Affordable Laser Machine for sale

Whether you are a hobbyist or a business owner, you need the perfect laser machine to complement your work. In order to save your valuable time, we have made this comprehensive guide, which contains the definition of a laser machine, laser technology, types of laser machines, applications, pricing, maintenance manuals and buying guides to help you quickly find the right laser machine for you. TechPro has been in the business for so many years, and has collected the most recognized laser machines on the market, coupled with our unique manufacturing technology, we have the best solutions, both in terms of price and machine performance. machine performance, we have the best solution for you.

If you are looking to buy an affordable laser cutting machine, please contact our sales team and we will do our best to help you. Let us help you find the machine that is best for your project and save you time and money.

Definition & Meaning

A laser machine is a precision tool that combines laser engraving, etching, cutting and marking functions, utilizing a high-temperature laser beam to accurately alter the surface of a variety of materials based on a digital design. Laser machines include various categories of products such as: laser cutters, CO2 non-metal and metal laser cutters, fiber laser cutters, laser welders, laser cleaners, and laser marking machines, both fiber and CO2 types. Equipped with advanced CNC controllers and CAD/CAM software, laser machines are capable of executing complex patterns and designs with precision. Categorized on the basis of function and material processed, cnc laser cutting machines can be further classified into metallic and non-metallic types, and laser engraving machines are similar.

Laser machines are widely used in a variety of industries, ranging from small to medium-sized craft and gift production to large-scale industrial manufacturing. For example, non-metallic laser engraving machines are mainly used in the manufacture of wood, glass, bamboo and paper products, while laser cutting machines are widely used in sheet metal processing, packaging and industrial foam cutting. The high efficiency, precision and versatility of laser machines in various applications are driving the demand for them. Their key features include high processing efficiency, precision, and cost-effectiveness, along with advanced configurations such as USB high-matching motherboards, color-separated cutting, and optimized mechanical design to save space and improve accuracy. Currently, laser machines are essential in industries such as printing and packaging, crafts and gifts, advertising, textiles, modeling, stone engraving and photography, helping companies to achieve sophisticated designs and efficient production processes.

Technology

Laser machine technology comprises a range of automated systems for the precise and efficient engraving, cutting and marking of a wide variety of materials. It works on the principle that a high-temperature laser beam in the laser machine interacts with the surface of the material to generate complex designs and patterns based on the input graphics.

Technical Features

The laser machine integrates a variety of advanced components such as CNC controllers, high power laser generators, and sophisticated software systems that enable it to complete complex projects with precision. Key features of the machine include:

• Accurate and efficient: Laser machines process at high speeds, 10 to 15 times faster than manual methods, with high precision and low operating costs.
• Advanced control system: Equipped with a USB-compatible motherboard for offline operation, energy control and color-separated cutting, it improves accuracy and versatility in engraving and cutting tasks.
• Robust Mechanical Design: The machine uses an optimized structure to ensure a minimal footprint and high cutting accuracy, as well as high-quality linear guides and other components to ensure a long machine life.
• Enhanced Safety and Maintenance: A unique exhaust system is used to protect the laser head from burning and pasting the material while engraving.

Categories

Based on their uses, laser machines are broadly categorized into laser cutting machines, laser engraving machines, marking machines and others, which play different roles in various industries.

Sub-categories of Laser Machines

1. Laser Cutting Machines:
   • CO2 Non-Metallic Laser Cutting Machines: specialized in cutting non-metallic materials such as wood, acrylic and fabric, so it is also called laser wood cutting machine.
   • CO2 Metal Laser Cutting Machines: utilizing CO2 laser technology to cut thin metal sheets.
   • Fiber Laser Cutting Machines: for high precision cutting of metals such as steel, aluminum and brass.
2. Laser Engraving Machines:
   • Non-metal laser engraving machines: for engraving on wood, stone and glass.
   • Metal laser engraving machines: using CO2 technology for fine engraving on metal surfaces.
3. Laser Marking Machine:
   • Fiber laser marking: for high-speed, permanent marking on metals and plastics.
   • CO2 laser marking: for precise marking of non-metallic materials.
4. Laser Welding and Cleaning Machines:
   • Laser Welding Machines: Provide precise metal welding capabilities that enhance the strength of the joint without the need for additional materials.
   • Laser Cleaners: Utilizes laser technology to remove contaminants, rust and coatings from surfaces without damaging the substrate.

Applications of Laser Machines

Laser machines are used in a wide range of applications thanks to their high-temperature working principle, which allows them to accurately engrave, cut and mark materials in a variety of industries. The current applications of laser machines cover the following industries:

1. Printing and packaging: laser machines can be used to engrave and cut rubber sheets and paper products, making packaging design work easy thanks to the machine’s extreme precision and efficiency.
2. Crafts and gifts: It is used for crystal and bamboo carvings as well as intricate woodblock and mahogany designs, resulting in unique, personalized items.
3. Advertising: Superior laser technology allows it to be used to create high-quality plaques and signs, as well as engraving on Plexiglas and two-tone panels.
4. Leather and apparel: these machines cut and engrave patterns on leather and textiles for fashion items and accessories.
5. Model making: architectural models, ABS sheet cutting and aeronautical model slicing benefit from the precision of laser machines, enabling the creation of detailed and accurate models.
6. Stone industry: Laser technology makes it possible to engrave photographs and text on marble and granite, a technique often used for monumental and decorative stone carvings.
7. Studio and Photography: Laser machines can engrave photos on a wide range of materials, including albums and acrylic, and are used to create special effects and personalized photo products.

The above are the different sub-types of laser machines, each tailored to specific materials and tasks. Here are the application divisions made based on the type of product:

Laser cutting machines are essential for precise cutting of metals and non-metals. Depending on the laser source, it is further divided into CO2 non-metal laser cutting machines, CO2 metal laser cutting machines, and fiber laser cutting machines. These machines excel at cutting complex shapes and patterns in materials such as steel, aluminum, and acrylic, and can be used for packaging, metalworking, and kitchenware production.

Laser engraving machines specialize in fine surface finishing and are divided into two categories: non-metallic and metallic. Non-metal engraving machines are suitable for wood, glass and bamboo, while metal engraving machines (including CO2 laser engraving machines) are suitable for metals such as gold and silver. These machines are widely used for crafts, gifts and personalized products with intricate designs and text engraving.

Laser marking machines can mark on a wide range of materials with high speed and precision. Fiber laser marking and CO2 laser marking systems are widely used for product identification and branding in the automotive, electronics and medical industries.

Laser welding machines provide reliable solutions for high-precision, high-strength joining of metal parts critical in automotive and aerospace manufacturing.

Laser cleaning machines utilize laser technology to remove contaminants, rust and coatings from surfaces, providing a non-abrasive cleaning solution for industrial maintenance.

Laser machines continue to evolve with increasingly powerful features such as USB high-matching motherboards for offline operation, beveled engraving capabilities, and advanced control software. These innovations ensure the high processing efficiency, precision and versatility that make laser machines the cornerstone of modern manufacturing and creative industries.

Technical Parameters

Cost & Pricing

If you’re looking to buy a cheap laser machine for your business or personal project, you may be wondering how much it’s going to cost? What is the cost of each machine currently on the market? Today we reveal the answer. Whether it’s a laser cutting machine, laser welding machine or laser marking machine, we’ll let you purchase the lowest priced laser machine today.

Laser Cutting Machines

There are several types of laser cutting machines, each with a different cost:

• CO2 Non-Metallic Laser Cutting Machines: suitable for cutting non-metallic materials such as wood, acrylic and fabric. Prices range from $2,600 to $20,000 depending on power and features.
• CO2 Metal Laser Cutting Machine: Suitable for cutting thin metals and non-metals, prices range from $6800 to $32,500.
• Fiber Laser Cutting Machines: Suitable for cutting metals such as stainless steel and aluminum. These machines range in price from $14,000 to $1,000,000, reflecting their advanced features and power options up to 60,000W.

Laser Welding Machines

Laser welding machines are more accurate and faster than traditional welding machines and range in price from $4,700 to $58,000. Equipped with a fiber laser source and an industrial chiller, these machines ensure efficient welding of metals with a melt depth of 0.5 to 3.0 mm.

Laser Cleaning Machines

Laser cleaners can clean surfaces without damaging the material. Laser cleaners are available in pulsed and continuous wave laser options and are priced between $50,000 and $100,000. The machines come with a handheld laser beam cleaning gun and scan from 5 to 100 millimeters wide.

Laser Marking Machines

Laser marking machines are versatile tools that can be used to engrave and mark on a wide range of materials:

• Fiber laser marking: for metals and some plastics, prices range from $3000 to $70,000.
• CO2 laser marking: for non-metallic materials such as wood and leather, prices are comparable to fiber laser markers.

The price of a used laser cutting machine and used laser engraving machine is about 60% of this price, but we will provide you with the same solutions and services for both new and used laser machines.

Pros & Cons

Pros

1. Wide range of applications: laser machines are adaptable and suitable for a wide range of materials, including metals (stainless steel, aluminum, gold, etc.), non-metals (wood, acrylics, plastics), and perishable materials (fabrics, leather). This makes it ideal for industrial manufacturing, education, small business and hobby projects.
2. High Precision and Quality: The precision table of the laser machine allows for fine micro-machining, ensuring less waste during processing and producing a high quality product. The fineness of the laser beam can be adjusted as a means of realizing intricate designs and patterns.
3. Non-contact processing: The laser machine can process without direct contact with the material, thus reducing the risk of deformation of the workpiece due to contact.
4. Efficiency and speed: Laser machines can mark at speeds of up to 15,000mm/s and their cutting speeds can be varied depending on the material and laser power, thus increasing productivity.
5. Environmentally friendly: Laser technology is a clean process with no sources of pollution and meets high environmental standards, so it produces no toxic by-products and the machines are extremely low maintenance.
6. Automation and Flexibility: Laser machines combined with CNC control technology enable automated engraving and cutting and support continuous production. Thanks to the flexibility of the laser machine, it is suitable for both large-scale industrial applications and small personal projects.

Cons

1. Safety concerns: High-intensity laser beams can cause damage to human eyes and skin if used. Appropriate safety measures, such as wearing protective eyewear and using a shield, are required to avoid injury from direct or indirect exposure to radiation during work.
2. Initial cost and complexity:
   1. For beginners, purchasing a laser machine can cost a lot, depending on the specifications and features of the machine chosen, which can range from $2,600 to $100,000.
   2. Operating these machines requires a certain amount of specialized knowledge, which you don’t have to worry about, as we provide professional training services.
3. Material Limitations: Although laser machines are very versatile, there are certain materials that may require a specific type of laser or power for optimal results. For example, CO2 lasers are more suitable for processing non-metallic materials, while fiber lasers are used for processing metals.
4. Maintenance and servicing: To ensure optimum performance and longevity of the machine, regular maintenance of the machine is required. This includes monitoring the cooling system, checking the alignment of the optics and ensuring a clean working environment.
5. Possibility of equipment damage: Components such as the CO2 laser tube are very fragile and can be damaged if not handled properly. If the machine is not managed properly, too much power from the laser may lead to overheating, which can damage the machine or the material being processed.

Care & Maintenance

Whether for hobby or industrial use, for processing wood or metal, proper care and maintenance of your laser machine will keep it performing at its best and extend its life. Below are the basics of machine care and maintenance from TechPro, the laser machine manufacturer:

General Maintenance Guidelines

• Cleanliness: Ensure that the surface of the machine is free of debris and dust. Use a vacuum cleaner and a dust free cloth to maintain a clean environment. Avoid using wet cloths that can introduce moisture into sensitive parts.
• OPERATING PROCEDURES: Strictly follow the standard operating procedures. Prohibit random operation to prevent damage and ensure safety.
• Grounding: Machine circuits must be reliably grounded to prevent electrical hazards.
• COOLING SYSTEM: Periodically replace distilled or deionized water in the cooling system. Thoroughly clean the water tank at each replacement to prevent contamination and ensure effective cooling.
• POWER AND SWITCHING: Follow prescribed procedures for switching operations. Never operate the machine without proper water circulation and avoid starting the power supply under abnormal conditions.
• SOFTWARE AND FILES: Periodically scan and organize computer disks. Save all PLT-formatted files in a fixed location to prevent accidental damage.
• Emergency Protocols: If the computer crashes or software fails, turn off the vibrator switch immediately. If a power failure occurs during operation, press the red emergency button and turn off all switches in turn.
• INSPECTION AND RECORDS: Create a maintenance and inspection log. Record all inspections and repairs to track the condition of the machine.

Routine Inspections

• Routine Inspection:
  • Make sure the machine is clean and lubricated.
  • Check that there are no foreign objects near the machine or its speedometer.
  • Monitor for unusual noises during operation, which may be a sign of mechanical failure.
• Periodic Inspection:
  • Verify that all circuits are well grounded.
  • Check the quality and quantity of cooling water.
  • Check the cleanliness and integrity of all parts and accessories.
  • Verify that the refrigerator and cooling system are operating properly.

Safety Precautions

• Protective Equipment: Wear protective eyewear at all times to prevent laser exposure.
• Laser Range: Keep hands and other body parts away from the laser scanning range to prevent injury.
• Wet Hands: Avoid operating the machine with wet hands to prevent electrical shock.
• Lens Handling: Do not touch or disassemble the lens with bare hands to prevent damage.
• Equipment Movement: Do not move the equipment without proper authorization and operation.

By following these maintenance and safety procedures, you can ensure that your laser equipment operates efficiently and safely, extending its life and maintaining high quality performance.

Laser Machine Buying Guide

Purchasing a laser machine that meets your needs requires a number of considerations. For example, the type of material you want to process, the fineness of your work, and so on, but whether you’re a hobbyist or a professional, TechPro has a laser machine that will meet your needs. The following guide will help you choose the right laser machine:

Step 1: Determine your needs

• Determine the main function you need: cutting, welding, cleaning or marking.
• Consider the type of material you will be processing and the desired results.

Step 2: Evaluate technical features

• Laser power and speed: higher power is better for thicker materials; speed affects productivity.
• Work area: Make sure the machine’s table size is appropriate for the material you plan to use.
• Software compatibility: check that the machine is compatible with your preferred design software.
• Accuracy and resolution: important for fine work and precision.

Step 3: Plan your budget

• Set a budget based on the features you need.
• From entry level to advanced, from beginner to professional.
• For large-scale production, it is recommended to consider purchasing a higher quality machine for long-term savings.

Step 4: Research and Compare

• Check out different models and read customer reviews.
• Compare features and costs to find the best machine for your needs.

Step 5: Consider the TechPro Advantage

• TechPro has specialized in manufacturing laser machines for 17 years +.
• TechPro offers cutting-edge technology and superior customer support.
• Our machines are designed to be precise, efficient and versatile.
• We offer customization options to tailor the machine to your specific needs.

By following these steps, you’ll be able to choose exactly the right laser machine that meets your goals and enhances your capabilities.