Cold Hard And Eagle Technology Cutters Cooling Device Evaluation

As the world's only provider of comprehensive solutions for apparel digital products, Eagle provides a full range of programs for soft materials such as textile fibers, leather and industrial textiles.

Because

The diversity and complexity of species also bring multiple challenges to NC cutting.

Eagle has always been committed to meeting customer needs. This year, the technology of cutters cooling is based on the technological innovation and innovation under the full investigation of the customer market.

The main point of the technology is that in the textile industry, the low melting point fabrics, such as chemical fibers and non-woven fabrics, will cause the fabric to produce the phenomenon of marginal melting, sticky, discoloring, blackening and so on due to the repeated friction heat generated by knives and fabrics during the cutting process.

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In view of this situation, Hawk has developed a cooling technology for cutters. By installing the cooling device in the head, pporting the air conditioner to the cutter, reducing the temperature of the cutters, thereby reducing the hot melt reaction between the knives and the fabrics.

Through contrast experiments, we will understand the actual effect of the cutter cooling device intuitively.

The test equipment used in the experiment is HY-HC2007LJ, which is equipped with a cutter cooling device.

For the first time, the cooling device was not opened: the test fabric was 20g spunlaced nonwovens, with 100 layers of material laid.

Note that the melting point of such non-woven fabrics is low, and the parameter "dissolution degree of cloth" is set to be easy to dissolve. YINCAD and MarkEdit are used to convert the layout map into CutterControl application document.

When cutting, the knives are cut upward and downward, and the fabric is cut. During the movement, the friction between the knives and the fabrics is high. Because of the low melting point of the knit fabric, the cutting piece is fused, and the cutting piece is sticky with the cutting piece. After the adhesive is cut, the cutting pieces need to be manually stripped, and the edges of the cutting pieces need to be reprocessed.

The second time, the staff will turn on the cooling device: set the same number and cut the same fabric. As the cooling device continues to pmit the cold air to the cutterhead, the air conditioner can effectively reduce the cutting temperature. The cutting piece again shows that there is no sticking phenomenon between the cutting piece and the cutting piece, and the cutting piece can directly enter the sewing process.

From the experiment, we can see that the knife cooling device can effectively relieve the cutting temperature.

Adhesion occurs.

Conclusion:

In the field of diverse textile applications, different fabrics have different melting points.

Therefore, it is necessary to improve the cutting and adhesion of the fabric according to the specific fabric conditions by adding knife cooling device, reducing the number of cutting layers, and reducing the operation speed of the cutters.

Eagle is guided by customer needs.