600 × 600 mm Small-Format Fiber Laser Cutting Machine

Compact. Precise. Profitable. The Ultimate Small-Format Laser Cutter for High-Value Materials.

If you’re in jewelry, eyewear, electronics, or medical components, you know that precision matters. One tiny mistake can cost hundreds—or thousands—of dollars. That’s why our 600 × 600 mm fiber laser cutting machine is designed to give you micron-level accuracy, fast ROI, and total peace of mind.

This is not just another laser cutter. It’s a tool built for small workshops and high-value production, where every millimeter counts.

Why This Fiber Laser Cutting Machine is Different

Most laser cutters on the market are big, clunky, and expensive to run. They take up tons of space and require specialized operators. Our small-format fiber laser cutter solves these problems:

• Ultra-Compact Footprint (600 × 600 mm)
  Fits into tight workshops. Perfect for businesses that need precision but don’t have a giant factory floor.

• High-Precision Linear Module Drive
  Micron-level cutting accuracy means less wasted material and perfect first-pass yields on expensive metals like gold, silver, platinum, and titanium.

• Custom Precision Clamps
  Holds delicate parts securely, so you don’t waste time adjusting jigs between batches. Faster setup = more output.

• Fully Enclosed & CE Certified
  Keeps operators safe. Dust and debris are controlled. Meets European safety standards—so you can sell internationally with confidence.

• Flexible Control Systems
  Choose between CypCut (user-friendly, popular) or RayTools (advanced, perfect for automation). Your team can start cutting quickly with minimal training.

Who Should Consider This Machine

Our 600 × 600 fiber laser cutter is ideal for businesses that need:

• Precious Metal Jewelry – Cutting gold, silver, and platinum parts with micron-level precision.

• Eyewear Components – Stainless steel, titanium, and acetate frames with perfect fit.

• Micro Hardware & Electronics – Fast, high-quality production of instruments, vaporizers, and small custom parts.

• Medical & Electronic Micro-Components – Clean, precise fabrication for miniaturized parts.

This machine isn’t for everyone. It’s for businesses that care about precision, efficiency, and ROI, not just owning a “laser cutter.”

Optional Configurations for Maximum Flexibility

• Fiber Laser Source:

  • 1500 W – Fast, precise cutting of thin and reflective materials. Low power usage.

  • 3000 W – Handles thicker sheets or higher production volume.

• Control System:

  • CypCut – Simple and reliable.

  • RayTools – Advanced automation and integration features.

These options let you customize the machine to your workflow, saving time and maximizing profits.

Technical Specifications at a Glance

How the 600 × 600 mm Fiber Laser Cutting Machine Compares to Other Fiber Laser Cutters

1. Size & Footprint

• 600 × 600 mm model: Ultra-compact (1.8 × 1.5 × 1.8 m), perfect for jewelry studios, eyewear workshops, and small electronic labs.

• Standard sheet-metal cutters (1.5 × 3 m or larger): Require far more floor space and higher facility investment, making them impractical for small-batch or precision work.

2. Precision & Drive System

• Our machine: High-precision linear module drive delivers ±0.005 mm positioning—ideal for micro-components and precious metals.

• Conventional machines: Often use rack-and-pinion drives with typical tolerances of ±0.02 mm, sufficient for large sheet metal but not for fine jewelry or medical devices.

3. Application Focus

• 600 × 600 mm: Tailored for gold, silver, titanium, stainless steel, and other thin, high-value materials where micron-level detail matters.

• Large-format fiber lasers: Built for heavy-duty industrial sheet cutting (carbon steel, thick stainless) but over-powered and inefficient for delicate parts.

4. Operating Costs & ROI

• Small-format machine: Lower power requirements (1500–3000 W), minimal gas consumption, fast setup, and ROI in 7–12 months.

• High-power units: Higher energy draw and maintenance costs, with longer payback periods for small-batch production.

5. Safety & Compliance

• Our cutter: Fully enclosed, CE certified, integrated dust extraction for clean, safe, export-ready production.

• Many industrial models: Often require external enclosures or extra guarding to meet European and American safety standards.

Bottom line: If your priority is space savings, micron-level accuracy, and rapid payback, the 600 × 600 mm fiber laser cutting machine clearly outperforms traditional large-format fiber lasers for small, high-value manufacturing.

1. What materials can the 600 × 600 mm fiber laser cutting machine cut?
It cuts a wide range of metals, including gold, silver, platinum, stainless steel, titanium, copper, and aluminum, making it perfect for jewelry, eyewear, electronics, and micro-component production.

2. What is the maximum cutting thickness?
With a 1500 W source, it handles thin sheets up to about 3–4 mm (material dependent). The 3000 W option allows cutting slightly thicker materials for higher throughput.

3. How accurate is the machine?
The high-precision linear module drive delivers ±0.005 mm positioning accuracy and ±0.003 mm repeatability, ensuring clean, micron-level cuts every time.

4. Is the machine CE certified?
Yes. It features a fully enclosed design with CE compliance and an integrated dust-extraction system, meeting European and American safety standards.

5. What control systems are available?
You can choose between CypCut or RayTools control platforms, allowing easy integration and minimal operator training.

6. What is the machine’s footprint?
Its compact frame measures about 1.8 × 1.5 × 1.8 m, saving valuable workshop space while maintaining industrial-grade performance.

7. What is the typical ROI (return on investment)?
Most customers achieve payback in 7–12 months, depending on production volume, thanks to low operating costs and high cutting efficiency.

8. What maintenance is required?
Routine checks of optics, filters, and the industrial water chiller keep the machine running smoothly. No complex daily maintenance is needed.