ACMER P1 20W Acrylic Laser Engraver and Cutter Machine with Rich
Accessories Ecology and Rotary Module Compatibility
Product Description:
ACMER P1 20W Acrylic Laser Engraver and Cutter Machine is a
high-performance laser engraver that can be used to create precise
and intricate designs on a variety of materials, including acrylic,
wood, rubber, ceramics, and metal. With a real 20W optical power
laser and ultra-fine laser focus of 0.08mm, the minimum engraving
accuracy is 0.01mm, and the engraving speed can reach up to
30000mm/min.
The ACMER P1 also has a strong cutting capacity and can cut up to
20mm acrylic and 8mm wood board. This laser engraver is equipped
with ESP32 dual processor chip and built-in 256-bit color scale to
achieve finer engraving effects and higher contrast.
In addition, the machine has a solid all-metal structure frame that
enhances stability and durability while improving engraving
accuracy. The modular design makes it easy to assemble, maintain,
and update machine parts. With a 60% pre-assembly delivery,
installation can be completed in only four simple steps in just
10-15 minutes. The ACMER P1 also comes with an observable shield
that protects your eyes and filters out 97% of UV rays for added
safety.
Features:
- Powerful laser: real 20W optical power laser, ultra-fine laser
focus of 0.08mm, and minimum engraving accuracy of 0.01mm.
- High efficiency: engraving speed can reach up to 30000mm/min, and
the cutting capacity is strong, cutting up to 20mm acrylic and 8mm
wood board.
- ESP32 dual processor chip: built-in 256-bit color scale for finer
engraving effects and higher contrast.
- Solid structure, easy installation: the all-metal structure frame
makes the machine more stable and durable while improving engraving
accuracy. The modular design makes it easy to assemble, maintain,
and update machine parts.
- Observable shield: protects your eyes and filters out 97% of UV
rays.
- Rotary module compatibility: can be used with rotary modules to
carve curved surface materials.
Applications:
The ACMER P1 20W Acrylic Laser Engraver and Cutter Machine is
suitable for a wide range of applications, including:
- Acrylic cutting and engraving
- Wood cutting and engraving
- Rubber sheet cutting and engraving
- Ceramic cutting and engraving
- Metal engraving
With the optional rotary module, the machine can also be used to
carve curved surface materials, such as cups, bottles, and pens.
Support and Services:
we are committed to providing excellent support and services
to our customers. We offer:
- 24/7 online assistance
- On-site troubleshooting and maintenance
- Software and hardware upgrades
- Bespoke training
- Consultancy services
We strive to resolve all customer requests in a timely and
efficient manner.
FAQ:
- What is laser engraving?
- Laser engraving is a process of using a laser beam to vaporize
material and create a permanent mark. The laser beam has highly
concentrated energy that can heat the material to the vaporization
temperature in a very short time, creating a mark on the surface.
- What materials can be laser engraved?
- Laser engraving can be used with a variety of materials, including
metal, plastic, and wood.
- How does laser engraving work?
- The laser beam hits localized areas with massive levels of energy
to generate the high heat required for vaporization. The material
surface reaches its vaporization temperature within milliseconds,
causing it to instantly change from solid to gas without ever
becoming a liquid. The vaporized material creates fumes that are
extracted by a fume extraction system to protect the work
environment. The laser beam acts as a chisel, incising marks by
removing layers from the surface of the material.
- What factors should be considered when choosing laser engraving?
- When choosing the right laser marking process, three factors should
be considered: the marking's resistance, the laser marking speed,
and the compatibility of the material being marked with the marking
method.
- What is the difference between laser engraving and laser etching?
- Laser engraving vaporizes the material surface to create deep
crevices, while laser etching melts the material surface to change
its roughness. Laser engraving is typically used to engrave metal
workpieces that will be exposed to various types of wear or surface
treatments, while laser etching is generally preferred because it's
a high-speed method that doesn't rely as heavily on ablation.
- How is high-contrast, high-quality marking achieved in laser
engraving?
- Permanent marks created by laser engraving are darker because light
is trapped in deep crevices. There are two ways of creating
contrast when you laser engrave a surface. The first method creates
contrast between the bare material and the black marks that are
engraved, while the second and longer method achieves higher
quality contrasts because it etches black and white marks.
- How do I find the right laser engraving machine?
- To find the right laser engraving machine, you can consult a
supplier's OEM marking systems, which include multiple types of
lasers for industrial applications, or integrated laser machines
page for turnkey automated or semi-automated laser solutions. You
can also find information specific to the metal you'll be marking
by scrolling through the list of engraving machines and metals.
