Products

Large-format hydraulic press brake for high-tonnage bending tasks

The Ermaksan Heavy Duty is a high-tonnage hydraulic press brake engineered for bending large, thick, or long metal parts. Built for maximum rigidity, force, and accuracy, it’s ideal for demanding applications across shipbuilding, construction, and heavy manufacturing.

This machine is designed for industries that require large-scale bending power and part flexibility. It supports tandem and tridem configurations, offering the capability to bend extremely long or complex parts with synchronised multi-machine setups.

Compact hydraulic press brake for small-part precision bending

The Micro-Bend is a space-saving hydraulic press brake designed for precision bending of small and detailed components. It offers full bending capabilities in a compact, ergonomic format – ideal for workshops where floor space is limited but precision can’t be compromised.

Purpose-built for low-stroke, high-accuracy applications, the Micro-Bend is used in the production of small sheet metal parts where tight tolerances, fast setup, and ease of use are essential. It reduces operating costs while delivering consistent results for high-volume small part manufacturing.

High-speed hydraulic press brake for precision bending and fast cycle times

The Speed-Bend Pro is a fast, efficient hydraulic press brake built for high-precision bending operations. It combines cutting-edge motion control with reliable hydraulics and intelligent backgauge systems – making it ideal for manufacturers who need both speed and accuracy in high-volume environments.

Engineered for demanding production lines, the Speed-Bend Pro is used to bend sheet metal components with precision and repeatability. It supports multi-axis backgauges, programmable angles, and energy-efficient cycles, reducing operating costs while maintaining tight tolerances.

Protective housing for safe and compliant handheld laser welding

A handheld laser welding enclosure is a safety-certified protective cabin designed to contain laser radiation, fumes, and operational hazards during handheld fibre laser welding. Built to ensure user safety and meet laser classification requirements, it allows welding operations to take place in a controlled environment without risk to the operator or surrounding workspace.

The enclosure reduces the risk associated with high-power Class 4 laser systems by shielding the operator from direct and reflected beams, containing fumes, and automatically shutting down the laser when opened. It enables safer, more efficient use of handheld laser welders in industrial and workshop settings—ensuring compliance with safety standards and protecting personnel and equipment.

High-Performance Finishing in a Single Pass

Engineered for modern fabrication environments, this fully automatic system combines multiple finishing processes into one efficient workflow - reducing manual intervention and delivering consistent, high-quality results.

Use cases:

Key Features:

Technical Specifications

Working Width Options:

Material Thickness Range:

0.5 mm – 80 mm

Conveyor Speed:

0.5 – 6 m/min (variable speed control)

Non-contact laser cleaning and surface restoration system

The FactorySmart Laser Cleaning Series offers a safe, efficient alternative to traditional abrasive or chemical cleaning methods. Using high-energy pulsed laser technology, the system removes rust, paint, oxide layers, and other contaminants from a wide range of surfaces—without deforming or heating the base material.

Lightweight, mobile, and easy to operate, FactorySmart systems are ideal for industrial cleaning, pre-weld surface preparation, or sensitive restoration work. No consumables required.

The Laser Robotic Welding System combines advanced fiber laser technology with industrial robotic automation to deliver high-speed, high-precision welding for modern manufacturing environments.

Designed for repetitive, high-volume, and complex welding applications, the system integrates a powerful fiber laser source, intelligent welding head, wire feeding system, and multi-axis industrial robot to achieve consistent weld quality while reducing labour requirements and production costs.

By automating the welding process, manufacturers can significantly improve throughput, minimise rework, reduce heat distortion, and maintain consistent quality across all components.

The system is ideal for businesses seeking to increase production capacity, improve welding consistency, and transition toward Industry 4.0 manufacturing practices.

Key Benefits

Automated Precision Welding
Industrial robot guidance ensures consistent weld paths and repeatable weld quality, regardless of operator variability.

Increased Production Speed
High-energy laser welding enables faster travel speeds and shorter cycle times compared to conventional MIG, TIG, and CO₂ welding methods.

Reduced Heat-Affected Zone
The concentrated laser beam minimises heat input, reducing distortion, warping, and material stress.

Minimal Post-Processing
Clean, narrow weld seams significantly reduce grinding, polishing, and rework requirements.

Improved Labour Efficiency
Reduces dependency on highly skilled welders and enables continuous automated production.

Flexible Manufacturing
Suitable for a wide range of materials, component sizes, and welding geometries.

Compact handheld fibre laser welding system with twin-wire capability for fast, clean, and precise joins

The Maxphotonics THEO Series (MA1) is a lightweight, air-cooled handheld fibre laser welding system designed for speed, mobility, and clean results across a wide range of metals. Built to replace traditional MIG and TIG setups, the THEO delivers up to 10× faster welding with minimal distortion and heat-affected zones.

For even greater efficiency, the system can be expanded with the Twin-Wire Adapter – a plug-and-play module that upgrades the welder to powerful twin-wire mode without complex conversions or additional control units. This innovation synchronises two wire feeders directly to the handheld welder, boosting deposition rates, cutting weld times, and enabling wider, deeper, and multi-layer welds with ease.

Ideal for manufacturers, repair shops, and fabricators needing precise, neat welds with maximum productivity. Suitable for stainless steel, carbon steel, aluminium, galvanised steel, and more.

Precision waterjet cutting system with optional plasma head

The AquaCut is a versatile CNC cutting machine designed for high-precision processing of a wide range of materials – including those sensitive to heat or mechanical stress. It uses pure water or abrasive waterjet cutting and can be optionally combined with a plasma torch or drilling/tapping unit for hybrid functionality.

AquaCut is ideal for clean, cold cutting of metals, stone, glass, ceramics, plastics, and composite materials. It ensures zero heat-affected zones and no deformation, making it suitable for intricate and delicate work where edge quality matters.

Multi-process cutting system for plasma, oxyfuel, flame-cutting and waterjet

The CombiCut is a robust, high-precision CNC cutting machine engineered for demanding industrial use. It combines plasma, oxyfuel, and optional waterjet cutting in a single system – ideal for high-mix, high-precision, multi-shift operations.

Perfect for manufacturers who need a flexible, high-throughput solution for cutting various materials and thicknesses. The CombiCut excels in complex, heavy-duty applications where multiple processes, angles, or cutting heads are required – saving space, time, and equipment cost.

Heavy-duty plasma and oxyfuel cutting system

The MG Series is MicroStep’s top-class CNC cutting system, designed for long-term industrial use in demanding environments. Built for precision, performance, and flexibility, the MG handles high-volume cutting with plasma and oxyfuel, and can be extended with features like drilling, bevel cutting, and marking – all on one robust platform.

Engineered for large-format and thick-material cutting, the MG Series is ideal for industries that require accuracy, repeatability, and multi-shift operation. It’s a go-to system for structural steel, shipbuilding, mining equipment, and heavy fabrication.

Versatile welding turntables for smart automation and precision positioning

The MOTEC TurnXpert Series is a compact, high-performance range of welding turntables designed for precise, automated rotation in welding and finishing applications. Available in three models (All in One, Division, and Basic) TurnXpert units support a wide variety of welding processes and robotics integration, with intuitive controls and flexible setup options.

Perfect for laser welding, MIG/MAG, TIG, and electrode welding (as well as polishing, grinding, and drilling) TurnXpert turntables enhance precision, reduce operator workload, and support full automation in smart manufacturing environments.

Ultra-fast, high-precision fibre laser cutter for mass production

The Bolt Series is engineered for speed and accuracy at industrial scale. It delivers exceptional cutting speeds with full enclosure safety and rigid structural stability.

High-volume cutting of metal sheets with tight tolerances and minimal edge cleanup.

Large-format heavy-duty laser cutting machine

The Bull Series is Penta’s large-format fibre laser cutter built for processing oversized sheets and thick materials with high power and stability.

Cutting of large steel plates, thick stock, and oversized parts requiring reliable, industrial-strength precision.

The Penta Heavy Duty CNC Press Brake is a high-performance electro-hydraulic bending solution engineered for precision sheet metal fabrication and medium-to-heavy-duty manufacturing applications. Designed with a robust welded steel frame, advanced servo-hydraulic synchronisation technology, and premium European components, it delivers exceptional bending accuracy, reliability, and productivity across a wide range of industries.

Built for demanding fabrication environments, the PPB 320T combines high tonnage capacity with intelligent CNC automation to efficiently process large and complex workpieces. Equipped with the advanced Delem DA66S 6+1 axis CNC control system, it offers powerful graphical programming, bending simulation, automatic compensation control, and high-speed multi-axis backgauge positioning to maximise production efficiency while maintaining superior part quality.

The Penta PPB 63T CNC Press Brake is a high-precision electro-hydraulic bending solution designed for efficient and accurate sheet metal forming in light to medium-duty fabrication environments. Engineered with advanced servo-hydraulic technology and a rigid welded steel frame, it delivers exceptional bending performance, energy efficiency, and repeatable accuracy for a wide range of manufacturing applications.

Built around the advanced Delem DA66S CNC control platform, the PPB 63T combines intelligent programming, graphical simulation, and multi-axis automation to simplify complex bending operations. Its compact footprint, high-speed servo system, and precision backgauge make it ideal for fabricators requiring flexibility, productivity, and consistent quality in daily production.

Key Production Advantages

High-precision electro-hydraulic servo synchronisation
Ensures accurate and repeatable bending performance.

Energy-efficient servo drive technology
Reduces power consumption by up to 30–40% compared to conventional hydraulic systems. 

Advanced graphical CNC programming
Simplifies part creation with 2D and 3D simulation capabilities. 

High-speed multi-axis backgauge system
Improves productivity and supports complex part geometries.

Automatic crowning compensation
Maintains consistent bend angles across the full working length. 

Compact machine footprint
Maximises production capability while minimising floor space requirements.

Improved bending efficiency
Servo-hydraulic design delivers smoother operation and up to 30% higher bending efficiency than conventional systems. 

High-power H-beam laser cutting system for structural steel profiles

The Penta Rhino HP800 X 400 BV is a 20kW fibre laser cutting system specifically engineered for processing structural steel profiles such as H-beams, U-channels, angle iron, and more. Built with robust automation, full enclosure, and multi-axis cutting capabilities, the Rhino delivers high-speed, high-precision results for industrial steel fabrication.

Designed to handle large, heavy profiles with complex geometries, the Rhino enables bevel cutting, tenon joints, hole creation, and intelligent scribing – all in a single setup. Its fully enclosed processing area, advanced software, and automated material handling make it ideal for high-throughput manufacturing and steel service operations.

Large-format heavy-duty laser cutting machine

The Seahorse 2 is a high-performance fibre laser cutting machine from Penta, built for precision cutting of large metal sheets and profiles. With options up to 20kW, it combines robust construction with high-speed, high-accuracy output for demanding industrial applications.

Ideal for flat sheet and structural profile cutting, the Seahorse 2 is designed to handle thick materials with clean, consistent results. It supports advanced cutting features such as bevelling, hole cutting, scribing, and tenon joints – making it a versatile solution for high-throughput production environments.

Compact fibre laser cutter with integrated loading/unloading automation

The Swing Series combines laser cutting performance with integrated automation in a small footprint – perfect for factories with limited space.

Designed for lean production with rapid part turnaround, reduced handling, and automated sheet processing.

The Penta Tandem press brake is a powerful high-capacity hydraulic bending solution developed for forming large, thick, and extended metal components with exceptional precision and strength. Engineered for superior durability and performance, it is perfectly suited for intensive applications in sectors such as heavy fabrication, construction, and shipbuilding.

Designed to handle demanding production environments, the Penta Tandem Machine offers outstanding bending versatility for oversized and complex parts. Available in tandem and tridem configurations, it enables synchronised multi-machine operation for processing extra-long workpieces while maintaining consistent accuracy and control.

Key Production Advantages

• Handles thick and high-strength materials 
• Supports very long workpieces with tandem/tridem setups 
• Maintains accurate bends over large lengths 
• Suitable for high-volume and heavy-duty production 
• Reduces setup limitations for complex or oversized parts