The WyCut S Series is a fiber laser cutting machine with a single open-type platform, available in 5 configurations — from the S3 to the S4 6015 — with laser power between 1,5 kW and 30 kW and a positioning accuracy of ±0,03 mm. Designed for metalworking workshops, steel-structure plants and industrial manufacturers that need high-precision cutting on carbon steel, stainless steel, aluminum, copper and other metals, this fiber laser cutting machine combines a top laser source (IPG Germany or Raycus) with a precision cutting head and an advanced CNC system, in a single-platform configuration accessible from three directions.
Compared with automatic shuttle-table systems, the WyCut S Series fiber laser cutting machine offers a smaller footprint, superior mechanical simplicity and lower investment costs — decisive advantages for medium workshops and plants with flexible production where the sheet-change time is managed manually or with simple lifting equipment. The acceleration of up to 2G and the maximum speed of 140 m/min place it in the high-performance machine category even compared with more complex systems.
Key advantages of the WyCut S Series fiber laser cutting machine
• IPG or Raycus laser source — service life over 100,000 hours — the WyCut S Series fiber laser cutting machine uses laser sources from IPG Germany or Raycus, with high energy efficiency, reduced consumption and a guaranteed service life of over 100,000 operating hours, with no maintenance of the laser module.
• Cutting head with Precitec or Raytools autofocus — the precision cutting head with autofocus, ±15 mm focus range and ±1 micron repeatability ensures constant cut quality across variable thicknesses, with no manual adjustments when changing material.
• Positioning accuracy ±0,03 mm and repositioning ±0,02 mm — the accuracy values of the WyCut S Series fiber laser cutting machine are superior to common industry standards, ensuring parts with tight tolerances suitable for the automotive, aerospace and precision-equipment manufacturing industries.
• Maximum speed 140 m/min and acceleration 2G — on the S4 1000, S4 3015 and S4 6015 models, the maximum travel speed of 140 m/min and the acceleration of 2G significantly reduce cutting times on parts with complex contours compared with machines with standard specifications of 100 m/min.
• Modular frame with thermal protection — HIWIN Taiwan — the modular expansion frame with high-rigidity thermal protection maintains structural alignment and geometric accuracy over the long term, including in industrial environments with temperature variations.
• Adaptive anti-collision system with detection at 10,000 frequencies/second — the intelligent anti-collision system detects obstacles and surface variations at 10,000 frequencies per second, with a detection range of ±0,05 mm, protecting the cutting head and the material at high speeds.
• 5 models — table formats from 3000×1500 mm to 6000×1500 mm — the WyCut S range covers any standard metal sheet format, from 3015 to the extra-long 6015 mm format, with the possibility to customize the length to order.
Technical specifications of the WyCut S Series fiber laser cutting machine
| Parameter | WyCut S3 | WyCut S4 | WyCut S4 1000 | WyCut S4 3015 | WyCut S4 6015 |
|---|---|---|---|---|---|
| Max. carbon steel thickness (mm) | 25 | 40 | 40 | 40 | 40 |
| Max. stainless steel thickness (mm) | 15 | 25 | 25 | 25 | 25 |
| Max. aluminum thickness (mm) | 15 | 20 | 20 | 20 | 20 |
| Positioning accuracy (mm) | ±0,03 | ±0,03 | ±0,03 | ±0,03 | ±0,03 |
| Repositioning accuracy (mm) | ±0,02 | ±0,02 | ±0,02 | ±0,02 | ±0,02 |
| Acceleration (G) | 1,5 | 1,5 | 2,0 | 2,0 | 2,0 |
| Maximum speed (m/min) | 100 | 100 | 140 | 140 | 140 |
| Table dimensions (mm) | 3015×1500 | 4020×2000 | 4000×2000 | 3000×1500 | 6000×1500 |
| Electrical supply | 380V three-phase | 380V three-phase | 380V three-phase | 380V three-phase | 380V three-phase |
| Laser source | IPG / Raycus 1,5–30 kW | IPG / Raycus 1,5–30 kW | IPG / Raycus 1,5–30 kW | IPG / Raycus 1,5–30 kW | IPG / Raycus 1,5–30 kW |
| Cutting head | Precitec / Raytools autofocus | Precitec / Raytools autofocus | Precitec / Raytools autofocus | Precitec / Raytools autofocus | Precitec / Raytools autofocus |
| CNC control system | Fscut / PA8000 Siemens | Fscut / PA8000 Siemens | Fscut / PA8000 Siemens | Fscut / PA8000 Siemens | Fscut / PA8000 Siemens |
| Anti-collision system | Adaptive 10,000 Hz / ±0,05 mm | Adaptive 10,000 Hz / ±0,05 mm | Adaptive 10,000 Hz / ±0,05 mm | Adaptive 10,000 Hz / ±0,05 mm | Adaptive 10,000 Hz / ±0,05 mm |
Materials compatible with the WyCut S Series fiber laser cutting machine
Carbon steel — the WyCut S Series fiber laser cutting machine cuts carbon steel with thicknesses up to 25 mm (the S3 model) and up to 40 mm (the S4 models), with clean edges and a minimal heat-affected zone. The cutting speed on thin carbon steel (1–6 mm) significantly exceeds plasma or oxyacetylene methods, with much-reduced gas consumption.
Stainless steel — the fiber laser cuts stainless steel without the edge oxidation specific to plasma, producing cuts with a superior finish that can be used directly without secondary processing. The fiber laser cutting machine processes stainless steel with thicknesses up to 15 mm (S3) and 25 mm (S4).
Aluminum and alloys — aluminum and its alloys are processed efficiently with the fiber laser, with thicknesses up to 20 mm on the S4 models. The optimal cutting parameters are preset in the CNC system for the main aluminum alloys used in the industry.
Copper, brass and reflective metals — unlike CO₂ lasers, the fiber laser processes reflective metals (copper, brass, bronze) without the risk of damaging the laser source, with thicknesses up to 8–12 mm depending on the configured power.
Applications and industries for the WyCut S Series fiber laser cutting machine
The WyCut S Series fiber laser cutting machine is intended for steel-structure plants, metal-fabrication workshops and industrial-equipment manufacturers that process metal sheets in varied thicknesses with high accuracy and productivity requirements. The single open-type platform makes it ideal for workshops with limited space or with production flows where manual or crane loading-unloading is commonly practiced.
Manufacturers of metal furniture, electrical cabinets, ventilation panels and architectural structures use the WyCut S Series fiber laser cutting machine for the cut accuracy and the ability to process complex shapes from DXF or DWG files directly, without intermediate operations. The automotive industry and manufacturers of precision technical components benefit from the ±0,03 mm tolerances and the high speed on small and medium parts.
Companies in the food, pharmaceutical and machine-building industries that process stainless steel for sanitary equipment, tanks and structures use this fiber laser cutting machine for the superior edge quality on stainless steel compared with conventional thermal methods.
How the WyCut S Series fiber laser cutting machine works
1. Sheet loading on the platform — the metal sheet is placed on the work table of the fiber laser cutting machine through access from the front, left or right of the single open platform, with no loading-direction constraints.
2. File import and program setup — the operator imports the cutting file (DXF, DWG or other CAD formats) into the CNC system; the nesting software automatically optimizes the placement of the parts on the sheet for maximum material utilization.
3. Laser parameter setting — the CNC system automatically selects the power, speed and gas-pressure parameters from the predefined database for the selected material and thickness, or the operator enters custom parameters.
4. Autofocus and anti-collision check — the cutting head performs autofocus at the optimal distance from the material surface; the adaptive anti-collision system activates and continuously monitors the surface at 10,000 frequencies/second throughout the cut.
5. Automatic cutting — the fiber laser cutting machine executes the cutting program at the set speed and accuracy, with the head following the complex contours at an acceleration of up to 2G without loss of accuracy at direction changes.
6. Part unloading — the cut parts are unloaded from the single platform; the remaining skeleton is removed manually or with simple lifting equipment, preparing the table for the next batch.
Frequently asked questions about the WyCut S Series fiber laser cutting machine
What is the difference between the WyCut S3 and S4 models of the fiber laser cutting machine?
The WyCut S3 model has a work table of 3015×1500 mm, an acceleration of 1,5G and a maximum speed of 100 m/min, processing carbon steel up to 25 mm and stainless steel up to 15 mm. The S4 models extend the work table to 4020×2000 mm or larger, increase the maximum thickness on carbon steel to 40 mm and stainless steel to 25 mm, and the S4 1000, S4 3015 and S4 6015 models reach 140 m/min at an acceleration of 2G. The choice depends on the format of the sheets frequently processed and the maximum thickness required.
What cutting gases does the WyCut S Series fiber laser cutting machine use?
The WyCut S Series fiber laser cutting machine uses nitrogen (N₂) for cutting stainless steel and aluminum without edge oxidation, oxygen (O₂) for cutting carbon steel at large thicknesses with increased speed, and compressed air for cutting thin materials at low cost. The CNC system automatically manages the pressure and type of gas according to the programmed parameters.
Is the WyCut S Series fiber laser cutting machine eligible for European funding?
Yes. UZINEX supplies equipment for EU-funded projects — NRRP, the Regional Program, the Just Transition Program — and is a member of the Enterprise Europe Network. The WyCut S Series fiber laser cutting machine can be included in funding applications for modernizing production capacity and acquiring advanced technological equipment. UZINEX provides the complete technical documentation for public procurement procedures and tenders.
What CNC control system does the WyCut S Series fiber laser cutting machine have?
The WyCut S Series fiber laser cutting machine is equipped with an Fscut or PA8000 Siemens CNC system, with offline programming, unlimited job storage and an intuitive graphical interface in the main European languages. The system supports the direct import of DXF, DWG and other standard CAD files, with automatic nesting functions for optimizing sheet utilization.
Why UZINEX for the WyCut S Series fiber laser cutting machine
• Free technical consultancy for model selection — UZINEX evaluates the thicknesses and materials frequently processed, the sheet formats and the production volume to recommend the optimal model in the WyCut S range (S3, S4, S4 1000, S4 3015 or S4 6015).
• Transport, installation and commissioning included free of charge — the fiber laser cutting machine is delivered, installed and started at the customer's site by the UZINEX technical team, with complete calibration, testing on the customer's real materials and operator training.
• Extended 60-month warranty — one of the longest warranties available in Romania for industrial fiber laser cutting machines, with technical support included for the entire warranty period and on-site intervention or video assistance in under 36 hours.
• National technical support in under 36 hours — on-site intervention or video diagnostic session in less than 36 hours from report, with a dedicated 24/7 telephone line for UZINEX customers.
• AI smart manual included — complete operation, preventive-maintenance and troubleshooting documentation with AI assistance, capable of instantly resolving over 96% of technical requests without human intervention.
• Full eligibility for European funding — UZINEX provides the documentation and full support for EU-, NRRP- or structural-funds procurement, including for public tender procedures.
The WyCut S Series fiber laser cutting machine is the solution for workshops and plants seeking ±0,03 mm accuracy, speeds up to 140 m/min and compatibility with thicknesses up to 40 mm on carbon steel — in a single open-platform configuration accessible from three directions, with IPG or Raycus laser sources and an advanced CNC system.