The Challenge: Manufacturing for the transport sector requires extreme repeatability and the ability to machine advanced materials like carbon fibre, honeycomb composites, and aerospace-grade alloys. There is zero room for error; parts must meet stringent safety and weight specifications.
The Solution: Our 5-Axis Maxicam and heavy-duty M-Series routers are the choice for UK aerospace and automotive suppliers. These machines provide the “High-Z” clearance and vacuum hold-down force required for machining complex interior panels, structural jigs, and lightweight composite housings.
Tooling Hint: Composite materials like carbon fibre require specialized DLC (Diamond-Like Carbon) coated cutters or PCD (Polycrystalline Diamond) bits.
The Challenge: Cutting architectural cladding like ACM (Aluminium Composite Material) requires high-speed precision without “burring” the edges or damaging the finish. The Solution: The Excitech/Maxicam EK series provides the rigidity needed for vibration-free metal cutting. When paired with high-pressure mist cooling, it ensures a mill-finish edge.
Tooling Hint: For the best results on ACM, we recommend Single Flute Upcut Spirals from our Powell CNC Shop to ensure efficient chip clearance and prevent melting.
CNC Creations – Isle of Man
Brian is a joiner who is taking a sideways step into the world of CNC machining and design. He has taught himself with the help of the Manx workshop for the disabled and Next Step.
He uses a Maxi-S 0404 Compact Series to help in his creations.
Follow Brian’s work on https://www.facebook.com/cnccreationsiom/
The Challenge: Speed and “clean-cut” quality are the priorities in nesting for kitchen and bedroom furniture to reduce manual sanding time. The Solution: Our Nesting and Smart Factory solutions and allow for seamless transitions between drilling, pocketing, and profiling. Tooling Hint: Use Diamond (PCD) Nesting Cutters for high-volume board production. They offer up to 50x the life of carbide, significantly lowering your “cost per sheet.” [View Nesting Bits].
MISTRAL MODELS
Established in 2006, Mistral Models is owned, operated and managed by Daran Peters, a craftsman with over 35 years’ experience in this field.
Highly-skilled and fully resourced with the ability to create whatever is needed, they focus on providing the complete modelling service.
Their client base include the film industry, automotive and aircraft manufacturers, classic car owners, heavy industrial companies, exhibition and display stand makers, designers, lighting companies, vacuum forming, private individuals, point of sale, composite, tooling and others.
The company rely on their Maxicam/Excitech E8 1212 5 Axis CNC router with 5 synchronising interpolated axis and their Maxicam M4 1224 with 400mm Z axis to manufacture bespoke foundry patterns, mould tools, composite jigs and models.
Follow Daran’s work on http://mistralmodels.com/
The Challenge: Machining heavy-duty materials like SIP panels, oversized timber, or cement-bonded particles requires high torque and a large Z-axis clearance. The Solution: The Maxicam M4 and M5 series are designed for the rigours of the construction industry, offering the power required for deep-pass machining in structural components. Tooling Hint: Heavy-duty Roughing End Mills are essential here to move large volumes of material quickly while protecting your spindle life.
Camberwell College of Arts
The Institution: A Hub of Creative Excellence Camberwell College of Arts is a constituent college of the University of the Arts London (UAL) and is widely regarded as one of the UK’s foremost art and design institutions. Known for its focus on high-quality craftsmanship and innovative design, the college provides a creative environment where students push the boundaries of modern art. To support their students in developing intricate prototypes and structural models, the college required a versatile and reliable CNC solution.
The Solution: Maxicam Excitech M2-1325 To meet the rigorous demands of student prototyping. This machine was selected for its robust build and precision, making it ideal for the wide variety of materials used in an arts environment—from soft foams and plastics to hardwoods and non-ferrous metals.
The Challenge: A Complex Installation The installation at Camberwell presented a unique logistical challenge. The machine needed to be located in a workshop accessible only through a very narrow passage and a restricted doorway. Standard delivery was impossible, requiring a bespoke engineering approach.
Technical Execution: Dismantle and Reassemble To overcome the tight access, our Powell CNC engineers worked alongside specialised machine movers to perform a complex site-entry strategy. The process involved:
Controlled Dismantling: The M2-1325 was carefully decommissioned and dismantled at the entry point.
Sideways Transit: To clear the narrowest parts of the passage, the machine frame was turned on its side to fit through the doorway.
Precision Reassembly: Once inside the workshop, the engineers reassembled the unit, ensuring every axis was recalibrated to factory standards for immediate use in prototyping.
Supporting Future Designers As seen in the photos below, our team is prepared to go to extraordinary lengths to ensure our customers get the machinery they need, regardless of site limitations. This installation is a perfect example of how Powell CNC provides not just a machine, but a complete engineering service. For more examples of our work in the education sector, explore our other CNC machine applications and demos.
Precision Engraving & Intricate Detail Work
The Challenge: Achieving Micro-Precision on Industrial Scales Fine detail work in materials like brass, plastics, or hardwoods requires more than just a sharp tool; it demands extreme structural rigidity and a perfectly levelled machine bed. Even the slightest vibration in the gantry can lead to “chatter” marks, which are unacceptable in high-end signage or architectural plaques.
The Solution: High-Resolution Machining with the Powell CNC EK Series While many workshops look for small desktop units for engraving, our Excitech EK Series provides a far superior solution by offering industrial-grade stability for detailed work. The EK Series features high-resolution drives and a heavy steel frame that dampens vibration, ensuring that even the smallest text or the most intricate 3D patterns remain crisp and clean.
Using a full-sized EK Series for engraving also allows you to process large sheets of material in a single setup, rather than being restricted to small work areas. This makes it the ideal choice for businesses that need to switch between high-speed nesting and fine-detail artistic engraving on the same machine.
Tooling Hint: Precision is in the Geometry Achieving a “finish-off-the-machine” quality in these CNC machine applications and demos is down to the specific tool selection. For 3D textures and fine-line detailing, we recommend our V-Groove and Engraving bits. These tools are designed to maintain their point even in tougher materials like brass or solid surface. You can browse our full range of precision engraving cutters at the Powell CNC Tooling Shop.
Industrial Foam Machining & Packaging Solutions
The Challenge: Precision in Cellular Materials Foam is notorious for “snagging” or tearing if the cutting tool is dull or if the machine’s travel speeds are not perfectly synchronised. For manufacturers creating shadow boards, protective flight case inserts, or specialised tool kits, the priority is achieving crisp edges and deep vertical walls without deforming the material.
The Solution: Excitech / Maxicam Performance Our latest CNC machine applications and demos highlight how Powell CNC systems deliver the high RPM and smooth travel required for foam processing. Whether you are using a newer Excitech model or a classic Maxicam, the rigid gantry and vibration-free movement ensure perfect shadow boards every time.
Tooling Hint: High-Speed Foam Cutters To achieve deep, clean vertical walls in a single pass, you require High-Speed Foam Cutters with extra-long flutes. Using the correct tooling prevents “ploughing” and ensures a professional finish. You can view our range of specialised foam tooling here.
Bespoke Musical Instrument Manufacturing
The Challenge: Organic Curves and High Tolerances Crafting guitars, violins, and other acoustic instruments involves complex organic geometries and 3D curves. These components require incredibly high tolerances, particularly for bridge and neck seating, where even a fraction of a millimetre can impact the instrument’s playability and tone.
The Solution: Advanced 5-Axis Excitech / Maxicam Technology Our CNC machine applications and demos for the musical instrument sector showcase how the Powell CNC 5-axis series (incorporating both Excitech and Maxicam technology) allows for complex simultaneous movement. This capability enables the machining of intricate scrolls and neck contours that would otherwise require hours of intensive manual carving, ensuring perfect repeatability for boutique luthiers and high-volume manufacturers alike.
Tooling Hint: Protecting Exotic Tonewoods For fine detail and smooth finishes on expensive exotic tonewoods, we recommend using high-quality Downcut Spiral bits. These tools are designed to push chips downward, effectively preventing grain tear-out on the instrument’s surface and maintaining a pristine finish. You can find our professional range of woodworking cutters in the Powell CNC Tooling Shop: https://shop.powellcnc.com.
CNC Creations
Brian is a joiner who is taking a sideways step into the world of CNC machining and design. He has taught himself with the help of the Manx workshop for the disabled and Next Step.
He uses a Maxi-S 0404 Compact Series to help in his creations.
The Challenge: Diverse users with varying skill levels need a machine that is robust, easy to operate, and versatile enough to cut anything from plywood to soft metals. The Solution: Our Maxi-M series is the workhorse of UK maker spaces. Its user-friendly interface and “industrial-lite” build quality provide professional results without a steep learning curve. Tooling Hint: A “Starter Kit” of Compression Bits and V-Groovers is ideal for maker spaces to cover 90% of member projects. [Explore Tooling Kits].
The Challenge: Machining large-scale components like boat hulls, teak decking, or composite interior bulkheads requires a large-format bed and water-resistant precision. The Solution: Large-format Powell CNC routers with high-torque spindles handle dense marine-grade plywood and thick GRP with ease, ensuring perfect fitment for luxury cabinetry or structural parts. Tooling Hint: Salt-water environments demand the best finishes; use Single Flute “O” Flute bits to achieve a polished edge on marine plastics and acrylics. [View Marine Tooling].
The Challenge: Unlike woodworking, metal fabrication requires constant cooling and a machine rigid enough to handle the lateral forces of milling non-ferrous metals. The Solution: Our M3 and M4 series equipped with Mist Lubrication systems transform a router into a high-speed aluminium milling center, perfect for signage, lighting, and industrial parts. Tooling Hint: Specifically designed Aluminium Spiral bits are essential here to prevent “chip welding” where the metal melts onto the tool. [See Metal Cutting Tools].
REDDITCH FAN MANUFACTURER RELY ON MAXICAM M3-1530
Central Fans Colasit Ltd formed in 1987 has become the UK’s largest specialist designer and manufacturer of Plastic Corrosion Resistant Fans of all types. Based from its manufacturing and design HQ in Redditch, Worcs they manufacture a large range of corrosion resistant fans from materials such as PVC, Polypropylene, and PVDF. The company uses a high speed Maxicam M3 CNC router with 8 position tool changer to CNC the range with extremely high tolerances which enables the skilled technicians to assemble the units with a perfect degree of accuracy before plastic welding the seams of the units. With most of the fans a raw edge is visible so it was imperative the edges were smooth and circular apertures were perfectly round, the M3 delivers with precision, reliability and speed.
“Our old twin head CNC router was starting to let us down and we knew we needed to invest in a new bit of kit. After the demos and quotes were received we had a good feeling about the Maxicam offering, we felt it would give us the peace of mind we required as a single machine owner integrating the CNC system in to a just in time manufacturing process. Reliability and performance were keys areas for consideration and we certainly felt the build quality, superior components and level of service were spot on” Dave Cole – Works Director
For more information on Central Fans Colasit Ltd please visit: www.central-fans.co.uk
Content to be added
MISTRAL MODELS
Established in 2006, Mistral Models is owned, operated and managed by Daran Peters, a craftsman with over 35 years’ experience in this field.
Highly-skilled and fully resourced with the ability to create whatever is needed, they focus on providing the complete modelling service.
Their client base include the film industry, automotive and aircraft manufacturers, classic car owners, heavy industrial companies, exhibition and display stand makers, designers, lighting companies, vacuum forming, private individuals, point of sale, composite, tooling and others.
The company rely on their Maxicam M8 1212 5 Axis CNC router with 5 synchronising interpolated axis and their Maxicam M4 1224 with 400mm Z axis to manufacture bespoke foundry patterns, mould tools, composite jigs and models.
Follow Daran’s work on http://mistralmodels.com/
Content to be added
GPN Bespoke Furniture
GPN are bespoke furniture manufacturers based in Hull with over 50 years’ experience of furniture craftsmanship.
They manufacture products utilising a wide range of materials from laminates, wood veneers, solid timbers and solid surface materials such as Corian. They have a spray shop for painted or lacquered finish furniture and also a solid surface oven which allows them to curve and shape solid surface material.
GPN’s expertise lies reception counters, storage, lab furniture, seating which they supply and install. To help create their beautiful items, they rely on the Maxicam M3-1530 CNC router.
“The machine has allowed us to speed up the manufacturing process on all jobs and now allows us to have more control over each job as before we had to sub-contract the CNC work out to other local companies.
It has also allowed us to take on supply only jobs including machining various retro arcade / gaming machines. They are machined in plain MDF and Melamine MDF finishes. These have been constant weekly orders for us since the machine has been up and running. These types of jobs would never have been possible for us before we had the machine. “
Paul Capes, from GPN Bespoke Furniture
Check out GPN’s work on https://www.gpnbespokefurniture.co.uk
The Challenge: Set designers often work with unique, oversized materials like EPS foam, scenic ply, and unusual plastics on extremely tight “opening night” deadlines. The Solution: The speed and versatility of a Maxicam ATC (Auto Tool Changer) mean a set-builder can go from rough-cutting large scenery blocks to fine-engraving props without stopping the machine. Tooling Hint: High-speed Straight Flute cutters are excellent for rapid scenic work where speed is prioritized over a polished finish. [Shop Fast-Cut Tools].
The Challenge: Complex Geometry in Luxury Joinery In the world of high-end architectural joinery, such as the bespoke staircases crafted by Woodside Joinery, the geometry is often incredibly complex. Traditional 3-axis machining is limited to vertical or horizontal planes, which often leaves “blind spots” on curved handrails, volutes, and twisted strings. For a company like Woodside Joinery, the goal is to eliminate manual sanding and hand-finishing by achieving a “finish-off-the-machine” quality on every organic curve.
The Solution: 5-Axis Simultaneous Machining Our CNC router video tutorials and machine demos frequently highlight the jump from 3-axis to 5-axis capability. By using a Maxicam Excitech E8 5-axis router, Woodside Joinery can perform simultaneous interpolated movements. This means the spindle can tilt and rotate while the machine moves across the X, Y, and Z axes, allowing the cutter to remain perfectly perpendicular to the complex surfaces of a sweeping staircase component.
As seen in our latest Instagram showcase featuring Woodside Joinery, the 5-axis machine handles intricate woodworking tasks with fluid motion. This technology not only increases production speed but also ensures that every component is mathematically perfect, a requirement for luxury installations where tolerances are measured in fractions of a millimetre.
Tooling for High-End Woodworking To achieve the mirror-smooth finish seen in these machine demos, choosing the right tooling is critical. For curved stair components and deep profiling in hardwoods like Oak or Walnut, we recommend using our Ball Nose End Mills or Tapered Spiral Cutters. These tools allow the 5-axis head to navigate tight radii and deep pockets without “chatter” or grain tear-out.
You can find the exact cutters used by professional joiners in our dedicated Woodworking Tooling Section at the Powell CNC Shop. By pairing world-class machinery with precision-engineered bits, UK joineries can push the boundaries of what is possible in modern timber design.