GWEIKE - Fiber Laser Cutting Machine | Tube & Dual Sheet Bed | LF3015GCR

Supplier: Koenig Machinery

Fiber Laser Cutting Machine | Tube & Dual Sheet Bed | LF3015GCR

Fully enclosed 3015 CNC fiber laser with rotary for sheet and tube cutting. Dual 3000×1500mm bed (4000×1500, 4000×2000 & 6000×2000 options) with 3m tube capacity standard (6m optional). Built for fast, safe and precise metal fabrication.

Enclosed Sheet & Tube Laser System

GWEIKE LF3015GCR Enclosed CNC Fiber Laser with Rotary

The LF3015GCR is a fully enclosed CNC fiber laser cutting system built for fabrication businesses processing both sheet metal and tube.

With an integrated rotary attachment and protective enclosure, this machine delivers industrial-level cutting performance with enhanced operator safety. It is ideal for structural steel fabricators, engineering workshops, automotive manufacturers and production facilities wanting flexibility without compromising precision.

What This Machine Does

• CNC fiber laser sheet cutting (3000 × 1500mm)
• Rotary tube and pipe cutting
• High-speed profiling and contour cutting
• Precision bracket and component manufacturing
• Production-ready repeatable parts

Ideal For

• Structural steel workshops
• Handrail and balustrade manufacturers
• Automotive and chassis builders
• Agricultural equipment manufacturers
• Engineering and fabrication businesses

If your workshop cuts plate and processes tube, the LF3015GCR consolidates both operations into one efficient platform.

Key Features

• Fully enclosed safety cabin
• Integrated rotary tube cutting system
• 3015 sheet cutting bed
• High-speed servo-driven motion system
• Precision rack and pinion drive
• Automatic focusing laser head
• Clean edge finish with minimal secondary processing
• Suitable for mild steel, stainless steel and aluminium

Why Choose the LF3015GCR?

• Sheet and tube cutting in one system
• Improved safety with enclosed design
• Reduced floor space compared to separate machines
• Lower capital investment
• Increased workshop versatility

Built for Production

Engineered for high-speed acceleration and consistent positioning accuracy, the LF3015GCR supports demanding production environments while maintaining tight tolerances and reliable cut quality.

One machine. Enclosed safety. Sheet and tube capability.

GWEIKE LF3015GCR Enclosed CNC Fiber Laser with Rotary

The LF3015GCR is a fully enclosed CNC fiber laser cutting system built for fabrication businesses processing both sheet metal and tube.

What This Machine Does

Ideal For

• Structural steel workshops
• Handrail and balustrade manufacturers
• Automotive and chassis builders
• Agricultural equipment manufacturers
• Engineering and fabrication businesses

If your workshop cuts plate and processes tube, the LF3015GCR consolidates both operations into one efficient platform.

Key Features

Why Choose the LF3015GCR?

• Sheet and tube cutting in one system
• Improved safety with enclosed design
• Reduced floor space compared to separate machines
• Lower capital investment
• Increased workshop versatility

Built for Production

Engineered for high-speed acceleration and consistent positioning accuracy, the LF3015GCR supports demanding production environments while maintaining tight tolerances and reliable cut quality.

One machine. Enclosed safety. Sheet and tube capability.

Read less...

To contact Koenig Machinery about GWEIKE Fiber Laser Cutting Machine | Tube & Dual Sheet Bed | LF3015GCR use Get a quote.

Let Koenig Machinery provide you with a quote

Supplier

Supplier: Koenig Machinery

Distribution: Australia & New Zealand

Location: Campbellfield , VIC

Customers: Monash University, RMIT University

Trade With Confidence. The supplier of this item is approved as a Verified Supplier. Business registration, contact details and locations have been verified. Koenig Machinery are also proudly displaying these credentials:

Established:

2014

Employees:

21-50

Customers:

Monash University, RMIT University

Distribution:

Australia & New Zealand

Location:

Campbellfield , VIC

Joined:

Jan 2026