Professional Flatbed Cutting Plotter
flatbed cutting plotter brings rising popularity and reputation to Shenzhen Yitu Electromechanics Co., Ltd.. We have experienced designers in the field. They have been keeping an eye on the industry dynamics, learning advanced creativity skills, and generating pioneering thinking. Their endless efforts result in the appealing appearance of the product, attracting many specialists to visit us. Quality guarantee is the other advantage of the product. It is designed conforming to the international standard and quality system. It is found that it has passed the ISO 9001 certification.
In the international market, the Yitu products have received wide recognition. During the peak season, we will receive continuous orders from all over the world. Some customers claim that they are our repeat customers because our products give them deep impression for the long service life and exquisite craftsmanship. Others say that their friends recommend them to have a try of our products. All of those prove that we have gained much more popularity by word of mouth.
With its cutting-edge technology, the plotter delivers consistent, high-quality results for a diverse range of materials. This advanced device is engineered for precision and efficiency, offering user-friendly features that enhance fabrication workflows. It seamlessly integrates into operations requiring intricate cuts, proving ideal for both professionals and hobbyists alike.
- Flatbed cutting plotters offer high-precision cutting with advanced sensors and blade control for intricate designs, ideal for detailed tasks like signage and PCB prototyping.
- Suitable for industries requiring exact measurements, such as architectural modeling and electronics manufacturing.
- Look for models with adjustable blade pressure and resolution settings (e.g., 0.01mm accuracy) for optimal precision.
- Flatbed cutting plotters handle diverse materials like vinyl, leather, fabric, and thin metals, making them adaptable for crafting, packaging, and industrial applications.
- Ideal for mixed-media projects in advertising, garment production, and custom design workshops.
- Choose plotters with interchangeable tool heads and software compatibility (e.g., AI, DXF support) for enhanced versatility.
- Flatbed plotters streamline workflows with high-speed cutting and automated material feeding, reducing production time for large-volume tasks like label printing.
- Best for time-sensitive operations such as event signage and short-run packaging.
- Opt for energy-efficient models with intelligent path-optimization software to minimize material waste and power consumption.
Computer engraving machines are often used in the advertising industry. As the name suggests, a computer engraving machine is a device that sends corresponding instructions to the cutting machine through a computer.
Do you know how to use a cutting correctly? Next, let me show you the correct usage of computer engraving machines.
Using Way Introduction :
1： Connect cutting plotter to a power socket with the cord.
2： After successfully connecting the cutting plotter to the power supply, select a communication cable to connect cutting machine with the computer.
3： After all device successfully connection, turn on the socket power.
4： Insert the cutting head or special drawing pen into their holders in machine.
5： After the cutting head or drawing pen is successfully placed, place the cutting material into the cutting machine, cuttng material includes reflective film, wall stickers, self-adhesive adhesive, paper, kraft paper, etc.
6： Set the parameters of the engraving machine accordingly. You need to set your own coordinate origin, cutting head speed, and pressure intensity accordingly. In the beginning, try to draw at a low speed.
7： After setting some relevant parameters of the machine, try to handle cutting operation. Press the offline button of the machine first,in the meaning while press the acceleration and deceleration buttons of the cutting machine. Then the machine will auto attempt working, and it will perform a self check to cut the pattern.
8： Transfer data using a computer. After the transmission ends, start cutting and drawing. After waiting for a while, it willcomplete cutting operation.
Also known as beer machines, cutting machines, and CNC punching machines. It is mainly used for die cutting, indentation and stamping operations, lamination, automatic waste discharge of certain non-metallic materials, self-adhesive adhesive, EVA, double-sided tape, electronic products, mobile phone pads, etc. (fully or partially broken). The die cutting machine uses steel knives, metal molds, steel wire (or steel plate engraving templates), and applies a certain pressure through steel plates to cut printed matter or cardboard into a certain shape.
It is an important equipment for post press packaging processing. The die-cutting process is a commonly used process in packaging printed materials. It is a die cutting board formed by combining die cutting knives according to the design requirements of the product. The forming process of rolling printed matter or other circular blanks into the desired shape or cut under pressure. The indentation process utilizes a crimping knife or crimping mold to apply pressure on the sheet material to create indentation marks, or to bend and form the sheet material at a predetermined position using a roller.
Generally, die cutting and indentation treatment is the process of combining the die cutter and crimping cutter in the same template, and performing die cutting and indentation treatment simultaneously on the die cutter, which is very simple. It is called die cutting. The main process of process die-cutting indentation is: loading the plate → adjusting the pressure → determining the rules → pasting auxiliary materials of the substrate → testing die-cutting → formal die-cutting indentation → peeling → finished product winding or cutting into pieces → packaging.