Product Description:
Our product is a high-power picosecond laser source that provides
an efficient and precise cutting tool. It is equipped with a
self-developed glass cutting head that has fully imported lenses,
ensuring a fine beam and long focal depth.
The laser source supports both integrated cutting and breaking, as
well as separate cutting and breaking processes. This flexibility
allows for a range of cutting applications and operations.
To ensure accurate positioning, the product is equipped with
high-end linear motors for its X/Y axes, and German 0.1um digital
grating scales. Additionally, the motion control has a standard PSO
function for uniform control of laser spot spacing.
The product also has a positioning CCD and telecentric optical
lenses for precise recognition of circular and cross marks. The
electrical components are from Schneider Electric of France and the
switching power supply is from Mean Well of Taiwan, ensuring
optimal performance.
The product is capable of cutting a single piece up to 19mm in
thickness, making it a versatile tool that can be used in a variety
of industries. The base of the motor platform and optical platform
is made of natural marble, providing enhanced precision and
stability to the product.
Features:
Irregular-shape High-speed cutting is a cutting technique that
provides various cutting shapes, performed at high speeds. This
approach enables faster and more efficient processing compared to
traditional cutting methods, making it a valuable tool for modern
industries.
Using Irregular-shape High-speed cutting ensures high cutting
quality, with minimal taper and burrs, and small chipping. The
precision and smoothness of the cuts are significantly improved,
which means that the fabricated products meet better quality
standards.
This cutting method provides a variety of advantages over other
techniques. It is a low-cost process with a high-yield rate,
meaning the production output is high, and the cost of production
is low. Additionally, it has low consumables and energy-saving
features, which means lower overheads. With these features,
businesses can reduce their expenses without sacrificing quality.
Irregular-shape High-speed cutting also has environmental benefits,
as it does not cause pollution, create powder, or produce
wastewater. This feature ensures that businesses remain
eco-friendly while still maintaining a high level of productivity.
Irregular-shape High-speed cutting
Irregular-shape High-speed cutting is a cutting technique that
provides various cutting shapes, performed at high speeds. This
approach enables faster and more efficient processing compared to
traditional cutting methods, making it a valuable tool for modern
industries.
Benefits of Irregular-shape High-speed cutting
- High cutting quality, with minimal taper and burrs, and small
chipping
- Low-cost and high-yield rate, reducing expenses while increasing
output
- Low consumables and energy-saving features for lower overheads
- No pollution, creating powder, or producing wastewater to maintain
eco-friendliness
Technical Parameters:
Specifications
Description
Our laser cutting machine boasts the following parameters:
- Cooling Method: Water cooling
- Pulse Width: <10ps
- Pulse Frequency: 1Hz - 1000kHz
- Wavelength: 1064nm
- Beam Quality: M^2 < 1.2
- Power: 50W (options: 10W, 20W, 30W, 60W, 80W, etc.)
- Laser Type: Infrared picosecond pulse laser
- Cutting Performance:
- Drive Motor: XY Linear Motor + Optical Grating Scale
- Positioning Accuracy: ±2um
- Repeatability: ±1.5um
- Acceleration: 1G
- Linear Speed: Up to 1000mm/s
- Cutting Speed: Adjustable from 0-500mm/s
- Cutting Thickness: Ultra-clear glass single cut ≤19mm, Blue glass
double cut ≤19mm
- Minimum Cutting Burr: ≤5um
- Cutting Precision: ±0.01mm
- X/Y Cutting Range: Custom made
- Splitting laser source:
- Laser Type: RFC02 (Radio Frequency CO2)
- Cooling Method: Water cooling
- Wavelength: 10.6µm
- Power: 150W (options: 250W/350W)
- Pulse Frequency: 1-100kHz
Applications:
Glass
Glass can be described as a transparent or translucent solid
material that is often used in the manufacture of a variety of
products. It can be optically clear, brittle and ultra-thin, and
commonly used in the production of biomedical glass due to its
capability to resist corrosion and thermal shock.
Real Estate
Glass is commonly used in the construction and decoration of
buildings, particularly in the architectural decoration of
bathrooms, where glass is often favored for its elegant appearance
and easy maintenance.
Automobile
Glass is an essential component of automobiles, particularly in car
glass and instrumentation panels. This type of glass is designed to
be durable and able to withstand impact without shattering, thus
providing necessary protection for vehicle occupants and accurate
information to drivers.
Communication Media
Glass is used in the manufacturing of various communication
devices, such as mobile and watch sapphire covers, and camera and
CCTV lenses, due to its scratch-resistant, optically clear, and
durable properties.
Home Appliance
Glass is increasingly being used in the production of home
appliances, both as panels for touch controls and as glass used for
lighting. Home appliance glass panels are often chosen for their
sleek and modern appearance that complements the overall design of
the home.
New Energy
Photovoltaic glass is one of the most widely used types of glass in
the new energy sector. This type of glass is widely used in the
manufacturing of solar panels and is designed to be highly
efficient in converting sunlight into electrical energy.
