Laser Cutting Machine

You Professional Laser Cutting Machine Manufacturers

Jinan Guozhong CNC Equipment Co.,Ltd. is located in Jinan, Shandong. It is committed to (customized) panel furniture CNC production lines, woodworking processing centers, CNC cutting machines, hole processing centers, multi-layer sofa keel automatic feeding machines, CNC drilling processing centers (PTP), blister door production lines, etc.

Why Choose Us

Our Factory
The company covers an area of 12,000 square meters, has more than 100 professional talents with college degrees or above, has a strong R&D team and production capacity, and is a high-tech enterprise integrating CNC technology R&D, production, sales and service.

Advanced Equipment
The design, manufacturing, delivery, and support of our CNC machines are never outsourced. We handle every aspect of the production from start to finish in our state-of-the-art facility, allowing us to control the quality and efficiency of everything that goes into our machines.

24H Online Service
Online around the clock, 24-hour remote online guidance, and door-to-door service when necessary.

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Advantages of Laser Cutting Machine

Precision

Accuracy is arguably one of the main motivators for using laser cutters in the first place, as this is oftentimes their most well-known advantage. Most machines are accurate to +/– 0.1 mm, and with high standards like these, there is little need for after-treatment or fixes to the finished products. The use of lasers is typically associated with increased accuracy in any machine. Lasers make it feasible to remove the absolute minimum amount of a material to produce the desired cut, so less material is wasted.

Energy Efficiency

Laser cutters are acclaimed for their energy efficiency, which makes these machines the perfect candidate for environmentally conscious projects. They reduce various costs involved in manufacturing and consequently increase total revenue. Using a laser cutter reduces overall energy use, making them a better alternative for businesses looking to maintain a smaller environmental footprint on the planet.

Repeatability

The precision of laser cutters leads us to another similar advantage, repeatability. A standard machine is exact to +/– 0.05mm on most materials. This ensures that each part, project, or product cut on the machine is identical to maximal levels of precision. Repeatability is essential in almost any manufacturing process, identical parts are needed in many scenarios to please customers or even ensure safety.

Automation

The Laser Cutting Machine need very little manpower because of their highly advanced technology. So all the workers must do is move materials. In the long run, a reduced number of employees will save businesses money. The machine does most of the work for you, so a laser-cutting machine is the ideal financial investment.

Types of Laser Cutting Machine

Fiber Laser Cutters
Fiber lasers can operate in a constant projectile, quasi-continuous beam, or pulsed modes, providing them with a variety of functionality. The MOPA is a fiber laser technology subtype with variable pulse lengths. Which gives the MOPA laser the title of the most adaptable laser, with a wide range of potential uses.

CO2 Laser Cutters
When we speak of CO2 laser cutters, we refer to machines with a pedigree rooted in a gas mixture dominated by carbon dioxide. Unlike the compact diode setup in fiber lasers, the CO2 resonator is substantial.CO2 laser cutting relies on electricity mingling with a blend of gases to produce the laser beam. Intensity is achieved through mirrors, but as the beam journeys towards the lens, traversing multiple cooled mirrors, there's an inevitable power and quality drop.

Direct Diode Lasers
Venturing into the realm of Direct Diode Lasers, we find devices known for their efficiency. They stand out among the main types of lasers as they use diodes directly to produce the desired wavelength. For those diving deep into laser cutting processes, Direct Diode Lasers offer a combination of speed and compactness.

Application of Laser Cutting Machine

Automotive industry: It cuts car parts, exhaust systems, and other parts that require precision.

Aerospace industry: It is used to cut aircraft parts, control panels, laser engraving, and other precision-based products that must be cut efficiently.

Electronics industry: It cuts circuit boards, wires, and other electronic components requiring precision cuts.

Medical industry: It is used for precision cutting surgical instruments and implants. The quality of the cuts will determine how effective the medical device will be as well as how long it lasts before replacement becomes necessary.

Architecture and construction industry: It is used in sheet metal cutting for panels or glass windows with precision so they fit properly together without any gaps between them.

Specifications of Laser Cutting Machines

Power Range	Suitable Materials	Typical Applications
Low Power (10W - 100W)	Thin materials like paper, cardboard, thin plastics	Engraving, precision cutting in electronics and jewelry
Medium Power (100W - 500W)	Moderate thickness materials like wood, acrylic, metals up to 1/4 inch	Signage, automotive parts
High Power (500W - 2000W)	Thicker materials, including metals up to 1 inch thick	Cutting metals
Ultra High Power (2000W - 6000W or more)	Thick metals like steel and aluminum	Industrial applications (shipbuilding, heavy machinery)

Configurations of Laser Cutting Machine

Moving Material Configuration
In laser cutting operations, the moving material configuration involves positioning the workpiece under a stationary laser cutting head. The process begins with the material being secured on a stable platform, ensuring precise movement control via advanced motion control systems. This configuration utilizes high-power lasers, including CO2 and fiber lasers, to deliver focused laser beams capable of cutting through various thicknesses and types of materials.

Gantry Configuration
The gantry configuration is a common setup in industrial laser cutting. It involves a stationary cutting bed and a moving gantry structure above it. This structure houses the laser head, which moves along the X and Y axes, positioning the laser precisely over the workpiece. Gantry systems are versatile and can accommodate large workpieces due to their stationary bed design.

Hybrid Configuration
Hybrid laser cutter configurations combine different laser technologies or additional cutting tools for enhanced versatility. For example, a hybrid system might integrate both laser and plasma cutting capabilities to handle a wider range of materials and thicknesses. These systems often feature multiple cutting heads or interchangeable tools, allowing operators to switch between cutting methods without reconfiguring the entire setup.

Flying Optics Configuration
One of the most versatile setups in laser cutting, the flying optics configuration enhances speed and accuracy. It employs movable mirrors to direct the laser beam over the workpiece. This dynamic movement reduces inertia-related delays, enabling faster cutting speeds and higher throughput. Precision is enhanced through advanced motion control systems, ensuring consistent cutting across diverse materials.

5-Axis Configuration
For intricate and three-dimensional cutting requirements, the 5-axis laser cutter provides unparalleled flexibility. This configuration integrates rotational and tilting capabilities along with traditional X, Y, Z axes. Such versatility allows complex geometries and contours to be cut with precision. Industries such as aerospace and automotive manufacturing benefit significantly from the ability to cut intricate parts without repositioning the workpiece.

Precautions for use of Laser Cutting Machine

Always keep the doors to the lab closed:

Only certified users should have access to the laser cutter room.

Having the basic Materials Lab Safety Training does not grant access to the laser cutters.

Keeping the lab doors closed ensures better air handling for ventilation in the space.

Before you access the scrap tray, stop your laser cutter session, turn off the laser cutter, wait until your material has cooled, and then lift the main lid to the laser cutter bay. You an access the scrap tray by opening the front latch of the white front access panel located just below the handle of the laser cutter bay door. The tray has a handle on it that makes it easy to slide in and out of the unit. Be sure to empty the tray before and after your cutting session. Be sure that the access panel is completely shut with the access latch closed after inserting the tray back into the lower bay – never operate the laser cutter without the lower scrap tray in the unit.

Always check the laser cutter honeycomb bed for remnant pieces of material substrate; you need a clean, flat laser cutter bed to allow your material substrate to sit flush against the laser cutter honeycomb bed. Utilize a horse hair brush, tweezers and/or the shop vacuum to clean out any remnant pieces of material substrate.

Always clean up the laser cutter honeycomb bed and the laser cutter area after you cut your material and have completed your laser cutting session. Utilize the shop vacuum to clean out debris and remnant pieces of material substrate. Collect all your materials and equipment that you brought into the laser cutter area as you leave so that the next person scheduled for the laser cutter has a clean slate to start their laser cutter session.

If you are using any laser cutter hold down pins or tape to secure you cutting material substrate to the bed be sure to collect and remove those as well.

Our Factory

FAQ

Q: What are the three types of laser cutters?

A: Laser cutting is one of the most main process to make sheet metal parts. Each laser offers a continuous wavelength and can serve a range of purposes. There are 3 types of lasers: CO2 (gas lasers), Fiber lasers and Nd:YAG or Nd:YVO (vanadate crystal lasers).

Q: Do laser cutters use a lot of electricity?

A: On average, laser cutters consume between 1.5 kW and 10 kW per hour, depending on the machine's configuration, power rating, and the specific cutting process.

Q: What is the cutting accuracy of metal cutting laser machine?

A: The cutting accuracy of our metal fiber laser cutting machine is up to ±0.03mm, thanks to the high quality of the laser source and the precision of the mechanical structure, which ensures high-precision cutting in a variety of application scenarios.

Q: How about fiber laser cutting machine price?

A: The price of a laser cutting machine depends on the model, power, configuration, and customization needs. We offer cost-effective solutions and will provide a specific quote after a detailed understanding of the customer's needs.

Q: What is the warranty period for laser metal cutting machine?

A: Our laser cutting machines come with a two-year warranty on the entire machine and a five-year warranty on major components. During the warranty period, any equipment failure due to manufacturing problems will be repaired or replaced free of charge. After the warranty period, we also provide paid maintenance and support services.

Q: What is the lead time for a metal laser cutter?

A: The lead time is usually 4 to 6 weeks, depending on the type of equipment and the specific needs of the customer. We will provide a detailed delivery schedule at the time of order confirmation and maintain communication during production and transportation to ensure on-time delivery.

Q: What to know about buying a laser cutter?

A: If the laser is primarily used for engraving, you will achieve good results with laser powers between 25 and 80 watts. For laser cutting or for very high speed applications, we recommend a laser power of more than 80 watts. Depending on the type of material, a different laser power will lead to the optimum result.

As one of the most professional laser cutting machine manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to buy durable laser cutting machine for sale here from our factory.