micro-grain substrate with TiSiAlCrN/AlTiN multi-layer coating. Furthermore, the polished flutes from 8xD optimise chip evacuation and reduce cutting forces.

Typical applications for the drills, which are available with or without through-coolant, include general engineering, as well as the mouldmaking, energy, automotive and aerospace industries.

For further information
www.walter-tools.com

Horn is releasing an expanded range of CVD (chemical vapour deposition) diamond-tipped tooling for the cost-effective drilling and countersinking of sintered carbides and ceramics of hardness up to 3000 Hv. According the company, the tools enable short throughput times, high surface quality, low costs and more flexibility within the production process, as well as long tool life.

The DDHM tool system allows rigorous machining processes to take place on conventional milling and turning centres, eliminating the need to invest in expensive new machinery or resort to costly, time-consuming grinding and eroding processes. Due to their ability to machine carbide punches and dies efficiently, the cutters are particularly suitable for use in the tool- and die-making sector. However, they also offer production advantages in the medical, aerospace and automotive industries.

The CVD-D-tipped drills are suitable for producing holes in solid material to a maximum depth of 10xD. Each tool is of two-edged design and is available in diameters ranging from 2 to 10 mm. All versions feature internal channels for cooling with air. For chamfering and countersinking, Horn offers CVD-D end mills with diameters of 3 and 6 mm, and with flank angles of 15, 30 and 45°. The 3 mm version has five teeth, while the 6 mm variant has six.

For further information
www.phorn.co.uk

Kennametal has introduced the FBX drill for the flat-bottom drilling of structural aerospace parts. The patented FBX drill delivers high stability and up to 200% higher metal removal rates when machining high-temperature alloys and stainless steel, reports the company.

Quickly removing large amounts of material remains a challenge for aerospace structural components.

Traditionally, the first process step is to enter the material by using ramping techniques. This is a time-consuming process and low metal removal rates are the norm.
Says Georg Roth, product manager at Kennametal: “Our FBX drill dramatically speeds up the machining process by combining the advantages of a flat-bottom drill and a Z-axis plunge mill. The flat bottom design eliminates radial forces while four effective cutting edges provide increased feeds and speeds, leading to up to 200% higher metal removal rates than traditional ramping techniques and freeing up capacity for aerospace manufacturers.”

Once the drill has shaped the basic structure of the component, roughing and finishing with indexable and solid end mills are the next process steps.

Four effective cutting edges provide stability in challenging applications like chain-hole drilling, while large chip flutes ensure hassle-free chip evacuation. Supported by a series of exchangeable coolant nozzles to help eliminate heat build-up, the drill point is characterised by a centre insert with two effective cutting edges and chip splitters for maximum feed capabilities.
The drill bodies are available in diameters 60, 75 and 90 mm, and come in a long and short version (150 and 95 mm).

Design modularity means the drill connects to Kennametal’s bolt taper flange (BTF) mount adapters – available in various spindle connection types.

For further information
www.kennametal.com

Sandvik Coromant is upgrading its range of tools for steel tapping operations with two updates to its solid round tools range. The company says that its next-generation CoroTap T200 and T300 spiral tapping tools for ISO P materials deliver improved process security, longer tool life and a reduced cost per component.

CoroTap T200 and T300 are suitable for ISO P1 and P2 steel workpiece materials, and can therefore help improve the machining of parts such as crankshafts, steering knuckles and general engineering components like housings and flanges.

The CoroTap T200 has a spiral point, with the T300 featuring a spiral flute. While the spiral point of the T200 is suited to the machining of through holes – where chips are pushed forward – the T300 caters for blind holes, where there is no exit hole and chips must be pulled backwards. As part of the upgrade, both tools have a new surface treatment, as well as improved edge rounding for better finishing inside the machined hole. An enhanced flute form also aids better overall performance.

As a result of these upgrades, Sandvik Coromant reports that manufacturers will benefit from improved process security with an increased resistance to edge chipping, leading to fewer tool breakages and enhanced thread quality. In addition, the cutting-speed capability is higher than with previous versions of the tool, subsequently leading to an overall reduction in the cost per part.

Another major difference compared with previous versions of the CoroTap range is that customers can benefit from Sandvik Coromant’s ‘Tailor Made’ web assortment. This service gives customers the freedom to specify their own dimensions, without paying for a specialist tool.

For further information
www.sandvik.coromant.com