Redefining plug-and-play in short-hole drilling

Sandvik Coromant is introducing its second-generation exchangeable-tip drill, the CoroDrill DE10. Engineered for high-volume drilling across all materials, the company says CoroDrill DE10 delivers true plug-and-play functionality and uncompromised performance.

Building on the success of CoroDrill 870 for H9-H10 hole tolerances, CoroDrill DE10 introduces advanced features that enhance versatility and operational ease. Users will appreciate the familiar pre-tension clamping interface, thoughtfully designed to align with operator experience while delivering enhanced security. The solution priortises robustness, enabling quick tip changes, reliable high-speed drilling and extended drill body life with more tips per tool. Its unique -M5 tip geometry delivers unmatched performance across diverse materials and cutting conditions.

CoroDrill DE10 addresses several common drilling challenges, particularly for manufacturers tasked with producing large quantities of holes in a single operation. With high-feed capabilities, the tool achieves fast penetration rates, boosting productivity and lowering cost per hole. Additionally, both tool inventory and cycle times can be reduced, as CoroDrill DE10 eliminates the need for a pilot hole to guide the drill into place.

As a true plug-and-play solution, CoroDrill DE10 integrates into existing set ups, offering ease of use while enhancing operational efficiency and performance. Sandvik Coromant says the tool will streamline manufacturing processes and deliver consistent results with minimal downtime.

“CoroDrill DE10 marks a new era in exchangeable-tip drills,” states Mikael Carlsson, global product specialist for indexable rotating tools at Sandvik Coromant. “Testing against competing solutions has demonstrated its superior robustness, faster and easier tip changes, enhanced feed capacity, extended tool life, and reduced cost per hole. It’s an ideal solution for high-volume hole-making in parts such as heat exchanger plates, automotive components, shafts, pumps, valves, and I and H beams.”

More information www.sandvik.coromant.com

Next-level productivity with ceramic end mills

When it comes to machining superalloys used commonly in the aerospace, motorsport and medical sectors, solid-carbide cutting tools will only deliver performance to a certain level. To take performance into the stratosphere, cutting tool manufacturer TaeguTec says machine shops should apply ceramic cutting tools, like its CeramicSFeed.

Ceramic tooling requires a change in mindset and machining strategies, but TaeguTec says the dividends are incredible with the correct cutting tool. Unlike solid-carbide tools, CeramicSFeed is capable of machining at cutting speeds up to 1000 m/min at feed rates of up to 0.1 mm/tooth. Suitable for processing nickel-based superalloys such as Inconel at these elevated machining parameters, the CeramicSFeed incorporates TaeguTec’s C3030 grade. A geometry incorporating unequal flute spacing, a high helix angle and an optimised edge geometry with proprietary cutting edge ‘after-treatment’ further drives performance.

Available as a four- or six-flute variant, the new CeramicSFeed TC3030 grade is manufactured from a SiAlON composition that provides durability in shouldering, slotting and ramping operations.

TaeguTec has introduced the TC3030 grade CeramicSFeed with a four- or six-flute CRF variant, or the four-flute high-feed CRH range. The four- or six-flute CRF has been developed with a larger core diameter to increase stiffness and minimise vibration. The high-helix 40° cutting angle and corner radius further extend tool life and improve swarf evacuation during high-feed machining.

In contrast, the high-feed CRH four-flute end mill features a robust, high-strength body that is conducive to machining at high feed rates. This combination makes the four-flute CRH a suitable choice for high-feed facing and ramping applications where maximum material removal rates are a necessity.

More information www.taegutec.com

SUBCONTRACTOR CHOOSES 30-TAPER PRODUCTION CENTRE TO EMBARKON FIVE-AXIS PRISMATIC MACHINING

Wisbech-based subcontractor Avant Manufacturing was using four 40-taper, three-axis
VMCs (vertical machining centres) when, towards the end of 2024, a sharp upturn in existing
and new business meant that an extra machine was needed quickly.
Dominic Roach, who founded the company in April 2021, wanted to install a five-axis
production centre to reap the benefits of less part re-clamping. The advantages are
principally higher speed of production, and less risk of errors and damage to workpieces due
to excessive manual handling. He also wanted to produce more complex components,
preferably in one hit. However, the space remaining on the shop floor was limited and five-
axis machines tend to be large.
The solution to this conundrum was to install a Brother Speedio U500Xd1 five-axis,
swivelling-trunnion VMC with a 30-taper spindle from Whitehouse Machine Tools- the sole
UK agent for the Japanese manufacturer. Having a 1560 x 2026 mm footprint, the machine
fitted neatly into the available space when it was delivered in December 2024.
According to Whitehouse Machine Tools, subcontractors are increasingly moving to the 30-
taper interface, especially with the Big-Plus face and taper contact option, as it combines
40-taper rigidity with the high speed motions of which the smaller form factor machines are
capable.
“The Brother machine practically sold itself,” states Roach. “We couldn’t find a 40-taper
machine that would fit, while other 30-taper equipment suppliers had a limited number of
production platforms and automation possibilities in their range, which would have limited
our future options.
“Additionally, I was drawn to the Brother because it’s a true five-axis machine, not a three-
axis model with a bolt-on compound table. An added bonus is that Whitehouse offers
unlimited ongoing technical support and is very quick to respond when we have a query.
Someone always gets back to us within half an hour.”
As he was swapping to a smaller diameter tool holder that he had never used before, Roach
was keen to satisfy himself that the Brother machine was powerful enough to remove metal
quickly. Admittedly, most of the material going through the shop is aluminium, with the
remainder mainly plastic, but often billets are reduced to 10% of their original size, such as a
medical robot part that is regularly produced. In one recent instance, a 72 kg block of 6082
aluminium was milled down to a weight of 4 kg, a reduction of more than 94%.

With a similar aluminium billet and Ceratizit roughing end mills, he drove 100 miles west to
Whitehouse Machine Tools’ showroom and technical centre in Kenilworth to put a U500Xd1
through its paces.
“I was impressed not only by the metal removal rate, but also by the size of parts that can
be produced in such a small footprint,” says Roach. “I would have no hesitation producing
components from tougher materials either, as it’s an easy matter to change the machining
strategy to limit the width and depth of cut, and increase the spindle speed and feed rate.”
Since there was an urgent need in Wisbech for the additional spindle, he decided to rent a
U500Xd1 ahead of taking delivery in April 2025 of a more capable model, a U500Xd2.
Whitehouse duly supplied the rental machine and provided two days of on-site training.
The upgraded U500Xd2 has longer travels in X and Y, giving a working volume of 500 x 450 x
380 mm. Rotary axis motions are the same, as are the 16,000 rpm Big-Plus spindle and the
28-position tool magazine, but the control is full five-axis rather than 4+1. A high-accuracy
mode option with 1000-block look-ahead has been selected, as well as 35 bar high-pressure
coolant, and Blum probes for checking cutter length and workpiece position. Chip-to-chip
time is fast at 1.4 seconds owing to simultaneous tool change and rapid traverse in the
linear and rotary axes.
To indicate how much faster the U500Xd1 is, and the U500Xd2 will be, compared with one
of his 40-taper VMCs, Roach cites a scientific part produced from solid aluminium that
formerly required four separate set-ups on three-axis machines. The number of operations
has been halved and the same component is now produced in 36% of the time. That is
because although Op 1 is the same, Ops 2, 3 and 4 are now completed on the five-axis
Brother in a single clamping using the rotary axes to position the part for five-sided
machining.
A job completed in January 2025, involving drilling 60 holes at eight different angles into a
medical plastic block, could not have feasibly been completed on the three-axis machines.
So the availability of the Brother is allowing Avant Manufacturing to gain new business that
it previously had to turn down.
A difference that was noticeable immediately following installation of the U500Xd1 was the
better milled surface finish on components, which far surpasses any customer requirement
received to date. Dimensional tolerances held are tight, down to below 10 µm, despite there
being no temperature control in the factory.
Looking to the future, for obvious reasons Roach is looking to move to larger premises and
has first refusal on an adjacent unit on his current industrial estate in Wisbech. He is
committed to continuing the journey towards 30-taper, five-axis machining to provide
increased capacity for both large and small batch production, especially for the medical,
pharmaceutical and scientific industries that he mainly serves, as well as for the control,
automation and defence sectors.
More information www.wmtcnc.com

Mclennan partners with Lin Engineering

Mclennan, a UK-based motion control specialist, has strengthened its product range via a new partnership with US-based motion control component manufacturer Lin Engineering Inc, a subsidiary of the Moon’s group of motion control component manufacturers. Lin Engineering manufactures rotary stepper motors, linear actuators, brushless DC motors, micro-DC motors and frameless torque motors. Of particular interest for Mclennan, Lin Engineering’s ‘Zero-Tech’ specialist approach encompasses several advanced motion control technologies designed to overcome common engineering challenges in DC motors.

More information www.mclennan.co.uk

FANUC BDM for northern England and Scotland

Automation expert FANUC UK has doubled down on its commitment to support innovation in manufacturing with the announcement of a dedicated business development manager for the north of England and Scotland. Tony Bentham will be instrumental in helping businesses and academic institutions across the region to embrace robotics that enhance productivity, sustainability and profitability. With more than 36 years of experience at FANUC UK – specialising in robotics and customer service – Bentham brings a wealth of knowledge and expertise to his new role.

More information tony.bentham@fanuc.eu