BED MILL FROM XYZ MACHINE TOOLS HITS THE BULLSEYE AT PRECISION RIFLES

A new XYZ RMX 3500 bed mill with ProtoTRAK RX Touchscreen control is proving a sure-fire
hit at one of the UK’s leading manufacturers of custom rifles. Precision Rifle Services,
located on the 22,000-hectare Glenlivet Estate in Scotland’s whisky country, is using the
RMX 3500 to facilitate its transition to CNC milling. By moving away from manual mills, the
company is already seeing a significant reduction in machining hours for key operations such
as the in-letting of composite rifle stocks.
Formed in 1990, Precision Rifles is a small, four-employee business dedicated to producing
the world’s most precise custom rifles – providing customers with an accuracy guarantee.
The company’s workshop is located deep in the Scottish Highlands. Although an unlikely
place to find an XYZ CNC milling machine, like much of the surrounding countryside, it is a
sight to behold.
“Business is currently as strong as it’s even been, which is part of the reason for investing in
a CNC bed mill,” explains company owner and managing director Callum Ferguson. “There’s
a limit to how many workshop hours we can exploit with our existing manual milling
machines. Investing in a CNC mill will help us move through our workload much faster.”
Precision Rifles has known of XYZ Machine Tools for many years, largely from its prominent
industry presence and exhibition appearances. After initial discussions, the company visited
XYZ’s showroom in Livingston to see demonstrations of an RMX 3500 bed mill with
ProtoTRAK RX Touchscreen control.
“It’s great having a showroom here in Scotland,” says Ferguson. “We wanted to make sure
we were making the right decision. Investing in a CNC machine tool is a big commitment for
a small business like ours.”
The primary role for the XYZ RMX 3500, which arrived in August 2024, is the inletting of rifle
stocks. A rifle stock supports the barrel and action while simultaneously helping the shooter
control the firearm. The machine’s 750 x 480 x 510 mm of travel in the X, Y and Z axis (over
its 1,370 x 355 mm table) make it the ideal size for this challenging task, ably supported by a
5,000 rpm, 3.75 kW programmable spindle.
Precision Rifles imports its composite stocks from the US, where they are manufactured
from layers of fibreglass cloth, impregnated with epoxy resin and moulded together at high
pressure. Machining these synthetic materials is problematic because of subtle differences
in the geometric tolerances of each moulding. Precision Rifles has to calculate the optimal
position for the action in relation to individual stocks.

“We use Fusion 360 software to create a drawing for each stock and then export the DXF file
to the ProtoTRAK control,” explains Simon Nicoll, who is responsible for operating the new
XYZ machine at Precision Rifles. “In-letting stocks is high-tolerance work, with precise draft
angles and radii to ensure a perfect fit of the action metalwork with supporting contact all
round.”
Each stock costs hundreds of pounds before Precision Rifles even starts machining. Accuracy
is therefore paramount, as scrap can prove extremely expensive.
“One of the machine’s many benefits is its flexibility,” says Nicoll. “We take advantage of the
conversational programming capabilities of ProtoTRAK to make as many parts as possible in-
house.”
A good example is the custom base for each rifle’s sight/scope. Machined on the RMX 3500
from aluminium, bases feature a custom radius and, depending on the rifle’s intended use,
an incline that makes it slightly lower at the front than the rear.
“We can machine these manually but it’s an all-day operation that proves expensive for the
customer,” explains Nicoll. “However, with our RMX 3500 we machine the bottom side in
just 8 minutes, turn it over and complete the top side in 24 minutes. It’s quite incredible
what we can achieve conversationally at the ProtoTRAK control.”
Precision Rifles takes particular advantage of the control’s TRAKing feature. Certain
toolpaths feature very small clearances of 0.25 mm, which are quite easy to misjudge.
“TRAKing means we can physically move through the program with the handwheel for
complete peace of mind,” says Nicoll. “It reduces the chances of wrecking an expensive
workpiece. We’re so impressed with the precision of the machine. We get gauge-level
accuracy almost without trying.”
Precision has always been a topic of interest to Ferguson. Before founding Precision Rifles
he worked for a rifle barrel maker, learning how to manufacture and fit match-grade
barrels. Ferguson soon had a yearning to set up a business building custom rifles with
‘bench-rest’ accuracy.
“Like many things in life, a rifle is only as good as the components, tools and expertise used
in its creation,” he says. “Component quality depends on utilising modern methods of
production, which is why we’ve taken a huge step forward with our machining capability.
We’re extremely pleased with our RMX 3500 milling machine, and it will only get better as
we create more programs and gain familiarity with different CNC operations. We’re already
able to create types of radii and pockets that are extremely challenging on a manual mill
without consuming an inordinate amount of time. The XYZ CNC bed mill is proving to be an
enormously helpful asset.”
More information www.xyzmachinetools.com

Crowds head to SteelFab this week

The 20th edition of SteelFab takes place this week (13-16 January) at the Expo Centre Sharjah in the United Arab Emirates (UAE). SteelFab is known as the most comprehensive event of its kind for a reason – it caters to the entire gamut of the fabrication industry in a focused manner through special segments such as machine tools, welding and cutting, tube and pipe, surface preparation and finishing, and AI and robotics.

The UAE’s economic diversification push has given added impetus to the metalworking industry as it looks to invest in the latest tools for both metal-cutting and metal-forming applications, including automation, tooling systems, CADCAM software and other technologies. SteelFab 2025 is hosting a special section for CNC machine tools and metal-cutting machinery that features a live display area.

More information www.steelfabme.com

Fabweld Steel installs Accurl laser cutter

Shropshire-based Fabweld Steel Products (FSP) has bought a 15 kW Accurl fibre laser cutter
to increase its production capacity and scope to boost growth. The new machine replaces
the firm’s 3 kW fibre laser, which handled 95% of products at the Telford factory.
“Going forward, the increased speed, capability and capacity will quickly put us on an
upward trajectory towards our full potential,” says FSP managing director Wayne Carter.
The process to decommission the 3 kW laser, remove it, install and commission the Accurl,
train staff and get up to full production capability, was completed at the end of October.
Milton Keynes based Axe and Status Machinery supplied the new Accurl laser. Managing
director Steve Thomas says: “Our objective is to supply quality and reliability at a
competitive price, which allows customers to remain competitive. We have enjoyed a long-
standing relationship with FSP and are pleased to be part of their ongoing expansion plans.”
FSP specialises in the design and manufacture of access covers and other fabricated steel
products for the construction industry, including non-structural and structural applications.
The company is an accredited Real Living Wage employer and is committed to improving
sustainability by investing in green technologies. For instance, a large solar panel system
now powers the factory and the firm’s nitrogen generator. Also in place is a double-fast
electric vehicle charging system, which is available for community use when the factory is
not open at weekends.
More information www.axestatus.com

Tribute to Sir David McMurtry

Metrology specialist Renishaw is sad to announce the death of its co-founder and non-
executive director, Sir David McMurtry. Sir David founded Renishaw in 1973 with John Deer,
a fellow Rolls-Royce engineer, to commercialise the 3D touch-trigger probe for CMMs. He
had invented the probe the previous year to solve measurement problems faced in the
manufacture of Olympus engines that powered the Concorde supersonic aircraft.
A brilliant engineer, he was employed at Rolls-Royce in Bristol for 17 years. Sir David went
on to be named on over 200 patents for Renishaw innovations. The company he co-founded
over 50 years ago today employs over 5000 people in 36 countries. His Knighthood was
awarded ‘for services to Design and Innovation’ and he was appointed a Royal Designer for
Industry (RDI) in 1989.
More information www.renishaw.com

London press launch for MACH 2026

Located next to Somerset House on the banks of the River Thames, the Institution of Engineering and Technology (IET) provided the backdrop for the Manufacturing Technologies Association (MTA) to launch MACH 2026. The next edition of the UK’s largest exhibition for machine tools and manufacturing technologies will take place on 20-24 April 2026 at the Birmingham NEC, where 30,000+ attendees are expected.

More than 65% of the show’s floorplan is already taken, 16 months ahead of the event. The key theme for the 2026 edition will be unprecedented support from key industry associations such as Make UK, the MMMA, GTMA, BTMA, PTMA, Automate UK, Composites UK, BPF, BFPA, HVMC, and the Catapult Centres. Among key speakers at the press launch was Professor Rab Scott (pictured) of the IET’s Digital Futures Policy Centre.

More information www.machexhibition.com