CNC oscillating knife cutting machines are a popular type of CNC knife cutting machine that works by oscillating a tangentially-mounted knife to cut through materials. This type of machine is suitable for cutting softer materials, such as foam, gaskets, textiles, and rubber. The oscillating knife can adjust its speed and depth of cut, making it ideal for creating intricate shapes and accurate cuts. Additionally, this type of machine can be integrated with various software programs, allowing for a seamless transition from design to production.

The CNC oscillating knife cutter adopts the visual control system, and the processing method is set through the software of the CNC knife plotter, and the cutting path is optimized according to the processing requirements of the material, and then the file is downloaded to the controller of the flat knife plotter machine.

The processing parameters (cutting speed, acceleration speed, cutting depth of the blade, etc.) are well set by the digital control panel of the CNC cutter to order the machine tool to process the parts.

Set the cutting parameters (cutting speed, acceleration, cutting depth, etc.) through the visual control panel, and the CNC tool cutting machine will automatically process the material according to the drawing.

The intelligent oscillating knife plotter uses the high-frequency vibration of the blade to achieve the purpose of cutting.

1. Using vibratory knife cutting technology, save the cost and time of knife manufacturing, management, storage, etc. in the production and development process, bid farewell to the traditional manual knife cutting process, break the traditional mode of relying on workers for production, and take the lead in entering the era of digital mold making .

2. Multi-functional cutting head design, multiple sets of highly integrated processing tools, which can be used as a working unit for interactive cutting, punching and marking operations.

3. Difficulty, complicated patterns, template removal that cannot be achieved by tool molds, substantial expansion of the design space of shoe designers, creation of new models that cannot be copied manually, making templates attractive, making the design truly achievable, and not afraid of not being able to achieve it. field of.

4. For well-functioning emissions, the calculation system performs automatic emissions, accurately calculates, calculates costs, and accurately manages material distribution, and actually realizes a digital zero inventory strategy.

5. Through projector projection or camera shooting, grasp the leather outline and effectively identify leather defects. In addition, according to the natural pattern of the leather, the cutting direction can be adjusted randomly to increase output, reduce loss, and increase the effective utilization of materials.

6. Procedural computer simulation can eliminate the interference of workers’ emotions, skills, fatigue and other personal factors on the existing supply, prevent hidden waste, and improve the use of materials.

• High precision: Multi-spindle motors save tool time and can realize mass production.

This advanced tool executes at a higher speed, and the cutting speed is increased by 5 to 8 times. Whether you are cutting composite materials, canvas, laminates, textiles, CNC cutting machines provide unprecedented speed, consistency, and reliability.

This type of machine is widely used in the clothing industry, footwear industry, clothing and fashion cloth industry, automotive interior industry, luggage industry, packaging industry, decoration industry, electronics industry, composite material industry, etc.

The automatic function of the machine reduces the labor and time required to perform tasks. It also improves efficiency and simplifies tasks that were once run in a random manner.

• Environmental protection: Unlike CNC lasers and milling machines, CNC knife cutting machines are environmentally friendly.

When cutting materials, it does not spread harmful gases or transfer heat, while other tools use rotating tools, laser heating, or waterjet cutting materials. Therefore, CNC tools can be used safely in different environments and are easy to maintain.

The digital cutting machine operates according to the digitally programmed tool path. It can cut materials by moving only the cutter and sticking the material to the machine or moving the cutter and the material at the same time.

• Optional multi-tool knife

Multi-functional cutting head design, multiple sets of highly integrated processing tools, can be used as a work unit for interactive cutting, punching, and marking operations.

CNC knife cutting machines that are suitable for cutting composite materials should have features such as a high-powered motor and rigid frame that can withstand the high forces required for cutting through materials such as carbon fiber, Kevlar, and fiberglass. Additionally, they should have the ability to change knives easily to cut through different materials and have a controlled blade pressure to prevent delamination or fiber distortion during cutting. CNC knife cutting machines that have automatic nesting software can also optimize material usage, reducing waste during production.

At first glance, one might think that these are the same knives, but the oscillating tangential knife and the simple tangential knife have differences. From its name, the oscillating tangential knife provides in addition to the properties inherent to the tangential knife also a vibrating movement, and also combines the property of the tangential knife – lifting the knife from the cutting material, rotating and changing the trajectory of the cutting knife, lowering it back into the material and cutting along a defined path. Oscillating knives are better for thicker, softer materials, whereas tangential knives are ideal for materials that require sharp, precise cuts.

Cutting materials and industries

The vibrating knife automatic cutting machine is mainly aimed at the cutting of non-metallic materials. The materials involved are leather materials, fur materials, clothing fabrics, sofa home textile fabrics, composite materials, carpet, and floor mat materials, gaskets, automotive interiors, etc.

When choosing a vibrating knife cutting machine, first check whether your material can be cut. If you are unsure, you can ask the manufacturer.

Choose a high-quality vibrating knife cutting machine

1) Rounded corner size of cutting edge
2) Whether there are dregs on the surface of the incision
3) Verticality and slope of cutting edge
4) Whether the cutting speed is ideal: During the cutting process, the cutting speed has a considerable influence on the quality of the cut material. The ideal cutting speed will make the cutting surface show a relatively stable line, and there will be no slag in the lower part of the material.
5) Whether the surface of the material is smooth and smooth after cutting: the selected saw blade is not suitable. Different sizes of aluminum profiles need different sizes of saw blades to cut, generally pay attention to the thickness of the saw blade and the number of teeth.
6) Whether there are burrs in the cutting: the irregular parts such as sharp corners and burrs that sometimes appear in the transition of the workpiece surface during the cutting process are burrs. Burrs directly affect the dimensional accuracy, shape and position accuracy, and surface roughness of the processed workpiece.
7) Check whether the equipment is complete: After the equipment arrives, when unpacking and accepting, check whether the random technical data is complete, whether the random accessories, tools, and accessories are consistent with the list