Industry Application

The advertising industry requires many different types of machines to meet its creative and production needs. Here are some of the machines and equipment commonly used in the advertising industry:

1. CO2 laser cutting machine: Utilizes the laser beam generated by the CO2 laser to focus the laser beam onto the surface of the workpiece through a lens, causing the material on the surface of the workpiece to instantly evaporate or melt, thereby achieving cutting. During the cutting process, by controlling the position and power of the laser beam, precise cutting of the workpiece can be achieved. The cutting power of CO2 laser cutting machines is divided into low power, medium and low power, medium power and high power models. Low power generally refers to less than 100 watts, medium and low power refers to 100 watts-500 watts, medium power refers to 500 watts-2000 watts, and high power refers to more than 2000 watts.

   Main features of CO2 laser cutting machine:

• Multi-material applicability, CO2 laser cutting machine is suitable for a variety of non-metallic materials, including but not limited to acrylic, wood, rubber, leather, paper, cloth, plastic, etc. It can also cut some metal materials, especially thinner metals.
• High-precision cutting, CO2 laser cutting machine can achieve high-precision cutting, with small cutting line width and smooth cutting edge, which is suitable for applications that require high cutting quality.
• Non-contact cutting, CO2 laser cutting is a non-contact cutting method without direct physical contact, thus avoiding damage to the material surface during the cutting process and reducing tool wear.
• Highly flexible, the CO2 laser cutting machine can flexibly cut workpieces of various shapes and sizes through the control of a CNC system, and is suitable for complex graphics and designs.

High efficiency and productivity, CO2 laser cutting machine has a high cutting speed, which can improve production efficiency, especially in mass production and customized production application scenarios.

• Energy efficiency. Compared with some traditional cutting methods, CO2 laser cutting machines usually have higher energy efficiency and reduce material waste.
• Versatility, CO2 laser cutting machine can not only cut, but also engrave, mark and other functions. It has certain versatility and is suitable for diverse application needs.
• Relatively low-cost, compared to some other laser cutting technologies, CO2 laser cutting machines generally have lower purchase and operating costs, making them suitable for small and medium-sized enterprises and some specific application scenarios.

CO2 laser cutting machine applications:

• Advertising production: used for cutting acrylic, PVC boards and other materials, and can be used to produce lighting or neon displays, advertising signs, POS/POP displays, etc.
• Woodworking industry: Suitable for cutting and engraving wood, used in furniture manufacturing, wood crafts making, etc.
• Leather processing: used to cut various leather materials and make leather products, such as shoes, bags, etc.
• Paper industry: used for cutting paper and cardboard, and used in the production of cartons and paper bags.
• Clothing and Textiles: Used for cutting various textiles and fabrics for the production of clothing parts.
• Electronics industry: Suitable for cutting plastic casings, panels, etc. of electronic components.
• Building decoration: Used for cutting various building decoration materials, such as acrylic boards, wood, stone, etc.
• Toy manufacturing: Suitable for cutting plastic, wood and other materials to make toy parts.
• Medical equipment: Used for cutting medical plastics, rubber and other materials to manufacture medical equipment parts.

2. The CNC Digital knife cutting machine is a CNC cutting equipment that uses high-frequency vibrating cutter heads for cutting. It controls the vibration frequency and path of the cutter head through a CNC system to achieve high-precision cutting on different types of materials. Vibrating knife cutting machines are widely used in cutting and engraving textile, leather, foam, plastic, rubber, cardboard and other materials. Here are some of the key features and applications for vibrating knife cutting machines:

Main feature:

• High-frequency vibration cutting, the cutter head vibrates at high frequency, making the cutting more precise, and is suitable for cutting tasks that require high precision.
• Versatility, the vibrating knife cutting machine can be used for cutting, engraving, lettering, punching and many other functions, suitable for cutting tasks of different shapes and sizes.
• Suitable for a variety of materials, it can be used for cutting and engraving a variety of soft materials such as textiles, leather, foam, plastic, rubber, cardboard, etc.
• High-precision cutting. Under the control of CNC system, the vibrating knife cutting machine can achieve high-precision and high-speed cutting to ensure cutting quality.
• CNC programming, with CNC programming function, can cut according to the designed graphics and paths to achieve automated production.
• Flexibility: Due to the high-frequency vibration of the cutter head, the vibrating knife cutting machine has strong adaptability and can handle complex curves and contours.
• No thermal deformation. Since the heat generated during the cutting process of the vibrating knife is small, it is less likely to cause thermal deformation of the material than some thermal cutting methods.

Application areas:

• Textile and clothing manufacturing, used for cutting cloth, leather, etc., engraving and cutting clothing and textiles.
• Automotive interior manufacturing, suitable for cutting car seats, interior materials, etc.
• In the packaging industry, it is used to cut cardboard, foam, plastic and other packaging materials to improve packaging production efficiency.
• Furniture manufacturing, used for cutting wood, boards, etc., for engraving and cutting furniture.
• Mold processing is suitable for making molds of soft materials, such as foam molds, etc.
• Advertising production, used to cut billboards, logos, fonts, etc., to achieve various two-dimensional and three-dimensional advertising designs.
• Aerospace, used for cutting soft materials in the aerospace field.
• Medical equipment, suitable for cutting soft materials in medical equipment.

3. Laser marking machine is a device that uses laser beam to mark and engrave the surface of workpieces. This technology uses a laser beam to permanently mark materials and is commonly used in a variety of industries, including industrial manufacturing, medical devices, electronics, automotive parts, and more. The following are the main features and applications of laser marking machines:

Main feature:

• Non-contact marking, laser marking machine adopts non-contact processing, which will not damage the surface of the workpiece, and is suitable for materials with high surface requirements.
• High-precision, laser marking machines can achieve tiny, high-precision markings and are suitable for tasks that require fine markings.
• High-speed processing and laser marking process are fast, able to complete a large amount of marking work in a short time and improve production efficiency.
• It has strong controllability and can achieve precise control of different materials by adjusting laser power, frequency, focus and other parameters.
• Permanent marking, laser marking marks are permanent, scratch-resistant, corrosion-resistant, and not easy to fade.
• It is suitable for a variety of materials and can be used for marking metal, plastic, ceramics, rubber, glass and other materials.
• Automation integration, can be integrated with automated production lines to realize automated marking and production processes.
• Environmentally friendly and pollution-free, laser marking does not require ink, chemicals and other auxiliary materials, it is pollution-free and environmentally friendly.

Application areas:

• Industrial manufacturing for marking and traceability of metal parts, machinery and equipment, tools, etc.
• Electronic products, suitable for printing marks on electronic components, circuit boards, mobile phone cases, etc.
• Medical equipment, used to mark medical equipment, pharmaceutical packaging, etc.
• Automotive industry, used to mark auto parts, engine numbers, body markings, etc.
• Plastic products, suitable for marking plastic products, injection molded parts, pipes, etc.
• Food packaging is used to mark food packaging bags, bottle caps, etc. to mark production date, batch and other information.
• Jewelry, suitable for fine marking and engraving on metals and gemstones.
• Building materials, used to mark stone, ceramics, glass and other building materials.
• Signage and advertising, used to mark logos, advertising products, trademarks, etc.