Why Our Laser Cutting Machine Solutions Fit Fabrication Shops and Manufacturers



We are aware of the cost of inaccurate cuts and slow throughputs. A Laser Cutting Machine must achieve a high-performance level with sharp edges, uniform parts, and low machine costs. We develop systems that can address bottlenecks in production without complicating the operations of the operators and supervisors.

Fibre Laser Cutting Machine: Precision and productivity that matter

Where precision is required on parts, our machines provide reproducible accuracy and rapid cycle times. These systems operate on powerful gantry movement, CNC control, and quality laser heads to cut stainless steel, carbon steel, aluminium, and non-ferrous alloys with low kerf and clean edges. Less maintenance and power use lowers your overall cost per part.

Built for mixed workflows and automation

We design our systems, both automated and unmanned production and fast manual. That flexibility implies that the same system may be used to run high volume the next week and precision prototyping the next. Material handling is kept small and reliable with modular automation possibilities and intelligent software.


Product highlights and descriptions

  • 3015 Hoysook — Metal Fibre Laser Cutting Machine
     Our 3015 model accommodates typical laser source power (1000 W, 2000 W, 3000 W) and an operating range that can be expanded to 3 m by 1.5 m sheets. It matches a gantry motion structure with linear guides, screw drives and AC servo motors. General fabrication tasks are offered stable, repeatable performance by the vacuum-assisted table and international-brand control components. 

  • 6015 Hoysook — Metal Fibre Laser Cutting Machine
     The 6015 is made to suit larger-capacity stores that require greater accuracy on bigger sheets. It utilises CNC pulse laser technology and focused-beam heads to cut minimum slit widths of tenths of a millimetre. The system is small to occupy less floor space and provides high cutting performance on plate work. 

  • Metal Precision Cutting Machine
     In fine parts, we provide machines based on robust CNC platforms and high peak power pulse lasers. These units offer high-quality beam, predictable power output, and a friendly interface to achieve repeatable, high-precision cutting of thin to medium sheet thicknesses. 


  • CO₂ + Fibre Integrated Cutting Machine
     Dual-head operation is available using our CO 2 and fibre integrated models to operate on metals and non-metals, including acrylic. The software has intelligent control of two cutting heads and a common hardware platform. This layout minimises the capital costs and increases the material capability of signage, displays and mixed workshops. 

Practical advantages for your shop

  • Regulation of edge quality with production runs.

  • Faster tool-change and set-up time.

  • Scalable power to fit production level.

  • Ease of use, operator interface, and service help.

Installation, training and return on investment

We also offer a complete installation and operator training, meaning that teams can operate equipment with confidence the first day. Our service packages include spare parts, preventive maintenance times, and remote diagnostics to maintain high uptime.

 In terms of parts production, material throughput and gas used, the payback period can in many cases justify the upfront purchase. We collaborate with your engineers to develop a realistic ROI model and sponsor incremental upgrades as the demand increases.


Talk to us about your needs

When you require reliable throughput, clean-cut quality and machines to scale with your work, contact our sales team to ask them to send you a quote or to arrange a demo. At HOY SOOK LASER, we help shops choose the right Fibre Laser Cutting Machine or the right system to hit production and quality targets.

FAQs

Q1: What materials can a Laser Machine process?

 A: Materials: common metals are stainless steel, mild steel, aluminium, copper, brass, and coated metals. The acrylic and certain plastics are also treated by using integrated CO 2 heads. 

Q2: How thick a sheet can a Fibre Laser Cutting Machine cut?

 A: Thickness cutting is dependent on the power of the laser and the material. When more powerful modules are required, our portfolio can support light-gauge precision up to the heavy plate application. Very thick steel is recommended for high-power systems. 

Q3: Can these systems be used to produce unmanned?

 A: Yes. We always consider automation in designing equipment where automated production with corresponding material handling and software configuration is a possibility. 

Q4: What are your support and warranty?

 A: We offer standard warranty terms and technical support; model-specific service and regional packages are different. Get in touch with us to get individualised service.

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