MACH | CNC DRILLING & CUT-TO-LENGTH LINES

PRECISION . AUTOMATION . PRODUCTIVITY 

MACH CNC drilling and cut-to-length lines combine precision hole processing, automated measuring and accurate sawing of structural steel sections in one integrated production system. Engineered for efficient beam processing, reduced material handling and consistent component accuracy, our solutions support demanding steel fabrication and manufacturing operations across the UK & Ireland.

INTEGRATED PROCESSING

Combine CNC drilling, measuring and cut-to-length sawing in one production line, reducing separate machining operations and repeated material handling.

PRECISION DRILLING

Programmable drilling operations produce accurate hole patterns in structural steel beams, channels and compatible metal profiles.

AUTOMATED CUTTING

Integrated sawing systems provide controlled straight and, where equipped, mitre cutting of steel sections to programmed lengths.

INTELLIGENT CNC CONTROL

CAD/CAM-compatible programming and automated machine sequences simplify production planning and improve processing consistency.

EFFICIENT MATERIAL HANDLING

Powered roller conveyors, measuring systems and optional cross-transfer equipment reduce manual positioning and support continuous production.

HIGHER PRODUCTIVITY

Coordinated drilling and sawing operations reduce setup time, minimise handling between processes and improve finished component throughput.

PROCESSING OPERATIONS

Drilling / Sawing / Measuring / Optional Marking

MATERIAL RANGE

I-Beams / H-Beams / Channels / Angles / Selected Hollow Sections

DRILLING CAPACITY

Hole Diameter / Spindle Configuration / Tooling

CUT-TO-LENGTH CAPACITY

Profile Dimensions / Stock Length / Straight & Optional Mitre Cuts

AUTOMATION & CONTROL

CNC / CAD-CAM / Conveyors / Material Positioning

Technology & Features

ENGINEERED FOR EVERY SECTION

Advanced structural steel processing technology. Built around drilling accuracy, intelligent material positioning and automated cutting. Integrated CNC systems, precision machining units and coordinated handling equipment work together to deliver consistent results across demanding steel fabrication applications.

01

CNC DRILLING TECHNOLOGY

High-performance CNC drilling systems produce accurate hole patterns in structural beams and profiles. Depending on machine configuration, single or multiple drilling spindles process webs and flanges, with automatic tool changing available for different machining operations.

02

AUTOMATED CUT-TO-LENGTH SAWING

Integrated band saw or other suitable sawing technology provides controlled cutting of structural steel sections to programmed lengths. Available straight and mitre cutting configurations support a wide range of fabrication requirements.

03

PRECISION MATERIAL POSITIONING

Automated measuring systems, powered conveyors and optional gripper-fed positioning equipment control material movement throughout processing. Accurate positioning helps maintain hole locations, cutting lengths and component consistency.

04

INTELLIGENT CNC PROGRAMMING

Advanced CNC control systems coordinate drilling, sawing and material positioning operations. Compatible CAD/CAM software enables efficient program preparation, repeatable machining sequences and reduced manual data entry.

05

MULTI-PROCESS MACHINING

Depending on the machine configuration, additional operations may include tapping, countersinking, milling, scribing and component marking. Integrating selected processes reduces the need for separate machinery and additional material handling.

06

AUTOMATED MATERIAL HANDLING

Powered roller conveyors, cross-transfer systems, measuring equipment and automated unloading options support efficient movement of structural steel through the production line. Modular configurations allow the system to be matched to available floor space and production requirements.

‎ ‎ ‎ ‎‎ ‎ ‎ONE INTEGRATED LINE. ‎ ‎ LESS HANDLING. MORE FINISHED STEEL.

M MACH | Metalwork Machinery

STRUCTURAL STEEL PROCESSING QUESTIONS? WE’VE GOT ANSWERS

CNC DRILLING & CUT-TO-LENGTH FAQ & KNOWLEDGE CENTRE

Choosing the right CNC drilling and cut-to-length linemachine depends on your structural steel profiles, material dimensions, drilling requirements, cutting lengths and production volume. MACH supplies, installs and supports CNC structural steel processing machinery across the UK & Ireland, from integrated drilling and sawing systems to automated production lines with material handling and advanced CNC control.

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Explore drilling capacities, sawing configurations, supported steel sections, automation options and technical specifications.

A CNC drilling and cut-to-length line is an integrated structural steel processing system that combines automated drilling and precision sawing.
The line processes beams and other compatible sections to produce components with
programmed hole patterns and finished cutting lengths.
Depending on the configuration, additional operations such as marking, tapping and countersinking may also be available.

Structural steel is loaded onto an infeed system and positioned using automated measuring or feeding equipment.
The CNC drilling unit processes the required hole patterns while the sawing system cuts the material to the programmed length.
Integrated controls coordinate machine movements, material positioning and the processing sequence to produce finished components.

Suitable systems can process I-beams, H-beams, channels, angle iron, flat bars and selected square or rectangular hollow sections.
The supported profile dimensions depend on machine capacity, spindle arrangement, clamping systems and sawing equipment.

A CNC beam drilling line is primarily designed to drill and machine structural steel sections.
A combined drill-saw line integrates drilling and cut-to-length operations within a
coordinated production system.
This allows material to be drilled and cut with less handling between separate machines.

Yes. Suitable beam drilling machines use multiple drilling spindles or repositionable
machining heads to process the web and flanges of structural sections.
Three-spindle systems can provide simultaneous or coordinated machining on different faces, depending on the machine design.

Yes. Suitable integrated sawing systems can be equipped with programmable mitre cutting.
The available cutting angles and maximum section dimensions depend on the saw configuration and machine specifications.

Yes. Selected drilling and sawing systems can process rectangular hollow sections (RHS) and square hollow sections (SHS).
The available capacity depends on profile dimensions, material wall thickness, clamping arrangements and machining access.

Depending on the selected machine and tooling, additional operations may include tapping, countersinking, milling, scribing and component marking.
These functions can simplify downstream fabrication by preparing components for
welding, bolting and assembly.

Many modern CNC structural steel processing systems support compatible CAD/CAM
programming and production data transfer.
Depending on the software, supported formats may include structural steel manufacturing files such as DSTV/NC1, along with other approved production formats. Compatibility should be confirmed for the selected machine and software package.

Accuracy depends on the machine’s positioning system, material clamping, measuring
technology, tooling and mechanical condition.
CNC control provides repeatable programmed positioning, while integrated measuring systems help coordinate hole locations and cutting lengths.
Actual tolerances should be confirmed against the selected machine specifications.

Yes. Suitable CNC systems can process multiple programmed component lengths from stock material.
Automated feeding and measuring equipment positions the material for drilling and
cutting, while compatible production software can help organise the processing
sequence.
The achievable level of automation depends on the line configuration.

Available options may include powered roller conveyors, cross-transfer tables, loading systems, measuring carriages, gripper-fed positioning equipment and automated
unloading arrangements.
These systems can reduce manual handling and support consistent material movement through the processing line.

Combining drilling and sawing reduces the need to move material between separate
processing stations.
Potential benefits include fewer handling operations, improved positional consistency, reduced setup time and better production flow.
The actual productivity improvement depends on component mix, machine
configuration and production volume.

Start with your maximum beam dimensions, material lengths, required hole diameters,
machining operations and cutting requirements.
Consider the number of drilling spindles, saw capacity, CAD/CAM integration, available floor space and required automation level.
MACH can review your structural steel processing requirements to help identify an appropriate machinery configuration.

Yes. MACH provides machinery installation, commissioning and operator training across the UK & Ireland.
Our team helps customers prepare for machine delivery, understand operating procedures and establish suitable production workflows.

MACH provides technical support, servicing, maintenance assistance and spare parts
support for the machinery we supply.
Our focus is on maintaining machine reliability, reducing unnecessary downtime and
helping customers achieve long-term production performance.