Author Archive: redsail

Medical Stainless Steel Hypotube Laser Cutting Machine

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A hypotube is a long metal tube with micro-engineered properties throughout its conduit. It is an important component of the catheter for minimally invasive treatment and needs to be used in conjunction with balloons and stents to open arterial blockages. During this process, the hypotube needs to avoid kinking while being able to travel, track, and rotate smoothly within the anatomy. This has higher requirements on the production process of the hypotube, which greatly increases the difficulty of cutting the hypotube.

REDSAIL Laser has developed a model specially for the medical industry – precision laser cutting machine for stainless steel tubes. This model is specially used for cutting, grooving, drilling, etc. of micro and small metal tubes. It has high cutting efficiency and beautiful craftsmanship. Widely used in the industry, commonly used in hypotube cutting, ultrasonic knife inner and outer casing cutting, capillary tube processing, snake bone tube cutting, stent cutting, etc. The laser adopts non-contact processing method, with small heat affected area, high cutting precision, and no impact on product surface. Mechanical damage, smooth edges without burrs, is a fast and efficient metal pipe precision processing equipment.

The traditional punching and cutting method is not only pure in low precision, but also has burrs on the cutting edge. After cutting, the surface of the product is easy to leave residues, and the cleanliness is low. It is very unfriendly to the high requirements of medical products. The use of stainless steel hypotube laser cutting machine to cut medical tubes can avoid the limitations of traditional technology, and carry out batch and accurate production of hypotubes.

Carbon Fiber Laser Cutting Machine

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Composite materials are widely used in all walks of life. Generally, some excellent characteristics of raw materials are combined and taken into account, and they are well-loved materials by the public. In composite materials, fiber-reinforced materials have always been the focus of attention. Such as glass fiber and organic resin composite glass fiber reinforced plastic, carbon fiber, ceramic fiber and boron fiber reinforced composite materials, especially unique carbon fiber composite materials. It is widely used in popular fields such as aerospace and automobile manufacturing. Xiaobian today to talk about the application of carbon fiber composite materials, how the carbon fiber board is cut?

Carbon fiber composite materials have the characteristics of high strength, high hardness and high toughness. The traditional cutting methods mainly include tool cutting, mechanical drilling and other processing methods. During processing, problems such as serious tool wear, fiber pulling, and material layering are prone to occur, which seriously affect Processing quality of carbon fiber composites. With the development of laser technology, laser cutting machines are gradually applied to the processing of carbon fiber materials, and show unique technological advantages.

The carbon fiber board laser cutting machine uses a high-energy laser beam to cut carbon fiber materials at high temperature, but the carbon fiber board is made of carbon fiber and resin materials, and the value is very sensitive to thermal effects, which greatly increases the difficulty of laser cutting carbon fiber composite materials. . It is difficult for conventional laser cutting machines to perform high-quality cutting of carbon fiber materials. Chuangxuan Laser has developed a model specially for the production of carbon fiber materials—carbon fiber laser cutting machine. The carbon fiber laser cutting machine can solve the heat-affected zone and taper problems of laser cutting of carbon fiber composite materials, and realize smooth and flat cutting of carbon fiber materials. It is a very popular equipment used in aerospace and automobile manufacturing.

Thin film laser cutting machine

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PET film, also known as polyester substrate, is a plastic film with strong durability, firmness, high toughness, moisture resistance, high temperature and low temperature resistance. It is often used as protective film on product surface, high barrier film and antistatic film, etc. In the application of PET film, it is often necessary to cut and punch it to meet different application requirements. For the cutting of film products, traditional cutting methods include knife cutting, stamping, etc., but there are disadvantages of low efficiency and high cost. With the development of technology, laser technology has been gradually applied to the precision cutting of film materials, and has shown unique technological advantages.

The film laser cutting machine uses a high-energy laser beam to focus on the surface of the film product, and vaporizes PET film and other materials at high temperature to achieve the effect of cutting and punching. The non-contact processing method makes the surface of the film material free from mechanical stress and damage to the surface. The cutting edge is smooth and smooth without burrs, and the cutting and punching speed is fast, and the processing efficiency is high. Aperture consistency is good. High cutting precision.

PET film laser cutting machine is widely used in the cutting of film materials in electronics, medical, packaging and other industries, and can also be used for precision cutting and punching of various non-metallic materials such as plastics, polymer materials, self-adhesive films, display screens and other materials .

Sponge Laser Cutting Machine

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Sponge is widely used in all walks of life, especially in the packaging industry. As a protective packaging, it plays a core role. Sponge can be seen in all walks of life. There are many kinds of sponges. Our common sponges are divided into: chemical sponges, industrial sponges, foamed cotton, rubber cotton and recycled sponges, etc. Our common sponge for packaging products is foamed cotton, which is commonly used in transportation such as pen The protection of factory pens, the protection of vulnerable parts such as laundry detergent shampoo caps, etc. In order to meet different application requirements, foam has a variety of shapes, the common ones are round tube and flat plate. In the application, it needs to be cut. Today, Xiaobian will introduce a piece of equipment to you, a piece of equipment commonly used for cutting foam hoses—laser cutting machine.

The sponge laser cutting machine adopts a non-contact cutting method, and there is no mechanical stress on the surface of the sponge, which will not damage the surface of the sponge and the accuracy of cutting. The sponge laser cutting machine uses a high-energy laser beam to focus on the surface of the sponge product, forming a high-temperature area to reach the melting point, and the principle of high-temperature gasification products. The preferred cutting equipment for foam products.

Termination Tape Laser Marking Machine

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Termination tape is a kind of material used for insulation protection and fixing function of various lithium ion cell termination parts based on polypropylene insulating material. It can be used for cylindrical and square, medium and small lithium ion batteries and large power lithium ion in the battery cells. Common termination tapes are: PP material, PET material, PI film material, etc. Various types and wide application.

In the production process of the termination tape, it is necessary to mark different digital models on the surface of the tape, in order to facilitate the traceability of the termination tape. Xiaobian saves a piece of equipment with you today – termination tape laser marking machine. Termination tape laser marking machine, also known as UV laser marking machine, is a device that can realize the surface marking of termination tape of various materials. The termination tape laser marking machine adopts ultraviolet laser marking technology, and uses non-contact ultraviolet light to focus the product surface to achieve efficient and fast marking on the surface of the tape. Beautiful effect and high definition. Once marked, it will be permanently retained, resistant to corrosion and wear. It can make the surface of the termination tape basically without damage, without touch, and without affecting the service life.

Compared with the traditional ink printing and dyeing process, the termination tape laser marking machine is more environmentally friendly and beautiful, and has no ink consumables, reducing production costs, simple and easy to operate, long life of the model, long-term high-intensity operations, and improved production efficiency.

PCB Laser Drilling Machine

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With the rapid development of high and new technology in my country, the continuous intelligent and precise transformation of the manufacturing industry, the demand for high-precision machining is gradually increasing, and the demand for high-precision cutting and drilling in various industries is endless, among which the electronics industry is more. As one of the important processes of fine processing, laser plays an important role in the electronics industry.

The editor will talk to you today about the application of laser technology in PCB circuit boards. As an important carrier in the electronics industry, PCB boards support the development of the electronics industry. Laser technology is particularly widely used in precision drilling of PCB boards. It is the mainstream processing technology in the current market. The equipment usually used for PCB board drilling includes UV laser cutting machine and CO2 laser cutting machine. It can perform high-speed drilling of blind holes, through holes, etc. of PCB circuit boards, with high efficiency and good effect. .

Features of laser drilling:

  1. The heat-affected area is small, so that the deformation of the workpiece caused by heating is minimized. High craftsmanship
  2. The drilling speed is fast, the efficiency is high, and the hole diameter is consistent, which is suitable for mass production.
  3. The aperture size can be adjusted freely, which is convenient and flexible. It can be used to change, guide and focus directions. It can be used to cooperate with the numerical control system to process various workpieces, which improves the processing quality and production efficiency.
  4. Non-contact processing method, no mechanical stress on the surface of the circuit board, no damage

3D Laser Marking Machine

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3D surface laser marking machine refers to laser equipment that can realize three-dimensional engraving of materials. It is often used in automobile and motorcycle parts engraving, metal, alloy and oxide, sanitary ware, clothing accessories, aerospace and other industries. Engraving the company’s LOGO name, product specifications, serial numbers, etc. The engraving information includes various numbers, patterns, patterns, letters, etc. It is used to trace the source and standardize the market order, brand communication, etc.

Compared with the conventional laser marking machine, the 3D laser marking machine is equipped with a dynamic focusing system, which can adapt to the marking of different three-dimensional planes. The processing surface is always marked with the highest energy density, avoiding the traditional laser marking machine. Inadequate fixed focal length.

3D laser marking machine features:
3DD surface laser marking machine has high photoelectric conversion rate, long machine life, easy maintenance, fast marking speed, and greatly improves processing efficiency. High-precision three-dimensional positioning technology, high-speed focusing and scanning system, laser beam fundamental mode, short pulse, high peak power, high repetition frequency, bring perfect marking effect to customers. It is widely used in laser 3D marking of mobile phone manufacturing, three-dimensional circuits, medical equipment, molds, 3C electronics, auto parts, electronic communications and other industrial products.

Thin film laser drilling machine

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Film is a kind of plastic product, which is widely used in life and is used in electronic appliances, machinery, printing, packaging and other industries. Wide range of uses, such as: sealing, storage, protection and other functions. It can be seen everywhere in life. In the application of plastic film, many processes need to cut and punch the film material, such as easy tearing line cutting in food packaging, punching of ventilation holes, cutting of protective film size, etc. The editor today introduces a piece of equipment, a piece of equipment widely used for cutting and punching plastic films—film laser punching machine.

Thin-film laser drilling machine, also known as carbon dioxide laser marking machine, is a device that can realize high-speed cutting of thin-film materials. Through the non-contact processing method, it has the characteristics of high speed, accurate punching and high efficiency, avoiding the limitations of traditional mechanical stamping, such as slow speed, low accuracy and high risk.

The thin-film laser punching machine can achieve high-efficiency mass production with consistent aperture, stable performance, free and flexible adjustment of the size and shape of the punching hole, and is a special punching equipment for thin-film materials. And the model has the advantages of stable performance, easy operation, maintenance-free, long service life, fast processing speed and high efficiency. It provides more convenient advantages for the processing of various film packaging industries, and also allows the industry to be further improved in its field, which also meets the needs of the current industrial field.

Glass Laser Cutting Machine

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Glass is widely used in all walks of life, such as glass doors and windows in the decoration industry, glass showcases, windshields in the automotive industry, rearview mirror glass, etc., display screens in the electronics industry, mobile phone planes, glass substrates, etc., medical industry Glass bottles, glass tubes and other utensils in. Using different materials and processes, it can be subdivided into a variety of glass such as: quartz glass, tempered glass, etc. be applied to different scenarios. Due to different applications, the requirements for glass processing technology are also different. The traditional glass cutting processes are: diamond saw cutting, flame cutting, gasoline cutting, etc. However, for some industries that require high precision, there are certain technical drawbacks. In recent years, with the development of laser technology, laser has been gradually used in the cutting of glass products, and there are significant technical advantages.

Glass laser cutting machine can also be called automatic glass cutting machine, quartz glass cutting equipment, etc. It is a device that uses a high-energy laser beam to focus on the surface of the product to form a high-temperature area to achieve the cutting effect. The automatic glass laser cutting machine can cut and punch various special shapes of glass within 6mm. The cutting speed is fast, the edge is smooth, the effect is beautiful, and the chipping edge is less than 5um, which avoids the shortcomings of the traditional cutting process, such as slow cutting speed, unsuitable for mass production, and low precision, and realizes a major reform of the glass cutting process. The preferred model for glass precision manufacturing industry such as automobile production industry.

Ceramic Laser Drilling Machine

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Ceramic products are widely used in life, such as common ceramic bowls, vases, tiles, etc., but few people know that ceramic products are also widely used in the field of electric vehicles, new power transmission systems, solar energy and LED lighting. It is mainly used as a substrate, that is, a ceramic substrate. When ceramics are used in some precision devices, the processing requirements of ceramics are quite different from those of common ceramics in life. Taking cutting as an example, the basic requirements of ceramics in life are simple cutting, while high-precision industries require ceramics Cutting to achieve a certain precision and effect. This greatly increases the difficulty of processing ceramics. With the development of laser technology, laser micromachining technology has gradually been used in cutting, drilling, scribing and other processes of precision ceramics, and has shown unique technological advantages.

The laser equipment commonly used in ceramic cutting mainly includes the following: ultraviolet laser cutting machine, adjustable pulse width infrared laser cutting machine, picosecond laser cutting machine and CO2 laser cutting machine. Chuangxuan Laser currently mainly adopts imported ultraviolet laser cutting machine, Picosecond laser cutting machine and QCW infrared laser cutting machine are used to process ceramics, and the two types of equipment correspond to ceramic processing parts of different materials and thicknesses.

Ultraviolet laser cutting ceramics uses imported lasers, which are mainly suitable for the processing of hard ceramic materials below 1mm such as alumina, aluminum nitride, aluminum carbide, etc., and soft ceramics below 6mm such as sodium chloride ceramic cutting, magnesium chloride ceramic cutting, etc. For example, cutting thicker ceramics will form a taper and a certain degree of blackening. Picosecond laser cutting ceramics is currently a more suitable equipment. Picosecond laser cutting machines have the advantages of short time consumption and high power, and have very little impact on the contact energy of materials. And the cutting speed is faster, but relatively speaking, the price is slightly higher.