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Tube Laser Cutting Machine

tube laser cutting machine

A ideal cutting tool for shaped tube

Laser Type
IPG or Other Brands
Cutting Head
Raytools
Water chiller
Hanli
Follower sensing system
High precision automatic induction, accuracy ±0.1mm
Driving system
Germany ROR rack (helical teeth)
Rack & Pinion
ROR(Germany)
Button Module
Schneider(France)
AC Contactor
Schneider(France)
X, Y axial guide rail
PMI
Control system
Cypcut FScut((support English language, file formate .dxf, PLT, Gerber, AI and so on))
PC System
NODKA
X axis servo
Fuji
Y axis servo
Fuji
Z axis servo
Fuji
W axis servo
Fuji
Power supply
Three-phase five-wire AC 380V±5%, 50Hz±1%
Maximum cutting thickness
≤10mm(carbon steel tube)Oxygen purity above 99.95%                          ≤5mm(stainless steel tube)Nitrogen purity above 99.999%
Tube material
Round tube: inner wall diameter 20mm – outer wall diameter 219mm        Square tube: inner wall length 20mm – outer wall length 150mm          Pipe wall thickness ≥1mm
Table
table frame welded table frame, strictly treated with hardening, tempering treatment to ensure no deformation during long time
production

Tube Laser Cutting Machine principle

The fiber laser pipe cutting machine uses a fiber laser to output a high energy density laser beam and focus it on the surface of the pipe. The area on the tube irradiated by the ultra-fine focus light spot is instantly melted and vaporized. The spot irradiation position is moved by the CNC mechanical system to realize automatic cutting. It is high-tech equipment that integrates advanced fiber laser technology, digital control technology, and precision automated technology.

Tube Laser Cutting Machine features

Self-adjusting chuck center with a thin tube protection limit to ensure a damage-free thin tube clamping.

Highly dynamic performance, significantly increasing cutting efficiency

The high-speed automatic laser pipe cutting machine can perform high speed and high-quality laser cutting of round, rectangular, and shaped pipes.

Application material

Specially used for cutting round pipe, square pipe, rectangular pipe, and other shaped metal pipes with a thickness of 0.5mm-10mm; applicable to various pipes with diameter φ20 to φ219 and pipe length up to 6000mm.

Tube Laser Cutting Machine Parameters

Maximum operating speed 60m/min
Maximum acceleration 0.8G
Transmission method Precision Gear Rack and Pinion
X/Y positioning accuracy ±0.08mm/m
X/Y Repeat Positioning Accuracy ±0.05mm
Working voltage 380V/50Hz
Laser power 1000W-4000W
Machine power 9KW
Machine operating temperature 0℃-40℃
Humidity in machine operation <90%

Tube Laser Cutting Machine Series Products

Models. 0260 0260
Pipe length (mm) ≤6000 ≤6000
Weight of the whole machine (kg) 5000 5800
External dimensions (mm) 9450*3260*2800 9450*3260*2800
Pipe diameter (mm) 20-219 20-219

Fiber laser tube

Tube Laser Cutting Machine Applications

Can cut all kinds of metal plates and pipes, mainly used in stainless steel, carbon steel, manganese steel, galvanized steel, all types of alloy plates, rare metals, etc. Rapid cutting of materials.

They are widely used in kitchen appliances, sheet metal chassis, and cabinets, machinery and equipment, electrical equipment, lighting hardware, advertising signage, auto parts, etc. Display equipment, all kinds of metal products, sheet metal cutting processing, and other industries.

Tube Laser Cutting Machine Performance Features:

Cutting sample by pipe laser cutter

Tube Laser Cutting Machine Service Specification

Provide technical advice and complete equipment documentation as required. Assist you in the design of laser processing solutions, taking into account technical feasibility: equipment exhibition hall for you to visit, proofing, and test machine.

The actual situation on-site helps you plan and design the production site, water, electricity, and gas equipment. Provide you with a full set of equipment operation manuals, before delivery to the equipment operators for basic laser theory, safety protection, and equipment maintenance training.

In your factory, the equipment operators will be trained in practical processing operations, equipment maintenance, and safety operations. To ensure that the equipment operating procedures and methods as soon as possible, the computer can independently use the machine for production. After installing and commissioning the whole set of equipment in the field, free warranty for one year from the date of acceptance. In the warranty period, the company will assign engineers and technicians to work on the equipment from time to time for special patrol and routine maintenance. We also provide services such as auditing and inspection and answering related questions.

Tube Laser Cutting Machine Service commitment

The service response time is within 24 hours.

Tube Laser Cutting Machine – The Complete FAQ Guide

Figure-3-–-What-is-Tube-Laser-Cutting_

There will never be a shortage of tube laser cutting machines in the market. As a matter of fact, you’ll be able to see them in various parts of the world!

In this guide, we will be showing you various ways on how you can find the top and the best tube laser cutting machines, as well as how you can select the best manufacturers in the market!

Without further ado, let’s head right onto the guide!

What is a tube laser cutting machine?

It’s a type of laser cutting machine that’s mostly used to cut and partition pipes, tubes, channels, and other cylindrical objects of the like.

Tube laser cutting machine cutters, obviously, utilize fiber lasers for their process. These types of laser cutters usually have wavelengths that are about 1.06 to 1.10 microns. Generally, the beams of fiber lasers are about 10 to 15% smaller than the beams of CO2 laser cutters, which mean that they are easily absorbed by the material.

What Does a Tube Laser Cutting Machine Do?

The primary purpose of tube lasers is to be able to cut tubes, pipes, and various types of structural shapes to achieve the length and the size needed.

However, that is not the only use of tube lasers, particularly tube laser cutting machines. In fact, you can also make use of them if you’re trying to cut holes, cavities, trenches, or any other type of designs that you wish to have on your workpiece or your substrate.

Tuber lasers, overall, are versatile and flexible machines that would extremely beneficial for whatever type of use you’ll need it for.

What is Tube Laser Cutting?

Tube laser cutting is the strategic process of cutting or slicing pipes, tubes, channels, and other cylindrical objects.

This is the method or the procedure used in cutting because it does not fully require human intervention, especially if the machine is semi-automatic.

In addition to that, the accuracy, precision, and the overall consistency is maintained if you perform tube laser cutting machine cutting.

Are Laser Cutters Expensive?

Laser cutters in general can cost around $4,0000 to $15,0000 per machine. Anywhere between these prices would be the standard cost for it.

On the contrary, if the price would be lower or if it would exceed this range, it would already be a special type of laser cutter.

How Much Does a Fiber Laser Cost?

Fiber lasers can cost you in the ranges of $20,000 and $45,000, depending on the features and the functionalities that you want to see in it.

They’re expensive, yes, but it is due to several reasons, some of which include:

  • Fiber lasers can cut through various materials, such as aluminum, brass, and copper better
  • The laser beams of fiber lasers are safer and more controlled
  • In terms of operating costs, fiber lasers would cost half of what CO2 lasers would
  • The wavelengths of tube laser cutting machines are narrower and smaller, which allows it to be absorbed by the material more

Their performance is valued so much to the extent that there are tube laser cutting machines that can go as expensive as $100,000. These would be lasers that are extremely advanced and automatic.

Where to Find Tube Laser Manufacturers?

There are a lot of tube laser cutting machine manufacturers in the market today, you’ll actually be able to find them in various countries around the world.

However, if what you yearn are high-quality tube laser cutting machines, then you can never go wrong in choosing a Chinese tube laser cutting machine manufacturer. Apart from the fact that they charge less, you’ll actually also be able to get most of what you’re looking for as they offer certain customizations!

If you had to choose between a Western tube laser cutting machine supplier or a Chinese tube laser cutting machine manufacturer, going with the latter can hive you higher chances of success!

How Long Does a tube laser cutting machine Last?

On average, mid-range or standard laser machines have lifespans around 15 to 20 years. In technical terms, this is around 30,000 to 35,000 hours. tube laser cutting machines easily beat that because their average lifespan is within 100,000 hours, or about 45 years of use.

Of course, this figure is excluding all repairs, maintenance, and errors. Therefore, you can absolutely expect it to last longer than the regular or traditional CO2 lasers.

Fiber Laser vs. CO2 Laser: What’s Better For You?

A lot of people still can’t grasp the differences between CO2 and tube laser cutting machines.

To help you more with it, here’s a table that you can use to understand the distinctions between them.

Fiber Lasers CO2 Lasers
Can be used on a wide-range of materials such as metal, copper, bronze, aluminum, etc. Ideal to be used on non-metallic materials like textiles, acrylic, plastic, wood, stone, etc.
Uses less power, which translates to lower operational costs. Tends to use more power, which means it’s more energy-reliant (higher operational costs).
More expensive than CO2 lasers. Substantially cheaper than fiber lasers.
Maintenance-free and smaller than CO2 lasers. Requires maintenance and check-ups, quite bigger and larger than fiber lasers.
Common applications include metal annealing, engraving, etching, contaminant removal, metal cutting, and many more. Common applications include marking of PVC and plastic, cutting thick non-metallic materials, and pharmaceutical or packaging marking operations.

These are some of the most customary distinctions that you can have between tube laser cutting machines and regular CO2 lasers.