30w Laser Power Single Table Glass Cutting Machine with Eco-friendly Modes

Product Description:

This high-power picosecond laser source is equipped with a self-developed glass cutting head that uses fully imported lenses to produce a fine beam and a long focal depth.

The laser source supports both integrated cutting and breaking processes, as well as separate cutting and breaking processes to better suit the needs of your project. It utilizes high-end linear motors for its X/Y axes, along with German 0.1um digital grating scales for superior accuracy.

Motion control is a breeze with the standard PSO function, allowing for uniform control of laser spot spacing. The machine is also equipped with positioning CCD and telecentric optical lenses to ensure precise recognition of circular and cross marks.

The electrical components are supplied by Schneider Electric of France, while the switching power supply comes from Mean Well of Taiwan. The laser source is capable of cutting a single piece up to 19mm in thickness, and the base of the motor platform and optical platform is made of natural marble for enhanced precision.

Features:

Irregular-shape High-speed Cutting

Our cutting technology is designed to operate at high speeds with exceptional precision, regardless of the shape of the material being cut. This means that you can rely on our technology to deliver consistent and reliable results every time.

High Cutting Quality, No Taper, No Burrs, Small Chipping

Our cutting process not only guarantees high-speed cutting, but it also ensures that the quality of the cut is always of the highest standard. There is no taper, no burrs and minimal chipping, meaning that you can achieve the exact shape with minimal clean-up afterwards.

Low-Cost, High-Yield Rate, Low Consumables and Energy-Saving

We understand that not only is high-quality cutting important, but cost-effectiveness is also paramount. That's why our technology offers low-cost cutting, with a high-yield rate, and requires minimal consumables. Our energy-saving design helps you save even more on operational costs.

No Pollution, No Powder and No Wastewater

We also care about the environment, and our cutting technology reflects that. Our process produces no pollution, no powder and no wastewater, meaning that you can feel good about the impact you're making on the environment.

Technical Parameters:

Specification:

The specification of the laser cutting machine includes various parameters of the cutting laser source, such as cooling method, pulse width, pulse frequency, wavelength, beam quality, and power.

• Description:
• The laser cutting machine employs an infrared picosecond pulse laser as the cutting source, which has a pulse width of less than 10ps, a pulse frequency of 1Hz - 1000kHz, and a wavelength of 1064nm. The laser source is water-cooled and has a beam quality of M^2 < 1.2. The laser power is 50W with options for 10W, 20W, 30W, 60W, 80W, etc.

• Cutting Performance:
• The cutting performance of the laser cutting machine is driven by an XY linear motor and optical grating scale. The positioning accuracy is ±2um, the repeatability is ±1.5um, and the cutting precision is ±0.01mm. The machine has an acceleration of 1G and a maximum linear speed of up to 1000mm/s. The cutting speed is adjustable from 0-500mm/s. The cutting thickness of ultra-clear glass single cut is ≤19mm, and blue glass double cut is ≤19mm. The minimum cutting burr is ≤5um. The cutting range of X/Y can be custom made.

• Splitting laser source:
• The splitting laser source of the machine is RFC02 (Radio Frequency CO2), which is water-cooled and has a wavelength of 10.6µm. The laser power is 150W with options for 250W/350W, and the pulse frequency is 1-100kHz.

Applications:

Glass

Glass is a versatile and essential material used in various industries. It is commonly known for its properties such as optical clarity, brittleness, and willow-like flexibility. Ultra-thin glass is also widely used in various applications such as electronics and biomedical fields. For instance, biomedical glass is commonly used in dental implants and prostheses.

Real Estate

Glass is commonly used in the real estate industry for architectural decoration and designing bathroom spaces. Bathroom glasses are installed to provide privacy and ensure a clean and aesthetically modern look. Decorative glasses on the other hand are utilized to enhance the overall appearance of a building's interior.

Automobile

Car glass has become a crucial component of automobiles providing not only a clear view of the outside but also playing a vital role in ensuring vehicle safety. Instrumentation panels of cars are also often made of glass providing real-time information about the car and its condition.

Communication Media

Glass finds its way in communication devices as well, such as mobile and watches where sapphire glass covers are used to safeguard the devices' sensitive screens from any damages. Camera and CCTV lenses are also made of glass to ensure clear and high-quality image capture.

Home Appliance

Glass is used in home appliances both as a panel and for lighting purposes. Glass panels provide a clean and aesthetic look for appliances such as refrigerators and ovens, while lighting glass is used in lighting fixtures to enhance lighting quality.

New Energy

Photovoltaic glass is a new technology where glass is used as a cover for solar panels to ensure maximum energy production. It is a promising technology to help meet the world's energy needs in a more eco-friendly way.