WyCut HP Series High-Precision Fiber Laser Machine

The WyCut HP Series is a high-precision fiber laser machine with a linear motor, intended for manufacturers that process metal parts with tight tolerances impossible to achieve on conventional rack-and-pinion machines. With a positioning accuracy of ±0,01 mm, a repositioning accuracy of ±0,005 mm, a maximum speed of 250 m/min and an acceleration of 3G through Yaskawa Japan / Siemens Germany linear motors, this high-precision fiber laser machine is the solution for the automotive, aerospace, electronic and medical-equipment manufacturing industries where every tenth of a millimeter matters.

The difference from the standard WyCut S and FE series is not just quantitative — the linear motor versus the rack-and-pinion transmission represents a fundamental architectural difference. With no mechanical contact between the transmission elements, no backlash accumulated through wear, no residual vibration at direction reversals, the WyCut HP Series high-precision fiber laser machine maintains ±0,01 mm tolerances throughout the equipment's service life, not just at the initial delivery parameters.

Key advantages of the WyCut HP Series high-precision fiber laser machine

• Yaskawa / Siemens linear motor — ±0,01 mm accuracy maintained for life — the WyCut HP Series high-precision fiber laser machine uses linear motors with no mechanical contact, no transmission wear and no backlash accumulation — ensuring that the ±0,01 mm accuracy is maintained throughout the service life, not just at delivery.

• Maximum speed 250 m/min and acceleration 3G — compared with 100–140 m/min on the standard series, the WyCut HP Series high-precision fiber laser machine is 1,8–2,5 times faster in travel, significantly reducing cycle times on parts with complex contours or on programs with many rapid movements between parts.

• Real-time dynamic compensation system — up to ±0,005 mm — the Yaskawa / Siemens real-time thermal and dynamic compensation system continuously corrects the deviations caused by the thermal expansion of the machine structure, maintaining the repositioning accuracy at ±0,005 mm regardless of ambient temperature or the duration of the production session.

• Laser source with 0,1% stability and response time <0,1ms — the ultra-high-precision laser source with unique modulation ensures a power stability of 0,1% and a response time under 0,1 milliseconds, eliminating the power variations that generate uneven edges on precision parts.

• HEPA extraction system with 98% efficiency — Donaldson USA — the ultra-clean dust extraction system with HEPA filtration and 98% efficiency ensures that the environment in the cutting area remains clean, protecting the precision optics and extending the maintenance intervals of the cutting head.

• Automatic positioning table with vacuum — the table with a vacuum system and pneumatic component adjustment ensures precise fixing of the sheet without deformation, essential for maintaining ±0,01 mm tolerances on small and medium parts made of thin materials.

• 5 models — formats from 3000×1500 mm to 6000×2000 mm — the WyCut HP Series high-precision fiber laser machine covers all standard metal sheet formats, from 3015 to 6020, with the same precision specifications regardless of the chosen model.

Technical specifications of the WyCut HP Series high-precision fiber laser machine

The WyCut HP Series versus the WyCut S and FE — when ±0,01 mm accuracy makes the difference

The WyCut S and FE series with rack-and-pinion transmission offer ±0,03 mm accuracy at delivery — sufficient for the vast majority of metalworking, structures, metal furniture and packaging applications. The WyCut HP Series high-precision fiber laser machine with a linear motor is necessary when ±0,03 mm tolerances are no longer acceptable — precision automotive parts, electronic components, medical equipment, the aerospace industry or the production of dies and stamps.

An additional important difference: rack-and-pinion transmission accumulates backlash through wear over time, gradually increasing the positioning error. The WyCut HP Series high-precision fiber laser machine with a linear motor has no transmission wear — the ±0,01 mm accuracy is maintained throughout the equipment's service life, with no periodic recalibration of the transmission.

Applications and industries for the WyCut HP Series high-precision fiber laser machine

The WyCut HP Series high-precision fiber laser machine is intended for manufacturers in industries with strict tolerance requirements — automotive, aerospace, medical, electronic and die production. The ±0,01 mm accuracy and the 250 m/min speed make it optimal for the production of small and medium parts with complex contours, precision holes and burr-free edges that require zero secondary processing.

Manufacturers of automotive components (brackets, fixing plates, structural components), medical-equipment manufacturers (surgical instruments, sterile stainless-steel components) and electronics manufacturers (housings, panels, aluminum heat sinks) use the WyCut HP Series high-precision fiber laser machine because the tolerances of the final parts are dictated by the product standards, not by the equipment's capability.

Rapid-prototyping workshops and manufacturers of tools and dies find in the WyCut HP Series a high-precision fiber laser machine that reduces or eliminates post-cutting grinding and adjustment operations, significantly shortening the production cycle of precision parts.

How the WyCut HP Series high-precision fiber laser machine works

1. Sheet fixing on the vacuum table — the metal sheet is fixed on the table with the vacuum system and pneumatic adjustment, without deformation or displacement during cutting, essential for maintaining ±0,01 mm tolerances on small parts.

2. File import and nesting optimization — the cutting file (DXF, DWG, other formats) is imported into the CNC system, which optimizes the placement of the parts; for precision parts, the kerf compensation (laser cut width) is calculated automatically.

3. Dynamic calibration and thermal compensation — the real-time compensation system checks and corrects thermal and dynamic deviations on each cycle, ensuring that the ±0,01 mm tolerance is maintained regardless of the ambient temperature or the duration of the production session.

4. Cutting with linear motor at 250 m/min — the linear motors perform the cutting-head movements at an acceleration of 3G and a speed of 250 m/min, with precise direction changes and no residual vibration, maintaining the edge quality on complex contours.

5. Continuous HEPA extraction — the extraction system with 98% HEPA filtration removes particles and fumes in real time, protecting the cutting-head optics and maintaining the focus quality over long production periods.

6. Part inspection and output — the finished parts with ±0,01 mm tolerances are extracted; the dynamic compensation system continuously records any deviation and automatically adjusts the parameters for the following parts.

Frequently asked questions about the WyCut HP Series high-precision fiber laser machine

What concrete advantage does the linear motor offer over rack-and-pinion transmission on a laser machine?

Rack-and-pinion transmission involves mechanical contact between the gear and the rack, generating backlash that gradually increases through wear. At delivery, the accuracy may be ±0,03 mm, but after years of intensive use it can deteriorate to ±0,05–0,08 mm without reconditioning. The WyCut HP Series high-precision fiber laser machine with a linear motor has no mechanical contact in the transmission — there is no wear, no backlash accumulation, and the ±0,01 mm accuracy remains constant throughout the equipment's service life. The 250 m/min speed is, moreover, physically impossible to achieve with rack-and-pinion transmission at the required level of precision.

What materials can the WyCut HP Series high-precision fiber laser machine cut?

The WyCut HP Series high-precision fiber laser machine cuts carbon steel (up to 25 mm), stainless steel (up to 20 mm), aluminum and alloys (up to 15 mm), copper, brass and reflective metals. On thin materials (0,5–3 mm), the 250 m/min speed and the 3G acceleration generate significantly shorter cycle times than standard machines, with superior edge quality through the 0,1% laser-source stability.

Is the WyCut HP Series high-precision fiber laser 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 HP Series high-precision fiber laser machine is eligible for funding under programs for industrial modernization and the acquisition of high-technology equipment. UZINEX provides the technical documentation for public procurement procedures and tenders.

Why UZINEX for the WyCut HP Series high-precision fiber laser machine

• Free technical consultancy — required accuracy vs. investment — UZINEX evaluates the tolerances of the parts produced to determine whether the WyCut HP is necessary or whether the WyCut S/FE covers the requirements, avoiding over-sizing the investment.

• Transport, installation and commissioning included free of charge — the high-precision fiber laser machine is delivered, installed and calibrated at the customer's site, with metrological verification of the ±0,01 mm accuracy on the customer's real parts.

• Extended 60-month warranty — warranty for all components, with technical support and intervention in under 36 hours.

• National technical support in under 36 hours — a dedicated 24/7 telephone line and fast on-site or video intervention.

• AI smart manual included — complete documentation with AI assistance for 96%+ of technical requests.

• Full eligibility for European funding — complete documentation and support for EU, NRRP and structural-funds funding.

The WyCut HP Series high-precision fiber laser machine is the solution for manufacturers that accept no tolerance compromises — with a Yaskawa/Siemens linear motor for permanent ±0,01 mm accuracy, a speed of 250 m/min, 3G acceleration, real-time dynamic compensation and a laser source with 0,1% stability, in 5 models from 3000×1500 mm to 6000×2000 mm.