Used fiber laser cutting machine

Types of Used Fiber Laser Cutting Machines

• Tabletop Fiber Laser Cutting Machines

  For smaller workspaces, a fiber laser cutter offers all the cutting benefits in a compact size. It works best for cutouts and small parts, with its precise beam creating detailed designs on metals. Its small footprint makes it ideal for workshops with little space or those starting with laser cutting. Its low energy use and efficiency also make it a cost-friendly option for laser cutting.

• Industrial Fiber Laser Cutting Machines

  Large factories and big projects need strong industrial machines. These machines can cut large metal sheets quickly and accurately. They are made for heavy work and can help businesses cut high amounts of metal every day.

• 3-Axis Fiber Laser Cutting Machines

  3-axis fiber machines can cut metals in many ways. They then can make cuts through the material if needed. This cuts metals into 3D shapes or engraved designs, making it useful for projects that need a lot of detail or unique looks. The full motion system allows fast and accurate cutting, saving time on complex jobs.

• CNC Fiber Laser Cutting Machines

  CNC fiber laser cutting machines use computer controls for cutting. It ensures cuts are always correct, no matter how many parts are needed. The CNC system helps the machine make repeat cuts quickly. This makes large production runs easy while still providing tight tolerances.

• Pipes and Tubes Fiber Laser Cutting Machine

  This tool cuts metals in flat sheets and 3D shapes like pipes and tubes. Its design permits cutting through both types of materials. It is great for projects involving frameworks or cylindrical parts. Users do not need to switch tools, which speeds up production. This machine is good for companies needing cuts made in various metal forms.

Commercial Value and Benefits of Used Fiber Laser Cutting Machines

Commercial Value

The fiber laser cutting machine cost is relatively lower than traditional machinery's operational costs. Its high precision means minimal metal waste, resulting in fewer raw materials needing to be purchased. The quick cutting speeds help to cut labor costs since fewer workers are needed to operate the machines.

Benefits

• Speed and Efficiency: Fiber laser machines cut metals faster than old tools. They can handle big jobs quickly. The fast cutting saves time and helps workers finish jobs fast.
• Precision Cutting: Fiber lasers make very accurate cuts. They can cut materials to within 0.1 mm. This accuracy reduces waste and ensures parts always fit correctly.
• Versatility: Fiber lasers can cut many metal types. They work well on steel, aluminum, and brass. This makes them helpful for cutting a range of materials.
• Low Operating Costs: Fiber lasers need less energy than other laser machines. This lowers electricity bills. The machines also require less maintenance over time.
• Minimal Heat Affected Zone: Fiber lasers produce less heat when cutting. This keeps materials from bending or warping. The cuts look clean without damaging the material.
• Compact Size: Cutting machines take up less room in factories. Their small design lets them fit in tight spaces while still being powerful.

Important Features of Used Fiber Laser Cutting Machines

Technical Features

• Laser Power

  In comparison to CO2 lasers, fiber laser cutters produce more laser energy within a smaller light focus. This optical configuration allows fibers to efficiently slice through all kinds of metallic materials, including tough steel and reflective brass.

• Cutting Head

  An autofocus cutting head eliminates any manual adjustments. It automatically calibrates the laser to varying metal thicknesses. This feature saves time while ensuring precise cuts.

• 3D Cutting Capabilities

  CNC fiber laser cutters operate along three axes. This allows engraving and cutting of sheets and dimensional parts like tubes and cones, all in one seamless process.

• Speed and Performance

  With rapid cutting speeds that reach up to 30 meters per minute, fiber lasers can efficiently carve intricate designs in metals without causing heat-related distortions.

Design Features

• Control System

  Advanced numerical control software provides an intuitive interface for programming complex cutting paths. Its precision algorithms ensure the laser follows detailed designs accurately.

• Cooling System

  Efficient cooling fans maintain optimal operating temperatures for both the laser and the treated metal. This prevents overheating during prolonged use while extending machine durability.

• Frame Material

  Used laser cutting machines contain rigid metal frames. This strengthens the structure to absorb vibrations without sacrificing precision. Solid construction lays the groundwork for stable, accurate cuts.

• Ergonomics

  Workspaces are designed around operator comfort and safety. Features like protective housing, emergency stops, and logical layouts promote secure, user-friendly maintenance of these powerful machines.

Commercial Features

• Material Compatibility

  Laser cutting machines thrive on industrial-grade sheets and blocks of metals. Common choices include aluminum, renowned for its lightweight yet sturdy build, and stainless steel. This versatile tool can slice through any thickness.

• Cutting Depth

  The laser beam penetrates materials completely for traversing cuts. Its concentrated energy carves intricate surfaces and profiles, delivering deep cuts that transform flat stock into three-dimensional components.

• Cutting Area

  Broad cutting tables, commonly measuring 1500 by 3000 millimeters, accommodate sizeable sheets and stocks. Their expansive work surfaces allow expansive projects without requiring frequent material exchanges.

• Safety Features

  Protective coverings conceal the internal mechanics, reducing hazards while maintenance-focused designs provide quick access. Emergency shutoffs and intuitive controls prioritize operator safety alongside reliable performance.

Commercial Uses of Used Fiber Laser Cutting Machines

Manufacturing

These fiber laser cutters can quickly carve intricate shapes, whether making a metal bracket or a complicated gear. Their speed and accuracy enable large production while ensuring uniformity across parts.

Automotive Industry

They efficiently cut car frames, doors, and engine components from steel and aluminum sheets. Complex designs are handled with ease, leading to lighter cars with improved fuel efficiency.

Electronics

They slice metal cases, heat sinks, and internal components with high precision. This supports the creation of small, detailed parts vital for assembling modern electronic devices such as smartphones and computers.

Signage

Laser cutters can carve custom signs from sheet metal, whether for exterior signs or interior decorative elements. Their ability to create unique shapes enhances the signage available to businesses and streetscapes.

Aerospace

Aerospace relies on them to cut lightweight yet strong materials like titanium. Highly detailed components, from wings to engine parts, are accurately processed to meet stringent industry standards.

Medical Devices

They enable complex cutting for vital medical tools and implants. Precision is critical for items like surgical instruments, where exact measurements directly impact functionality and patient safety.

Q&A

Q1. What materials can be cut with a fiber laser cutting machine?

A1. Fiber laser cutters work well on metals like steel, aluminum, brass, and copper. They carve detailed cuts on these materials. Special attachments help cut non-metal materials too. This versatility makes them useful in many industries.

Q2. Is a fiber laser cutting machine easy to operate?

A2. Operating this cutting machine is straightforward. Its computer controls set precise cutting paths without manual input. Basic training lets new workers begin cutting quickly. The machine's automated steps reduce errors and make the process simple.

Q3. Are used fiber laser cutting machines reliable for business?

A3. These machines are strong enough for regular industrial cutting. With proper care, they last many years and handle big projects. Their efficient speed and low waste make them good choices for managing costs. Their reliable results meet customer needs in various businesses.

Q4. How does a fiber laser cutting machine compare to a CO2 cutting machine?

A4. Fiber lasers are better for reflective metals like copper and brass. In comparison, CO2 lasers excel on non-metal materials. Fiber lasers are more compact and energy-efficient. Their maintenance needs are also lower.

Q5. What industries benefit from using fiber laser cutting machines?

A5. They are widely used in industries such as automotive, aerospace, and electronics manufacturing. These industries value the precise cuts it makes in metals like steel and aluminum. Its quick processing of large amounts of materials enhances production efficiency.