Just change the ribbon. You can change the ribbon to whatever color you need.

The computer controls the printing needle to move along a certain trajectory in the X and Y two-dimensional planes. The printing needle makes high-frequency impact movements under the action of compressed air, thereby printing a mark with a certain depth on the workpiece. The main features of pneumatic and pneumatic marking machines: large depth, direct marking output through the computer, neat and clear markings; main typical applications: automobile and motorcycle parts, instrumentation, machinery, automobiles, signs and other industries.

Pneumatic marking machine: While the computer controls the printing needle to move along a certain trajectory in the X and Y two-dimensional planes, the printing needle makes high-frequency impact movements under the action of compressed air, thereby printing on the workpiece. Marks with a certain depth. Pneumatic marking machine - marking features: large depth, direct marking output through the computer. Various fonts, neat and clear markings. Pneumatic marking machine - marking material: any metal or non-metal. Pneumatic marking machine - typical applications: auto parts, nameplates, signs, etc.

Performance parameters: Printing area: 100X80mm, 140X80mm, 200X150mm (or customized) Printing speed: 3-5 characters/second (5X7) Software application system: windows98windowsXP Printing depth: 0.01-1.2mm adjustable (depending on the material) (Determined) Accuracy guarantee: error ≤ 0.01 Height adjustment range: 1-330mm Automatic storage: can automatically store files and printing content Working air source: 0.5-0.7Mpa, 3L/S Analog display: the marking effect can be directly observed on the screen for printing Needle impact frequency: 300 times/second Printing content: Chinese and English characters, numbers, graphics (edited through marking software) Graphic editing: Automatic printing and storage of serial numbers (serial numbers)\ Automatic detection of repeated numbers, identification of barcode printing materials: Various metals (hardness below HRC85), various hard materials (PVC film, plastic bakelite, etc.) Machine power: 300W Working voltage: 220VAC

One type of desktop pneumatic marking machine is desktop pneumatic marking machine The marking machine is suitable for marking signs and nameplates, marking small workpieces (marking workpieces with a height below 500mm that can be easily moved to the workbench), etc.

The second type is a portable pneumatic marking machine, which is suitable for workpieces that are difficult to move to the workbench for marking. The head of the marking machine is moved to the workpiece for marking. It inherits the desktop pneumatic marking machine. The original advantages of the machine have been greatly improved in the applicability of the product, which makes up for the shortcomings of the desktop marking machine and is widely used in automobile beams. It is suitable for marking motorcycle frames, large pipes, special-shaped workpieces, nameplates and various workpieces that are difficult to move. It is light to use, simple to operate, easy to carry, and can be used in conjunction with a laptop computer or microcontroller.

Collapse and edit the scope of application of this paragraph

1. Car and motorcycle engines, pistons, bodies, frames, chassis, connecting rods, engines, cylinders and other parts are numbered, Printing of names, trademarks, and production dates;

2. Printing of frame numbers for electric vehicles, bicycles, motorcycles, etc.;

3. Signs of various commodities, vehicles, and equipment products Print;

4. Various mechanical parts, machine tools, hardware products, metal pipes, gears, pump bodies, valves, fasteners, steel, instruments and meters. , electromechanical equipment and other metal marking; plastics

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Product name: Pneumatic marking machine

Working principle: By To print the content of Chinese, English, numbers and other characters and graphics, input it into the computer. The computer marking software converts the content into digital control signals and transmits them to the controller, which drives the printing needle to move according to the set trajectory in the X-Y two-dimensional plane. At the same time, the printing needle Under the action of compressed air, high-frequency striking motion is performed to print concave marks composed of a dense lattice of dots on the surface of the workpiece.