Innovative mechanical structure and motion control algorithm. The traditional machine takes 97 minutes to adjust the machine, while this machine takes only 23 minutes and 5 seconds at the fastest. The modular design allows key components such as the toe band and wiper to be detachable. If there is a problem with the component during adjustment, it can be quickly replaced or adjusted without disassembling the entire system, which improves the adjustment efficiency and reduces maintenance costs.
The pressure balance design and precise transmission structure ensure that the upper and sole glue are fully bonded when the upper is evenly pressed, reducing air bubbles and wrinkles, improving the fit, and reducing the risk of degumming. An auxiliary wiper can be selected as needed to cooperate with the main wiper to finely fit the waist and improve the molding quality of the shoes.
(1) The second stage of the support rises to slow down the rising point to prevent the upper from breaking and the shoe last from retreating;
(2) The first pincer slides to allow the upper to slide freely and loosen to prevent the upper from breaking;
Machine ---
Comparison
and does not shift.No deformation,
significantly improve the texture
self-balancing technology
bonding process
Prevent upper damage
and midsole displacement
quality
organization travel, fast
improve the quality of lasting
design tool technology
more match to last
lasting upper doesn’t bounce
,improve lasting quality
replacement and fine-tuning)?
2.Inconsistent quality, shoe toes may deform or shift?
3.Requires skilled workers, high labor cost, low adaptability?
lack professional technical operators to change shoe shape adjustment
machines. It is suitable for producing high-end men's and women's leather
shoes, sports shoes, casual shoes, skates, labor protection shoes,
Goodyear and other shoe types.
Discover the power of smart lasting automation—stable, efficient, and easy to use.
