Laser Cutters by Opus CNC

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Laser Cutters from Opus CNC
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Features
Laser cutters
Yaskawa Servo Motors and Drives
Robust and Strong
Easy-to-use Control System
Designed in the UK
Industrial Affordable
www.opuscnc.co.uk
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Slide Content

• Definition of laser cutters
• Applications of laser cutters
• Advantages of laser cutters over traditional
  cutting methods

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Introduction
Laser cutters are computer-controlled machines
that use a high-powered laser to cut or engrave a
variety of materials with incredible precision.
From industrial manufacturing to small-scale art
and design projects, laser cutters have become an
essential tool for anyone looking to create
intricate and high-quality designs. In this
presentation, we will explore the definition of
laser cutters, their diverse applications, and
the advantages they offer over traditional
cutting methods. Join us as we delve into the
world of laser cutters and discover the many
benefits they can provide.
www.opuscnc.co.uk
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How Laser Cutters Work

• Basic components of a laser cutter
• A typical laser cutter consists of several key
  components, including the laser source, the
  focusing lens, and the cutting bed or table.
• The laser source is where the high-powered laser
  beam is generated, and it is usually a gas,
  liquid, or solid-state laser.
• The focusing lens directs and focuses the laser
  beam onto the material being cut.
• The cutting bed or table is where the material is
  placed and secured during the cutting process.

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How Laser Cutters Work

• How the laser beam is produced and focused
• The laser beam is produced by exciting the atoms
  or molecules in the laser source, causing them to
  emit light at a specific wavelength.
• The laser beam is then directed through a series
  of mirrors and lenses, which help to focus the
  beam and direct it onto the material being cut.
• The focusing lens is used to adjust the size and
  intensity of the laser beam, allowing for precise
  and accurate cuts.

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How Laser Cutters Work

• The cutting process
• When the laser beam makes contact with the
  material being cut, it heats up and vaporizes the
  material, creating a narrow cut or kerf.
• The laser cutter is typically controlled by a
  computer, which uses a digital design file to
  guide the laser beam along the desired cutting
  path.
• As the laser moves along the material, it cuts
  through the material layer by layer until the
  entire design has been cut out.

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How Laser Cutters Work

• Limitations of laser cutting
• While laser cutting is a highly precise and
  versatile technology, there are some limitations
  to what it can cut.
• Some materials, such as metals, can be difficult
  to cut with a laser, and may require specialized
  equipment.
• The thickness of the material being cut may also
  be a limitation, as the laser beam may not be
  able to cut through thick materials in a single
  pass.

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Examples of Laser Cutter Projects
One of the biggest advantages of laser cutters is
their versatility, allowing for a wide range of
projects and designs to be created. In this
slide, we'll explore examples of laser cutter
projects and designs, showcasing the creativity
and precision that can be achieved with this
technology. We'll take a look at laser cut
designs in a variety of materials, including
wood, acrylic, and fabric, and highlight the
range of shapes and patterns that can be created.
We'll also examine real-world examples of laser
cutter applications in industries such as
fashion, engineering, and product design. Join us
as we explore the endless possibilities of laser
cutting and discover some of the amazing projects
that have been created using this technology.
www.opuscnc.co.uk
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Overview
This is just an overview of how laser cutters
work, and there are many technical details that
can be explored in more depth. However, this
should provide a good starting point for
understanding the basic principles behind laser
cutting technology.
www.opuscnc.co.uk