Cutting Machine

Company Profile

CHM,Cheung Kong Machinery is a professional manufacturer of paper sheeter machines and the leading paper sheeting solution provider in China. Since established in 2004,our company adheres to the innovation system centered on user needs to drive the continuous development of the enterprise. The equipment adopts the advanced technologies of Taiwan, the Britain and Germany, and enjoys a certain brand awareness in the industry. In the future, Shenzhen Cheung Kong Machinery Equipment Co., Ltd. will continue to adhere to the business philosophy of "professional, single-minded and dedicated", constantly innovate and develop, and provide customers with better quality products and services.

Why Choose Us

01/

Professional Team
The company has tens of thousands of square meters of factory buildings, with strong technical innovation heritage and has cultivated a large number of professional talents, and has the most complete production technical force and after-sales service team in the whole industry.

02/

Factory
The three factories in Guangdong, Shandong and Jiangsu have a total area of nearly 140,000 square meters, becoming the world's second largest sheeting machine manufacturer with independent production capacity.

03/

Our Certificate
CE certification;ECM international certification;ISO9001certification.

04/

Advanced Equipment
Precision high speed sheeter;automatic paper sheeter machine;A3/A4/A5 copy paper sheet cutting machine;ream paper box wrapping machine;six-axis stacking machine.

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High-quality A4 Copy Paper Cutting and Packaging Machine

What is Cutting Machine?

Cutting machines are very common in most workplaces. They are used to work on metal, wood or other materials. These machines can cut, saw or grind. The part of the machine that shapes or removes the material is considered the point of operation. These areas should be avoided because if they can bend, shape or cut strong materials, they can do the same thing to your body. In fact, injuries from these types of machines are generally more severe than those from powered hand tools.

Benefits of Cutting Machine

Cutting speed: Traditional cutting technology is operated manually, and the cutting speed is slow. The cutting machine is controlled by CNC, and its cutting speed is very fast. The fiber cutting machine is twice as fast as the CO2 cutting machine of the same power, and 4-5 times that of YAG. The cutting speed is greatly improved, which is suitable for a large number of production and processing.

Cutting accuracy: The cutting accuracy of traditional cutting machines is low. The accuracy of the fiber cutting machine is within ±0.03mm. The fiber cutting machine is controlled by software. When cutting the material, we only need to import the drawings of the cut graphics into the equipment, and the path can be automatically set and cut by itself. The cutting accuracy has been greatly improved, the scrap rate of the cut products has been reduced, and the production cost has been saved.

Stability: The laser of the cutting machine has extremely high stability, and can work continuously for a long time during the working process. The service life of key components can reach 100,000 hours.

Energy consumption cost: The photoelectric conversion rate of the cutting machine can reach 30%, which is three times higher than that of the carbon dioxide cutting machine. Its power consumption is only 20%-30% of that of CO2 cutting machines, with low overall cost, energy saving and environmental protection.

Type of Cutting Machine

Manual Cutting Machines
Manual cutting machines are great for getting precise, and accurate cuts. Manual machines are less expensive than their electronic counterparts. They’re a great choice for both home crafters and professional.

Semi-automatic Cutting Machines
Semiautomatic cutting machines are designed for both high-speed and precision cutting of a variety of materials. They are flexible. They offer greater accuracy and can easily switch between different blade types to cut complex shapes.

Straight Knife Cutting Machine
Straight Knife cutting machines are ideally suited for larger volume cutting requirements. Straight Knife cutting machines range in size.
They have the ability to cut through a variety of materials. Their blades are designed to make exact, and consistent cuts. They operate with very high pressure, providing reliable results each time.

Band Knife Cutting Machine
A Band Knife cutting machine is one of the most common types of cutting machines in commercial and domestic settings. It uses a thin blade composed of various materials, such as carbon steel, stainless steel, and rubber.

Round Knife Cutting Machine
A round knife-cutting machine is a perfect choice when you need to quickly and efficiently cut large amounts of material on a regular basis. This is perfect for cutting heavy-duty, thicker materials such as canvas, denim, vinyl, leather, and upholstery.

What Materials Can Be Cut with cutting machine?

Laser cutters are used in the engineering and manufacturing industry to cut several types of materials. These machines have very high accuracy and can be programmed to cut any material.

Aluminum
Aluminum is one of the most common materials that are laser-cut. Laser-cutting machines can be used to cut aluminum sheets and tubes. Aluminum is a very strong and lightweight material that is used in many applications.

Brass
Brass is an alloy made up of copper and zinc. It is a soft metal, which means it can be easily cut with a laser cutting machine. Brass has many industrial uses, such as in electronics, construction, and plumbing.

Stainless Steel
Stainless steel is another metal that is commonly cut with industrial cutting machine for various industrial purposes.

Carbon Steel
A laser cutting machine can also help in cutting carbon steel material. It’s so because it tends to have less strength than other types of metals like aluminum or stainless steel. However, carbon steel does not require much maintenance over time because it does not rust.

Application of Cutting Machine

Kitchenware Industry
In the realm of kitchenware production, cutting machines play a pivotal role in the processing of metal products. The diversity of kitchenware products poses challenges for traditional manufacturing methods, such as low efficiency, significant mold consumption, and high operating costs.cutting machines, with their high speed and precision, significantly enhance processing efficiency. Moreover, they facilitate the development of customized and personalized products, addressing challenges faced by kitchenware manufacturers.

Automotive Manufacturing
The automotive manufacturing sector extensively employs cutting machines for processing precision materials used in intricate components. Critical automotive parts, such as brake pads, demand high-precision processing to ensure vehicle safety. Traditional manual processing methods struggle to maintain the required accuracy, resulting in lower efficiency. cutting machines excel in achieving rapid batch processing, providing advantages such as high precision, efficiency, burr-free results, and one-step forming. This, in turn, elevates the quality and efficiency of automotive parts processing.

Sheet Metal Processing Industry
Cutting machines stand out as the preferred choice for high-efficiency processing in the sheet metal industry. With the increasing demand for sheet metal processing, sheet metal cutting technology has matured, demonstrating stable operation, pollution-free processing, and rapid efficiency. These machines can swiftly and accurately cut various metal materials, enhancing production efficiency, product quality, and shortening product development cycles. Consequently, cutting machines have found widespread application in the sheet metal processing industry.

Hardware Industry
The hardware industry, encompassing a diverse range of metal materials such as stainless steel, carbon steel, alloy steel, silicon steel, galvanized steel, nickel-titanium alloys, chromium-nickel-iron alloys, aluminum, aluminum alloys, titanium alloys, and copper, extensively relies on laser cutting machines. These machines efficiently cut through different metal materials, achieving high precision and quality in the manufacturing process.

Working Principle of Cutting Machine

Laser emitted from the laser, through the optical path system, focused into a high power density laser beam.The laser beam hits the surface of the workpiece to reach the melting or boiling point, and high-pressure gas coaxial with the laser beam blows away the melted or evaporated metal.When the beam moves relative to the workpiece, the material eventually forms a slit, thus achieving the purpose of cutting.

Cutting metal is to replace the traditional mechanical knife and invisible beam, high precision, fast cutting, not limited to cutting patterns, automatic typesetting save material, smooth incision, low processing cost characteristics, no mechanical stress incision, shear burr;High machining precision, good repeatability, do not destroy the material surface, NUMERICAL control programming, can deal with any plane, can be a large format whole board cutting, no mold opening, economical and time-saving.

Components of Cutting Machine

1. Machine bed part: The machine bed of the cutting machine, the mechanical part that realizes the movement of the X, Y, and Z axes, including the cutting work platform. It is used to place the workpiece to be cut, and can move correctly and accurately according to the control program, usually driven by a servo motor.

2. generator: A device that a laser light source. For cutting applications, except for a few occasions where YAG solid-state lasers are used, most of them use CO2 gas lasers or fiber lasers with high electro-optical conversion efficiency and high output power. Because cutting requires high beam quality, not all lasers can be used for cutting.

3. External optical path: Refraction mirror, used to guide the laser in the required direction. In order to prevent failure of the beam path, all mirrors should be protected by protective covers, and clean positive pressure protective gas should be introduced to protect the mirrors from contamination. A well-performing set of lenses will focus a beam with no divergence angle into an infinitely small spot. A 5.0-inch focal length lens is generally used. 7.5" lenses are only available for materials with thickness more than 12mm.

4. Numerical control system: Control the machine bed to realize the movement of X, Y and Z axes, and also control the output power of the laser.

5. Regulated power supply: Connected between lasers, CNC machine tools and power supply systems. It mainly plays the role of preventing external grid interference.

6. Cutting head: It mainly includes parts such as cavity, focusing lens holder, focusing mirror, capacitive sensor and auxiliary gas nozzle. The cutting head driving device is used to drive the cutting head to move along the Z-axis according to the program, and is composed of a servo motor and transmission parts such as a screw rod or a gear.

7. Operating table: Used to control the working process of the entire cutting device.

Maintenance methods of cutting machines

Correct assembly: Before installation, make sure that each component is intact. Correctly and carefully install the cutting torch, make sure that all parts are well installed, and ensure that the gas and cooling gas flow. Install all parts and place them on a clean flannel to prevent dust from sticking to the parts. Add appropriate lubricating oil to the O-ring, and the O-ring will become brighter, but not more.

Replace the consumables in time before complete damage: Due to severe electrode wear, the nozzle and swirl ring will produce uncontrollable plasma arcs, which are easy to cause serious damage to the cutting torch, so do not replace consumables. Therefore, when it is found that the cutting quality has declined, the consumables should be checked in time.

Clean the connecting threads of the cutting torch: When replacing consumables or daily maintenance inspections, be sure to ensure that the inner and outer threads of the cutting torch are clean, and clean or repair the connecting threads if necessary.

Clean the contact surface of the nozzle: In many cutters, the contact surface between the nozzle and the electrode is a live contact surface. If these contact surfaces are dirty, the cutter will not work properly and should be cleaned with hydrogen peroxide cleaner.

Check the gas and cooling gas every day: Check the flow and pressure of the gas and cooling gas flow every day. If insufficient flow or leakage is found, the machine should be stopped immediately to troubleshoot.

Avoid collision damage of the cutting torch: To avoid collision damage of the cutting torch, the program should be programmed correctly to avoid over-limit operation of the system. Installing an anti-collision device during the collision process can avoid damage to the cutting torch.

Our Factory

The three factories in Guangdong, Shandong and Jiangsu have a total area of nearly 140,000 square meters, becoming the world's second largest sheeting machine manufacturer with independent production capacity.

FAQ

Q: What is cutting in machining?

A: Cutting means to cut off parts from workpieces using a tool. Broadly defined, two movements—cutting and feeding—are required in machining. Cutting is the movement that cuts off parts from the workpiece, and generally is achieved by a cutting tool moving in a straight line.

Q: How does a cutting machine work?

A: A manual die cutter works by cutting shapes through pressure. These typically use a roller mechanism manually operated by a handle or crank to put pressure between dies and die cutting plates to cut out the designs. A digital die cutter works by using programmed blades or even lasers to cut shapes.

Q: What is the difference between cutting and machining?

A: Cutting and machining go hand in hand but are still different. Cutting is the process of slicing something into pieces. It refers to cutting off the excess metal or material from a particular workpiece. Machining is an entirely different process that mounts the cutting tool so the user can do the work.

Q: What does a digital cutting machine do?

A: Digital cutting allows industries to cut a wide range of materials in various sizes and materials, and it can produce more intricate shapes if you have a complex design to cut. A digital cutting machine can also handle thicker stock, allowing you to create larger, heavier or more durable finished products.

Q: What is cutting machine in printing?

A: In printing, a cutting machine uses a micro blade to score and precisely cut images into paper, vinyl, and other materials. It works like a printer but instead of printing images, they cut them.

Q: Which machine is used for cutting things?

A: CNC machines can be used to cut a variety of materials, however, laser cutters are often used to cut steel, iron, copper,aluminum, which require high precision cuts. CNC machine tools have many components, which complicates repair and maintenance.

Q: What can a cutting machine do?

A: Die cutting machines or card making machines are machines that cut shapes out of paper, chipboard (like cardboard but thicker and more dense), fabric, and other materials.

Q: How does a metal cutting machine work?

A: The energy of the laser is concentrated into a high-density beam in the form of light. The laser beam is transmitted to the work surface, generating enough heat to melt the material, and the high-pressure gas coaxial with the beam directly removes the fused metal to achieve the purpose of metal cutting.

Q: What can you make with a vinyl cutting machine?

A: Stickers and decals: Vinyl cutters are perfect for creating custom stickers and decals. They can be used to decorate everything from laptops and water bottles to car windows and walls. The possibilities are virtually endless, and you can create designs that are as simple or as intricate as you like.

Q: What is an automated cutting machine used for?

A: An automatic cutting machine is used to cut various types of materials, such as natural textile fibers, synthetic fibers, PVC, plastic materials, carbon, Kevlar, glass fibers and etc.

Q: What is a vinyl cutting machine used for?

A: The cutouts you get using vinyl cutters have endless applications. Many DIY enthusiasts and craft businesses use vinyl cutters to create banners, decals, letters, stickers, labels, three-dimensional objects, vinyl decals, cards, t-shirts, origami, and apparel decorations.

Q: What is a digital cutting machine?

A: Unlike die cutting which uses physical dies to create the shape, digital cutting uses a blade which follows a computer-programmed path to create the shape. A digital cutting machine consists of a flat table area and a set of cutting, milling and scoring attachments mounted on an arm.

Q: What do you use a cutting machine for?

A: A cutting machine is a machine that cuts all kinds of shapes and creations from materials. This makes a cutting job easier and faster for you. The most familiar models for DIYers are the ones by Cricut.

Q: What is the importance of cutting machine?

A: It is used for cutting materials such as natural textile fibers, synthetic fibers, PVC, plastic materials, carbon, kevlar, glass fibers and so on. A digital cutter machine is able to minimize the waste of material and the cost of the cutting room due to the cutting, the speed and its precision.

Q: What is a key cutting machine?

A: Key-cutting machines work on the 'copy' principle. As you trace the teeth of one key with the key-cutting machine, a separate part of the machine simultaneously grinds the replica teeth into the blank key that is being cut. First of all, try and select a blank key which is similar in appearance to the original key.

Q: What is the job description of a cutter machine?

A: Sets up, operates, or tends machines that cut or slice materials, such as glass, stone, cork, rubber, tobacco, food, paper, or insulating material. Examines, measures, and weighs materials or products to verify conformance to specifications, using measuring devices, such as rulers, micrometers, or scales.

Q: What does a cutting machine operator do?

A: Cutting machine operators use state-of-the-art, programmable machines or automated machine systems to manufacture individual parts for technical products, such as wheel hubs, down to the millimetre. To prepare the manufacturing process, they program machines or set up turning, milling and grinding machines.

Q: What is a cutting machine called?

A: The metal cutting machines include - lathe, drilling machine, milling machine, boring machine, grinding machine and machining center, etc. The machine tools are called the "mother machines" as they make other machines possible.

We're professional cutting machine manufacturers and suppliers in China, specialized in providing high quality customized service. We warmly welcome you to buy cutting machine for sale here and get quotation from our factory.

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