Industrial Laser System – Laser Micro Machining System
Dual 5-Axis CNC Laser Micromachining Systems in Single Station
GL.Ultra delivers dual 5-axis CNC femtosecond laser micromachining for ultra-precise, parallel processing
As manufacturing industries demand ever-higher levels of precision, productivity, and flexibility, advanced micromachining systems are setting new benchmarks. The GL.Ultra from GFH GmbH represents the pinnacle of laser-based precision manufacturing – uniquely integrating two independently controlled 5-axis CNC machining systems into a single compact enclosure.
This innovative dual-station platform allows for simultaneous or parallel micromachining operations, significantly increasing throughput while maintaining nanometric precision. Now available in India through United Spectrum Instruments, the GL.Ultra is engineered for industrial users operating in sectors like medical device manufacturing, aerospace, electronics, photonics, watchmaking, and microtooling.
Understanding Dual 5-Axis CNC Laser Micromachining Systems
The GL.Ultra by GFH GmbH, distributed in India by United Spectrum Instruments, redefines precision manufacturing with its unique dual-station design. By integrating two independently controlled 5-axis CNC laser micromachining systems within a single compact enclosure, it enables simultaneous or parallel operations, significantly boosting productivity while maintaining nanometric accuracy. Supporting femtosecond and picosecond laser sources, the GL.Ultra delivers athermal ablation, burr-free edges, and crack-free finishes across metals, ceramics, polymers, and transparent materials. From medical stents and aerospace turbine components to semiconductor wafers and luxury watch parts, this system sets new benchmarks in flexibility, reliability, and throughput for advanced micromachining industries.
Technical Specifications
| Parameter | Specification |
| Axis | Linear , Rotary |
| Drive | direct drive, Torque drive |
| Acceleration | 5 m/s², 160 1/s² |
| Positioning accuracy | 1,5 µm / 5 arcsec |
| Repeatability | 1 µm / 2 arcsec |
| Dimension | D = 2275 / W = 2275 / H=2625 |
| Total Weight | 14 t |
| Accuracy | <1 µm |
Key Features and Advantages
Dual Independent 5-Axis Machining Stations
At the heart of the GL.Ultra lies a twin-station architecture, with each side offering a full 5-axis configuration (X/Y/Z with dual rotary A/B or C). This enables:
- Complete independence in programming and operation
- Simultaneous or mirrored part machining
- Batch production or sample iteration within one cycle
- High-volume productivity in a reduced footprint
Ultrafast Laser Sources with Ultraprecise Beam Control
The GL.Ultra supports ultrashort pulse (USP) lasers, including femtosecond and picosecond sources. These are ideal for:
- Ablation without thermal damage (athermal material removal)
- Micron-scale structuring
- Burr-free edge quality and crack-free finishes
Laser source options can be individually configured per station, enabling one to run a femtosecond laser while the other uses a picosecond or CW source – giving unmatched flexibility.
Nanometric Accuracy with Granite Machine Bed
The system is built on a thermally stable granite machine bed, delivering:
- Vibration damping for sub-micron positioning
- Thermally stable micromachining over long operation cycles
- Low expansion coefficient for precise control
High-End Vision and Autofocus Systems
Each machining head is supported by integrated coaxial vision systems, allowing:
- Live workpiece inspection
- Precise alignment
- Automated focus tracking
This enhances the repeatability and reliability of laser drilling, cutting, or turning operations at micro scale.
Applications Across Industries
Medical Technology and Microfluidics
The GL.Ultra is a go-to platform for medical device manufacturers aiming for high-reliability components. Applications include:
- Fabrication of microstents, catheters, and biopsy needles
- Laser drilling of microfluidic channels in glass and polymers
- Implant surface texturing for improved osseointegration
- Precise contouring of bio-compatible materials (e.g., titanium, PEEK)
Aerospace and Defence
Aerospace and defence applications require components with tight tolerances and thermal resilience. GL.Ultra supports:
- Cooling hole drilling in turbine blades
- Edge shaping of lightweight alloys
- Surface structuring for improved aerodynamics
- Complex profile machining in titanium and Inconel
Electronics, MEMS and Semiconductors
In the microelectronics domain, the GL.Ultra excels in:
- Micron-precise sapphire, silicon, and glass cutting
- Via hole drilling for flex PCBs and HDI circuits
- Dicing of delicate wafers and components
- Structuring MEMS devices and fine circuits
Watchmaking and Jewellery
For luxury industries such as horology and jewellery, the GL.Ultra offers:
- Engraving of intricate dials, casings, and decorative patterns
- Laser turning of miniature axles, gear wheels, and crowns
- High-precision marking and cutting of precious metals
- Custom patterning for limited edition or bespoke pieces
Precision Tooling and Micro-Moulding
The tool and die industry benefits from:
- Structuring micro-cavities in injection moulds
- Laser turning of ultra-fine tool shafts and pins
- Etching and polishing of fine surfaces and features
- High-speed marking of carbide, tool steel, and ceramics
Why Choose United Spectrum Instruments?
United Spectrum Instruments is the official distributor of GFH laser systems in India, providing complete technical consultation, sales support, and after-sales service for the GL.Ultra and other high-precision laser micromachining platforms. Our services include:
- Application Feasibility Consultation
- Turnkey Installation & Calibration
- Process Optimisation
- AMC & On-Site Support
- Training & Upgrades
FAQs
What makes the GL.Ultra different from conventional laser micromachining systems?
The GL.Ultra uniquely integrates two full-featured 5-axis CNC laser micromachining units in one enclosure, allowing parallel operations, increased throughput, and unmatched flexibility in precision manufacturing.
Which industries benefit most from GL.Ultra?
Medical devices, aerospace, semiconductors, MEMS, precision tooling, horology, and research labs benefit from its precision, flexibility, and dual-station productivity.
Can both stations run different laser types simultaneously?
Yes. Each station can be independently configured with different laser sources (e.g., one femtosecond and one picosecond), optics, and job programs – enabling true hybrid machining.
Is GL.Ultra compatible with automation?
Absolutely. It supports automatic loading, tool changers, and even robotic integration for Industry 4.0 workflows. MES and ERP system compatibility is also available on request.
What materials can be processed?
GL.Ultra can micromachine metals (steel, titanium, gold), polymers (PEEK, PMMA), ceramics, sapphire, and semiconductors like silicon and gallium arsenide with micron to sub-micron accuracy.
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FAQs
What makes the GL.Ultra different from conventional laser micromachining systems?
The GL.Ultra uniquely integrates two full-featured 5-axis CNC laser micromachining units in one enclosure, allowing parallel operations, increased throughput, and unmatched flexibility in precision manufacturing.
Which industries benefit most from GL.Ultra?
Medical devices, aerospace, semiconductors, MEMS, precision tooling, horology, and research labs benefit from its precision, flexibility, and dual-station productivity.
Can both stations run different laser types simultaneously?
Yes. Each station can be independently configured with different laser sources (e.g., one femtosecond and one picosecond), optics, and job programs – enabling true hybrid machining.
Is GL.Ultra compatible with automation?
Absolutely. It supports automatic loading, tool changers, and even robotic integration for Industry 4.0 workflows. MES and ERP system compatibility is also available on request.
What materials can be processed?
GL.Ultra can micromachine metals (steel, titanium, gold), polymers (PEEK, PMMA), ceramics, sapphire, and semiconductors like silicon and gallium arsenide with micron to sub-micron accuracy.
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