Description
This is not a luxury machine. It is a practical tool built for daily fabrication work – at a price that makes sense for small and medium shops.
Built for Daily Production – Key Components
Bed Frame – Stable, Accurate, Long-Lasting
The bed is constructed from heavy-gauge steel tubing with reinforced supports at critical load points. After welding, the entire structure undergoes stress-relief annealing to remove internal stresses. Then, precision milling creates perfectly flat mounting surfaces for the guide rails and drive components. This is not a bolted-together frame – it is a welded monolith that maintains its alignment through years of thermal and mechanical stress.
Electrical Exchange Platform – Keep Cutting, Keep Loading
Two worktables alternate between cutting and loading positions. While the laser cuts on Table A, you safely load or unload on Table B. The swap takes under 30 seconds – and happens automatically. For a typical fabrication shop, this adds 2–3 hours of productive cutting time per shift.
The electrical drive is quiet, clean, and low-maintenance – no hydraulic oil to change, no pumps to service.
Gantry – Lightweight, Rigid, Fast
The beam is made from aviation-grade aluminum alloy – high-pressure die-cast and heat-treated for strength. It weighs roughly half of a steel beam of the same rigidity, which means:
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Lower inertia – faster acceleration/deceleration
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Less wear on drive components
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Smoother motion – better edge quality
Drive and Transmission System
Servo motors: Leadshine bus-type absolute servos on all axes – precise positioning, fast response, no homing required after power-up.
Guide rails: HIWIN square rails – the industry standard for precision and durability. They maintain their accuracy through millions of cycles.
Rack and pinion: Ground helical racks with minimal backlash – your corners stay sharp, your circles stay round.
Reducers: Japan Shimpo planetary gearboxes – they match the servo output to the load, reducing vibration and ensuring consistent feed.
Laser Source – Raycus CE Edition
The standard laser is a Raycus CE-certified fiber laser with:
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1064nm wavelength – optimal for metal absorption
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40% electro-optical efficiency – lower electricity costs
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±1.5% power stability – consistent cut quality
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Anti-back-reflection protection – safe for cutting aluminum and copper
MAX and IPG lasers are available as upgrades.
Cutting Head – Raytools Auto-Focus
The Raytools cutting head is designed for reliability in daily shop use:
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Auto-focus – adjusts focal position for different thicknesses automatically
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Collision protection – breaks away safely if it hits an obstacle
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Capacitive height sensing – follows sheet surface to maintain consistent focus
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Quick-change nozzle – swap nozzles in seconds
Control System – BOCHU FSCUT with CypCut Software
The FSCUT control system is designed for simplicity and power:
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Import drawings directly – DXF, DWG, AI, PLT formats supported
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Automatic nesting – optimizes sheet layout to reduce waste
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Fly cutting – reduces processing time on thin sheets
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Seamless piercing – clean holes without slag
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Automatic edge finding – no manual alignment needed
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Micro-joint cutting – keeps small parts in place without surface marks
Your operator imports a drawing, sets the material and thickness, and the system does the rest.
Chiller – S&A Precision Cooling
The S&A chiller maintains laser temperature within ±1°C – critical for power stability and optics life. It includes:
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Dual circuits (laser + cutting head)
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Water flow monitoring
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Over-temperature and low-water alarms
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Compressor delay protection
Auxiliary Systems
Automatic lubrication: Keeps guide rails and racks properly lubricated – reduces wear and maintenance.
Cable carrier: Fully enclosed – protects cables from dust, chips, and sparks.
Bellows covers: Protect guide rails from debris on X and Y axes.
Dust extraction ports: Under-table connection for your existing fume extractor.
Why Choose This Electrical Platform CNC Laser Cutter?
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Affordable entry into fiber laser cutting – industrial-grade performance at a fraction of the cost of high-end models.
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Electrical exchange platform – dual pallets swap in under 30 seconds, cutting downtime by more than half.
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Covers 80% of sheet metal jobs – handles 1–20mm mild steel, 1–12mm stainless, 1–8mm aluminum.
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Open design for easy access – load and unload with a forklift or overhead crane; no enclosure to slow you down.
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Precision you can trust – ±0.02mm repeat accuracy, 100m/min traverse speed, 1.0G acceleration.
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Simple to operate – FSCUT control system with intuitive software; your team is productive in days, not weeks.
From Plasma to Laser – The Upgrade That Pays for Itself
If you are still cutting with plasma, you know the pain points: rough edges that need grinding, slow speeds on thin material, high consumable costs, and a heat-affected zone that warps your parts.
This machine changes that. Fiber laser cuts faster, cleaner, and with greater precision. Your parts come off the table ready for welding, bending, or painting – no secondary finishing required. The electrical exchange platform means you are not wasting time loading and unloading. And the open design lets you work with sheets of any size – standard 1500×3000mm or custom dimensions up to 2000×6000mm.
This is not a luxury machine. It is a practical tool built for daily fabrication work – at a price that makes sense for small and medium shops.
Specifications – AC-1530-E
| Parameter | Specification |
|---|---|
| Model | AC-1530-E |
| Cutting area | 1500 × 3000mm (customizable up to 2000 × 6000mm) |
| Number of pallets | 2 (electrical exchange platform) |
| Pallet swap time | ≤28 seconds |
| Laser power options | 1.5kW / 2kW / 3kW / 4kW / 6kW |
| Laser source | Raycus CE (MAX / IPG optional) |
| Cutting head | Raytools (auto-focus, collision protection) |
| Control system | BOCHU FSCUT (CypCut software) |
| Drive system | Leadshine servo motors × 4 axes |
| Guide rails | HIWIN (Taiwan) precision square rails |
| Rack & pinion | Ground helical – high precision, low backlash |
| Reducer | Japan Shimpo planetary gearboxes |
| Chiller | S&A dedicated fiber laser chiller |
| Max. traverse speed | 100m/min |
| Maximum acceleration | 1.0G |
| Positioning accuracy | ±0.05mm/m |
| Repeat accuracy | ±0.02mm |
| Operating voltage | AC380V / 50Hz / 3-phase |
| Machine weight | 1,900kg |
| Dimensions (L×W×H) | 4,500 × 2,550 × 2,000mm |
Applications – Where This Machine Excels
Sheet Metal Fabrication Shops
Parts: Brackets, enclosures, chassis, panels, covers.
Why: The 1500×3000mm format handles 90% of common sheet sizes. Electrical exchange table keeps production flowing. Fast setup for one-off or batch work.
Signage and Advertising
Parts: Letters, logos, decorative panels, displays.
Why: Fiber laser gives clean edges on thin stainless and aluminum – no burrs, no polishing. Complex fonts and curves cut accurately.
Kitchen Equipment Manufacturing
Parts: Commercial cooktops, sink cabinets, range hoods, stainless worktables.
Why: 304 stainless cuts cleanly with nitrogen – no oxidation, weld-ready edges.
Electrical Enclosure and Cabinet Making
Parts: Control cabinets, junction boxes, server racks, meter panels.
Why: Precision holes and cutouts for components. Clean edges for powder coating.
Office Furniture Production
Parts: Desk frames, drawer fronts, shelving, file cabinets.
Why: High-speed cutting on thin cold-rolled steel. Consistent parts for assembly lines.
HVAC and Ductwork
Parts: Flanges, supports, vent covers, duct connections.
Why: Galvanized steel cuts without delamination. Fast turnaround on custom orders.
Agricultural Equipment
Parts: Harvester components, brackets, seed box parts.
Why: Mild steel up to 16mm cuts reliably. Good for both one-off repairs and production runs.
Service and Support – We Keep You Running
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Warranty: 2 years (laser source: 3 years)
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Remote response: Within 2 hours via phone, WhatsApp, or TeamViewer
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On-site service: 48 hours – we have technicians in 25+ countries
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Spare parts warehouses: USA, Germany, UAE, Thailand – same-day dispatch for critical items
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Installation and training: 3–5 days at your facility, included in price
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Software updates: Free for the life of the machine – new cutting parameters and features added regularly
Frequently Asked Questions
Q1: What is the difference between this electrical exchange table and a fully enclosed machine?
This machine is open-design – no enclosure around the cutting area. This means lower cost, easier access for large or odd-shaped sheets, and simpler maintenance. It also makes the machine lighter and requires less floor space. If you need full containment of smoke and sparks, we offer an optional enclosure kit.
Q2: How does the electrical exchange table work?
Two pallets – you load one while the other is cutting. When cutting finishes, the tables swap automatically in under 30 seconds. The laser does not stop – it continues to the next sheet on the fresh pallet.
Q3: What thickness can I cut with this machine?
With 3kW: mild steel up to 18mm, stainless up to 10mm, aluminum up to 6mm. With 6kW: mild steel up to 22mm, stainless up to 14mm, aluminum up to 10mm. For thin sheets (1–3mm), cutting speeds are exceptionally fast.
Q4: Can I cut aluminum with a fiber laser?
Yes – and this machine includes anti-back-reflection protection to prevent damage from reflective materials. Use nitrogen as assist gas for clean edges.
Q5: What software does it use? Is it complicated?
The machine runs CypCut on the FSCUT controller. You can import DXF, DWG, AI, or PLT files directly. The software does automatic nesting and path optimization. Most operators are productive within 2–3 days of training.
Q6: What about power consumption?
A 3kW machine typically uses 12–15kW per hour at full cutting load. Standby is under 1kW. The electrical exchange table adds minimal extra consumption.
Q7: Do you offer custom table sizes?
Yes – we can supply cutting areas up to 2000×6000mm. Custom sizes require a short lead time. Contact us with your specific dimensions.
Q8: Is training included?
Yes – 3–5 days of on-site training at your facility. We cover operation, software, maintenance, and basic troubleshooting. Remote follow-up support continues for 3 months.
Q9: What is the typical lead time for delivery?
Standard machines (1500×3000mm, 1.5–3kW) are typically available in 15–20 working days. Custom sizes and higher powers may take 25–30 working days. Shipping time depends on your location.
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