CNC BANDSAWS & AUTOMATIC METAL CUTTING SAWS

CUT | AUTOMATE | PRODUCE

MACH supplies industrial CNC and automatic bandsaws across the UK & Ireland, engineered for accurate, repeatable cutting of solid bar, tube, structural sections and metal profiles.

From compact production saws to fully automatic CNC bandsaw systems, MACH helps manufacturers select the right cutting capacity, blade technology, automation level and material handling system for their production requirements.

AUTOMATIC CUTTING

Automate material feeding, clamping and repetitive cutting for higher productivity and reduced operator input.

PRECISION SAWING

Controlled blade speed, feed pressure and material clamping deliver accurate, repeatable cuts across production batches.

SOLIDS & PROFILES

Cut round and square bar, tube, box section, structural profiles and solid material across a wide range of sizes.

MITRE CUTTING

Available configurations for straight and angled cutting of structural steel, tube and fabricated profiles.

MATERIAL HANDLING

Integrate powered roller tables, measuring systems and infeed/outfeed solutions for efficient material movement.

BUILT FOR PRODUCTION

Heavy-duty saw frames, blade guidance and controlled cutting parameters provide reliable performance in demanding fabrication environments.

AUTOMATIC CUTTING

Automatic feeding, clamping and repetitive cutting for higher productivity.

PRECISION SAWING

Controlled blade speed and feed for accurate, repeatable cuts.

SOLIDS & PROFILES

Cut solid bar, tube, box section and structural profiles

MITRE CUTTING

Straight and angled cutting for structural steel and profiles.

MATERIAL HANDLING

Roller tables, measuring systems and automated material feeding.

Technology & Features

PRECISION IN EVERY CUT

Advanced bandsaw technology. Engineered for accuracy and performance. Purpose-built features for faster cutting, consistent results and dependable day-to-day production.

01

SEMI-AUTOMATIC BANDSAWS


Efficient, versatile cutting for low-volume production, fabrication and general workshop applications.

02

FULLY AUTOMATIC BANDSAWS


Automated material feeding, clamping and cutting for faster, repeatable production with reduced operator input.

03

VARIABLE BLADE SPEED


Optimise blade speed for different materials, sections and cutting requirements to improve performance and blade life.

04

SINGLE & DOUBLE MITRE CUTTING


Flexible mitre cutting for structural steel, tube and profiles, with configurations available for single or double mitre applications.

05

AUTOMATIC FEED & BUNDLE CUTTING


Programmable material feeding and hydraulic clamping options enable efficient repetitive cutting of individual lengths or material bundles.

06

CUTTING CAPACITY & MATERIAL RANGE


Solutions for round bar, box section, tube, profiles, beams and solid material across a wide range of cutting capacities.

‎ ‎ ‎ ‎‎ ‎ ‎ ‎SMARTER CUTTING. ‎ ‎ ‎ ‎ ‎ STRONGER PERFORMANCE.

M MACH | Metalwork Machinery

METAL BANDSAW QUESTIONS? WE’VE GOT ANSWERS

Metal Cutting Bandsaw Frequently Asked Questions

Get clear answers to the most common questions about metal cutting bandsaws, including semi-automatic and fully automatic machines, cutting capacities, mitre cutting, blade speed, material types, automatic feeding and choosing the right bandsaw for your application. Can’t find what you’re looking for? Contact the MACH team  we’re here to help.

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Get full machine specifications, options and technical details.

A metal cutting bandsaw uses a continuous toothed blade to cut metal stock accurately and efficiently. Industrial bandsaws can cut solid bar, tube, box section, structural sections and profiles in materials including mild steel, stainless steel, aluminium and other metals. They are widely used in fabrication, engineering, steel processing and general manufacturing.

A manual bandsaw requires greater operator involvement in positioning, clamping and completing the cutting cycle. A semi-automatic bandsaw typically automates functions such as clamping, blade descent and saw-head return, while the operator positions the next length. Fully automatic bandsaws add automatic material feeding and repeat cutting, making them ideal for batch and production wor

A semi-automatic bandsaw automates much of the individual cutting cycle. Depending on the machine, hydraulic clamping, controlled blade descent and automatic saw-head return can all be handled automatically. The operator generally advances or positions the material between cuts, making semi-automatic machines well suited to varied fabrication and regular production work

A fully automatic bandsaw automatically feeds material to the programmed length, clamps it and performs repeated cutting cycles with minimal operator intervention. Automatic machines are particularly useful for producing batches of components where productivity, repeatability and consistent cut lengths are important.

For repetitive production cutting, a fully automatic bandsaw is generally the best choice. Automatic material feeding, clamping and programmable cutting cycles allow batches of components to be processed with reduced operator input. The correct machine should be selected around material type, section size, cut length, batch volume and required cutting capacity.

Depending on the machine, blade and cutting parameters, metal bandsaws can process mild steel, stainless steel, aluminium, tool steel and many non-ferrous metals. They can also handle different workpiece forms including solid round bar, square bar, tube, box section, pipe and structural profiles

Yes. Industrial metal bandsaws are available for cutting solid bar, round and square tube, rectangular box section, pipe and structural profiles. The correct blade tooth pitch, blade speed, feed rate and machine capacity should be selected to suit the material size and section being cut

Start with the largest material you expect to cut and consider its width, height and diameter. Capacity can also change when mitre cutting, so check the machine’s published capacity at 90°, 45° and any other angles you require. Allowing some additional capacity can also provide flexibility for future wor

A mitre bandsaw is designed to make angled as well as straight cuts. Depending on the machine, the saw head or cutting assembly can be positioned to produce commonly required angles such as 45° and 60°. Mitre bandsaws are particularly useful for fabrication, structural steelwork, frames and profile processing.

A single-mitre bandsaw cuts straight and angles to one side of 90°. A double-mitre bandsaw can cut angles in both directions, reducing the need to turn or reposition long and heavy material. Double-mitre capability can therefore be particularly useful for structural fabrication and varied profile work.

Different metals and workpiece sections perform best at different blade speeds. Variable blade speed allows the cutting speed to be matched more closely to the material, helping improve cutting performance, surface finish and blade life. Some machines provide stepless adjustment, while others use selectable speed ranges.

The correct blade speed depends on the material, hardness, section and blade being used. Stainless steel and harder materials generally require lower cutting speeds than aluminium and other softer materials. Always follow the blade manufacturer’s cutting recommendations and optimise the speed and feed for the specific application

Yes. Fully automatic bandsaws can use powered or hydraulic feeding systems to advance material to a programmed length before clamping and cutting. This enables repeated components to be produced with substantially less manual material handling and operator intervention.

Yes, suitably equipped industrial bandsaws can cut bundles of bars, tubes or profiles. Bundle-cutting configurations typically use additional or top clamping to keep multiple pieces securely positioned during the cutting cycle. The machine and blade must be correctly specified for the bundle dimensions, material and required production rat

A twin-column bandsaw supports the saw head on two rigid columns rather than relying solely on a pivoting saw frame. This construction provides high rigidity and stability and is commonly used for larger cutting capacities, solid materials and demanding production applications.

Twin-column machines are particularly suitable when cutting large sections, heavy solid material or running demanding repeat-production applications. For lighter fabrication, varied sections and frequent mitre work, a horizontal pivot bandsaw may provide a more flexible and economical solution

A correctly specified and maintained automatic bandsaw can provide highly consistent repeat cutting. Accuracy depends on the machine’s feed system, clamping, blade condition, material, cutting parameters and mechanical setup. For production applications, MACH can specify the machine around the required cut length, tolerance and batch size.

Blade selection depends on the material being cut, its dimensions, whether it is solid or hollow, and the required cutting performance. Tooth pitch is particularly important: the blade should maintain an appropriate number of teeth in contact with the material throughout the cut. Blade material and tooth geometry should also be matched to the application.

Blade life is influenced by blade speed, feed pressure, tooth pitch, material type, coolant, blade tension, guide alignment and correct blade break-in. Using inappropriate parameters can cause premature tooth wear or blade failure, while correctly setting the machine for the application can significantly improve blade performance.

Many industrial bandsaws use cutting fluid to cool and lubricate the blade and help remove chips from the cutting area. However, some machines and applications are designed for dry cutting or minimum-quantity lubrication. The correct system depends on the bandsaw, blade and material being processed

Routine maintenance normally includes checking blade condition and tension, blade guides, chip brushes, coolant levels, hydraulic systems, vice operation and material-feed components. Keeping the machine clean and removing accumulated swarf also helps maintain reliable operation and cutting accuracy.

Yes. Tell us what material you cut, the maximum section sizes, typical cut lengths, required angles and approximate production volumes. MACH can then help identify the appropriate cutting capacity, automation level, mitre configuration, feed system and blade setup for your application.