New Representative Of Minimally Invasive: French Tyler Men'S Shoes

In the era of Internet, minimally invasive has become a common research direction for all enterprises. Where consumers are suffering, many enterprises and technical personnel are having a lot of trouble.

French Taylor men's shoes, playing a banner in the same industry, revolved around the seemingly basic shoes of various aspects of micro innovation, and become a dark horse in the industry.

SSS super lightweight soles

tradition

The materials used are generally leather bottom or rubber bottom. The disadvantages such as high cost, difficult processing, heavy, hard, difficult to bend, wear resistance and moldy deterioration are the problems that the industry has been unable to overcome.

The disadvantages of hard, poor elasticity, yellowing and aging are also unavoidable problems of rubber material.

Taylor uses natural rubber modified materials and elastomers made of more than 10 kinds of materials, such as EVA, to mix the elastomer with high temperature injection molding technology and adopt constant temperature setting method to make the sole shape unchanged. The weight is 1/4 of the traditional rubber sole, yellowing resistance and corrosion are 3 times of the traditional rubber, and it has an unprecedented breakthrough in softness, elasticity, aging resistance and other properties.

Somatosensory memory shoe pad

The research team of France's teles has been tested and applied in dozens of materials. Finally, it uses high density breathable sponge and silica gel porous material to compounded the following functions:

1. Super absorbent properties and breathability.

2, automatically adapt to different foot shape, fully fit different foot soles.

3, super flexibility and flexible support ability to ease the impact of sports and maximize comfort.

Cat hand bionic Biotechnology

Inspired by the elastic characteristics of cat's palm, after two years of repeated tests and professional tests, dozens of materials have been tried out. Finally, under the application of improved elastomer elastomers, the cat hand bionic technology has been successfully pplanted into traditional leather shoes, making the original rigid leather shoes undergo great changes in flexibility and elasticity. This is undoubtedly a new breakthrough.

The shape of the sole of the cat's shoes is buffered on the surface of the sole of the shoe. Through this design, the elasticity of the heel is improved, and the supporting force of the protrusion directly affects the rear palm of the foot with the largest impact force. The support is strong, accurate, elastic, cushioning effect is obvious, the foot feel is comfortable, and the impact of the gravity from the human body on the heel can be greatly increased, and the safety and comfort can be greatly improved.

Laser alignment

The conventional way of making shoes is to determine the position of the middle line of the shoes by the experience of the technicians, but the error rate of this method is great, which often leads to the asymmetry of the left and right feet of the shoes.

In order to make the shoes beautiful and conform to the foot model and ensure the wearing comfort, T LES Taylor adopts the laser automatic central line locator to ensure that the left and right feet of each pair of shoes are perfectly symmetrical.

High speed electric hammer leveling technology

In the traditional European craft shoe making technology, the part of the shoe body and sole should be hammered to ensure that the comfort and glue are evenly bonded.

This process requires more than 500 times of hammering by hand, and it may not be able to hammer this part of the foot evenly.

Today, T LES Taylor combines traditional manual technology with modern automatic technology, uses electric hammer leveling technology, and high-speed and uniform electric hammer is hammered through more than 30000 times to make the feet smooth and smooth, ensuring that the glue is firmly in place without leaving dead ends, thereby greatly improving the quality safety and wearing comfort of shoes.

24 hours at room temperature.

Under normal circumstances, most shoes are finalized by ultra low temperature in the final setting mode. The advantage of this method is short time (about 30 seconds) and high production efficiency.

But this is not the right way.

Because the leather shoes will quickly coagulate after leaving the ultra-low temperature environment, these moisture will penetrate into the dermis, resulting in moldy deterioration of the dermis.

And T 'LES's 24 hours of normal temperature mode is set at the natural temperature for long time with the mold to solidify the shape of the shoe so as to achieve the purpose of no distortion and no mildew, so as to ensure the quality and shape of the shoes for a long time.