Your browser is out of date.

You are currently using Internet Explorer 7/8/9, which is not supported by our site. For the best experience, please use one of the latest browsers.

FMZIII – Gantry Fiber Laser Bevel Cutting Machine

TANAKA America’s FMZIII Fiber Laser Bevel Cutting Machine is adding an extra element to what’s possible in fiber laser cutting. FMZIII Fiber Laser Bevel Cutting Machine offers all modernized features and benefits of FMRIII: Flexible laser beam control for different materials, new frame design for fast and accurate cutting, new cutting methods for higher cutting quality, new controls for easy operation, and several improvements for less maintenance.  

Tanaka FMZIII Fiber Laser Bevel Cutting Machine has a new bevel laser cutting head that is quick to set up with minimal maintenance. This new bevel torch allows you to make vertical and angled high-quality cut parts that are ready for the next phase, with zero or minimal preparation. You can now use Laser Cutting to replace traditional manufacturing methods to further increase productivity and bottom line.

Get an FMZ III Quote

TANAKA FMZIII gantry bevel fiber laser cutting machine
NEW PRODUCT

Now Available with 40 kW

The FMZIII now comes with a 40 kW oscillator. 40 kW lets the FMZIII cut thicker plate at the same speed, cut much faster than plasma, and bevel about 1.8x thicker plate than 20 kW.

01

Thicker plate at comparable speed

20 kW, 16 mm (0.63 in)4,500 mm/min (177 ipm)
40 kW, 25 mm (0.98 in)4,700 mm/min (185 ipm)
+200 mm/min
faster, on 25 mm vs. 16 mm plate
02

Much faster at the same thickness

Plasma, 32 mm (1.26 in)1,300 mm/min (51 ipm)
40 kW MIX, 32 mm2,800 mm/min (110 ipm)
About 2.2x
the cutting speed of plasma
03

Greater bevel thickness

20 kW, 45° top V-bevel28 mm (1.10 in)
40 kW, 45° top V-bevel50 mm (1.97 in)
About 1.8x
the bevel thickness
2 inch steel plate with 45 degree bevel cut on TANAKA FMZIII 40 kW fiber laser

2" plate. 45° bevel. Weld-ready.

This part is 2" (50 mm) plate with a 45° bevel, cut on the FMZIII 40 kW. The edge looks like plasma work, but it's a laser cut, and it comes off the table ready to weld with no grinding or secondary prep.

Send us a part and we will tell you what 40 kW can do with it. Read the 40 kW announcement

Contact TANAKA

Cutting data from TANAKA test results. Actual results depend on material grade and condition.

With the 20 kW oscillator, straight cutting is supported up to 40 mm (1.57 in) and up to 63.5 mm (2.5 in) with the 40 kW oscillator. Bevel cutting up to 32 mm (1.26 in) at 30 degrees and 28 mm (1.10 in) at 45 degrees. With the new 40 kW oscillator, the FMZIII cuts a 45° V-bevel up to 50 mm (1.97 in), about 1.8x thicker than 20 kW, and cuts 25 mm at 4,700 mm/min.Available with a 20 kW or 40 kW fiber laser oscillator and gantry design; features include new user‑friendly controls with 19" screens plus beam‑protection measures like machine covers, torch protection, light curtains, and fiber‑specific cutting tables.

What Is the FMZIII Gantry Fiber Laser Cutting Machine?

A high-powered, gantry-style fiber laser cutter designed for medium to large-format and medium to thick-material applications.

  • Available with a 20 kW or 40 kW oscillator for faster cutting of thicker plates.
  • Features a new bevel cutting head with robust gantry structure for producing large parts ready for the next phase.
  • Tanaka Fiber Laser Bevel Cutting Machine can take over some of the manufacturing processes that have traditionally been using Plasma cutting technology.

Benefits Over Conventional Systems:

  • Cuts thicker larger high-quality parts with angled or straight edges.
  • Parts ready for the next step with zero or minimal preparation.
  • FMZIII Fiber Laser Bevel Cutting Machine can overtake some Plasma Cutting applications.

Key Features and Benefits of Our Fiber Laser Bevel Cutting Machine

Features:

  • Power Options: 20 kW or 40 kW to cut thicker plates.
  • New Laser Bevel Head: Quick angle set up and minimal maintenance.
  • New cutting methods: Faster high-quality cutting.
  • More flexibility: Manufacture parts with straight and angled edges.
  • Reduced process steps: Reach the next step with zero or minimal preparation.
  • Replace slower methods with Laser. Lasers offer faster cutting with quality surface.

Benefits:

  • Productivity: Process more materials in less time.
  • Cut Quality: Minimized edge roughness and dross even on thick materials.
  • Ease of Use: Operators can easily program and manage workflows.
  • Safety: Minimized risk of laser exposure and damage.
  • Versatility: Capable of handling a wide range of materials and applications.

Technical Specifications

Feature Specification
Oscillator Power 20 kW or 40 kW (new)
Laser Type Fiber Laser
Cutting Format Gantry-style for large format parts
Cutting Thickness Medium to thick plates max: 63.5 mm / 2.5” (40 kW); 40 mm / 1.57” (20 kW)
Bevel cutting 30 max 32 mm / 1.26” (20 kW)
Bevel cutting 45 max 28 mm / 1.1” (20 kW); max 50 mm / 1.97” (40 kW)
Cutting Speed Higher acceleration speed
Control Interface New user-friendly controls and 19” screens
Material Types Mild steel, stainless steel, aluminum, and more
Beam Protection Machine covers, torch protection, light curtains, fiber laser-specific cutting tables
Metal Fabrication made with Tanaka Fiber Laser Bevel Cutting Machine

Competitive Advantages of the FMZIII Fiber Laser Bevel Cutting Machine

Competitive Strengths:
  • Powerful 20 kW and 40 kW options for cutting thicker plate.
  • New Torch Head & Beam Mode: Maximum cutting quality for different materials.
  • Cutting Speed: Improved design and new cutting methods reduce cycle times.
  • Local Presence, Global Backing: 35 Years in North America: Trusted support and service in the U.S., Canada, and Mexico.
Need Help Choosing a Machine?

Our Experts Are Here To Help

Tanaka offers solutions that can be customized for your manufacturing needs. Contact Tanaka America for further information.

Industries Served:

Applications and Industries Served by the Fiber Laser Bevel Cutting Machine

  • Heavy Fabrication & Structural Steel: Thick plate cutting in construction and industrial applications.
  • Shipbuilding: High-power cutting for large durable panels for building and repairs.
  • Ag, Heavy Equipment & Transportation: Frame, chassis, and component production.
  • Energy & Infrastructure: Processing specialty metals for power plants, oil & gas projects, bridges and other structures.
  • Metal Fabrication: Broad applications from part manufacturing to OEMs.
explore industries we serve
FMZIII gantry fiber laser bevel cutting machine logo

FAQ

It’s a high‑power, gantry‑style fiber laser with a new bevel cutting head, designed for medium‑to‑large plates and weld‑ready angled edges with minimal prep.

With the 20 kW oscillator, straight cutting is supported up to 40 mm (1.57 in) and up to 63.5 mm (2.5 in) with the 40 kW oscillator, bevel cutting up to 32 mm (1.26 in) at 30 degrees and 28 mm (1.10 in) at 45 degrees. With the new 40 kW oscillator, the FMZIII cuts a 45° V-bevel up to 50 mm (1.97 in), about 1.8x thicker than 20 kW, and cuts 25 mm at 4,700 mm/min.

Yes. Tanaka notes the FMZIII can take over some plasma applications, especially when edge quality and reduced secondary operations are priorities.

Materials include mild steel, stainless steel, aluminum, and more. Typical industries: heavy fabrication and structural steel, shipbuilding, ag/heavy equipment/transportation, energy and infrastructure, and general metal fabrication.

 

Available with a 20 kW or 40 kW fiber laser oscillator and gantry design; features include new user‑friendly controls with 19" screens plus beam‑protection measures like machine covers, torch protection, light curtains, and fiber‑specific cutting tables.

Have a Project in Mind?

You Can Count on TANAKA America

We support manufacturers across North America with proven equipment and responsive service. If you're considering TANAKA, we'd be happy to talk through it.

Fill out the form and someone from the TANAKA America team will get back to you.

Maximum: 10 MB. Allowed file types: pdf, doc, docx, jpg, png.