What types of laser machines does Youmir Laser manufacture?

We manufacture handheld and CNC fiber laser welding machines, YAG laser welders, pulsed and continuous laser cleaning machines, fiber laser cutting machines, mold repair laser welders, jewelry laser welders, and matching parts and consumables.

Can I test my own parts before choosing a machine?

Yes. You can send samples to our factory. Our engineers run welding or cleaning experiments and return a test report, process videos and a recommended parameter window, so you can confirm results before selecting a configuration.

Which handheld laser welder power should I choose?

As a general reference, 1000 W suits thin sheet up to about 3 mm stainless steel, 1500 W is the most common choice for mixed fabrication up to about 4 mm, and 2000 W to 3000 W are used for thicker steel and aluminum. Actual capability depends on joint fit-up, shielding gas and filler wire, so we verify it on your samples.

What is the difference between pulsed and continuous laser cleaning machines?

Pulsed laser cleaners deliver short high-peak pulses with low heat input, ideal for molds, precision parts and thin coatings without damaging the substrate. Continuous laser cleaners offer higher throughput at lower cost for heavy rust and paint on steel structures where some heat input is acceptable.

Do you support OEM and ODM orders for distributors and brand owners?

Yes. We support appearance and branding customization, function and software customization, automation system development and production line integration for brand owners, factories and distributors.

What after-sales support do overseas buyers receive?

We provide 24/7 online technical consultation, remote video guidance, fault diagnosis and software updates, and we support overseas agency services and on-site installation training.

High-Quality Fiber Laser Cutting Machines Factories, Quotes

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High-Quality Fiber Laser Cutting Machines Factories, Quotes

Fiber laser cutting machines have become a core piece of equipment in the modern metal processing industry due to their advantages in high efficiency, high precision, low cost, and automation.

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Product Description

Features and Advantages of Fiber Laser Cutting Machines

High Cutting Precision and Excellent Cut Quality

Small laser spot and concentrated energy
Smooth cutting edges with minimal burrs
Narrow kerf and small heat-affected zone

Fast Cutting Speed and High Production Efficiency

Cutting speed is several times faster than traditional plasma and flame cutting
Especially suitable for high-speed cutting of thin and medium-thick plates
Increases productivity and reduces unit processing costs

Wide Range of Cuttable Materials

Suitable for a variety of metal materials:

Stainless Steel Carbon Steel Aluminum & Aluminum Alloys Copper & Copper Alloys Galvanized & Electroplated Sheets

High Efficiency and Low Operating Costs

High electro-optical conversion efficiency (≥30%)
Fiber optic transmission, low energy loss
Maintenance-free laser source with long lifespan
Low power consumption and low maintenance costs

High Degree of Automation

Supports automatic loading and unloading systems
Can be integrated with robots and production lines
Suitable for mass production and unmanned operation

Simple Operation and Intelligent Control

CNC control system with user-friendly interface
Supports direct import of CAD/CAM files
Automatic layout, automatic edge finding, automatic cutting

Environmentally Friendly and Safe

No cutting oil required, no harmful gases
Low noise and low dust
Complies with environmental protection and safety production requirements

Applications of Fiber Laser Cutting Machines

1. Sheet Metal Processing Industry

Stainless steel and carbon steel plate cutting
Chassis and cabinets, metal enclosures
Communication equipment housings

2. Automotive & Parts Manufacturing

Automotive structural components
Exhaust system components
Automotive sheet metal parts

3. Hardware Products Industry

Door and window hardware
Metal brackets and supports
Metal tools and accessories

4. Home Appliance Manufacturing

Refrigerator, washing machine, and AC housings
Kitchenware, stainless steel sinks
Household metal components

5. Machinery Manufacturing

Machine equipment covers
Industrial equipment structural components
Machining of mechanical parts

6. Construction & Decoration

Stainless steel decorative panels
Metal curtain walls
Guardrails, stair railings

7. Advertising & Signage Industry

Metal letters, billboards
Decorative pattern cutting

8. New Energy & Power Industry

Battery trays
Electrical control cabinets
Metal components for energy equipment

Frequently Asked Questions (FAQ)

Q1: What metal materials can a fiber laser cutting machine cut?

Fiber laser cutting machines are suitable for cutting a wide range of metals, including stainless steel, carbon steel, aluminum and aluminum alloys, copper and copper alloys, as well as galvanized and electroplated sheets.

Q2: How does fiber laser cutting compare to traditional plasma and flame cutting?

Fiber laser cutting provides much higher cutting precision, smooth edges with minimal burrs, a narrower kerf, and a smaller heat-affected zone. In addition, its cutting speed is several times faster, especially on thin and medium-thick metal sheets.

Q3: What makes fiber laser machines cost-effective in operation?

They offer a high electro-optical conversion efficiency (≥30%), efficient fiber optic transmission with minimal power loss, and a maintenance-free laser source with an exceptionally long service life, significantly reducing maintenance and power consumption costs.

Q4: Can fiber laser cutting machines be integrated into automated production lines?

Yes. These systems support automated loading and unloading systems, CAD/CAM software integration, automatic edge finding, and can be connected with industrial robots for mass and unmanned production.

Q5: Are fiber laser cutting machines environmentally friendly?

Yes. Fiber laser cutting requires no cutting oils, generates no harmful toxic gases, and operates with low noise and reduced dust levels, meeting international environmental and industrial safety standards.