The machine adopts ergonomic design, with a high-precision travel mechanism in front of the machine and an external regulating valve on the lower right. It is marked with international universal symbols and scales. Workers can quickly and accurately adjust parameters according to the shoe type. It is easy to operate and new employees can get started in a short time, shortening the training cycle and labor costs.
Innovative mechanical structure and motion control algorithm. The traditional machine takes 25 minutes to adjust the machine, while this machine takes only 2 minutes and 45 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.
Use high-performance hydraulic cylinders from well-known brands to accurately maintain 30-50KG/CM² hydraulic pressure, provide stable power for claws, internal support tables, sweepers, etc., and ensure accurate movement of parts in complex processes. Equipped with hydraulic pressure stabilization and filtering devices to filter impurities, stabilize pressure, reduce system failures and defective products, and improve product quality.
It is composed of 9 high-strength wear-resistant alloy pincers. After special hardening treatment, the wear resistance is improved by more than 50%, reducing the frequency of replacement. Each pincer is independently driven, with more than 12 degrees of freedom of movement, and uses multi-axis linkage technology to accurately clamp the upper. The rear pincer angle function uses precision sensors and algorithms to automatically adjust the angle according to the waist position of the shoe last, solving the waist fit problem and improving the beauty and comfort 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;
(3) The pressure head pressure self-balancing technology prevents the upper from being damaged or shifting from the midsole during the process of pressing the last surface;
(4) The pincers clamp the leather to partially relax the upper and reduce the rebound force of the upper after lasting.
(1) The PLC memory function can store 200 preset lasts, which can be directly called when in use, saving machine adjustment time;
(2) It has remote debugging and data transmission functions, easy maintenance, and convenient and fast remote service, thereby reducing maintenance costs;
(3) The interface is simple and clear, easy to use, and reduces personnel training costs.
(1) Patented technology for pointed-toe shoes makes the toe compact, non-shifting, and non-deformed, effectively improving the texture;
(2) Automatic switching between left and right feet improves lasting quality;
(3) CNC + hydraulic dual control technology;
(4) Each pincer can set the opening time independently to make the upper uniformly tight, which is equivalent to secondary local fine-tuning to prevent deformation of the upper.
Intelligent Toe Lasting Machine
(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;
(3) The pressure head pressure self-balancing technology prevents the upper from being damaged or shifting from the midsole during the process of pressing the last surface;
(4) The pincer clamp the leather to partially relax the upper and reduce the rebound force of the upper after lasting.
(1) The PLC memory function can store 200 preset lasts, which can be directly called when in use, saving machine adjustment time;
(2) It has remote debugging and data transmission functions, easy maintenance, and convenient and fast remote service, thereby reducing maintenance costs;
(3) The interface is simple and clear, easy to use, and reduces personnel training costs.
(1) Patented technology for pointed-toe shoes makes the toe compact, non-shifting, and non-deformed, effectively improving the texture;
(2) Automatic switching between left and right feet improves lasting quality;
(3) CNC + hydraulic dual control technology;
(4) Each pincer can set the opening time independently to make the upper uniformly tight, which is equivalent to secondary local fine-tuning to prevent deformation of the upper.
(5)The turning angle of the rear claw can automatically fit the waist angle.
Intelligent Toe Lasting Machine
(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;
(3) The pressure head pressure self-balancing technology prevents the upper from being damaged or shifting from the midsole during the process of pressing the last surface;
(1) The PLC memory function can store 200 preset lasts, which can be directly called when in use, saving machine adjustment time;
(2) It has remote debugging and data transmission functions, easy maintenance, and convenient and fast remote service, thereby reducing maintenance costs;
(3) The interface is simple and clear, easy to use, and reduces personnel training costs.
(1) Patented technology for pointed-toe shoes makes the toe compact, non-shifting, and non-deformed, effectively improving the texture;
(2) Automatic switching between left and right feet improves lasting quality;
(3) CNC + hydraulic dual control technology;
(4) Each pincer can set the opening time independently to make the upper uniformly tight, which is equivalent to secondary local fine-tuning to prevent deformation of the upper.
(5)The turning angle of the rear pincer can automatically fit the waist angle.
Toe Lasting Machine
The machine adopts ergonomic design, with a high-precision travel mechanism in front of the machine and an external regulating valve on the lower right. It is marked with international universal symbols and scales. Workers can quickly and accurately adjust parameters according to the shoe type. It is easy to operate and new employees can get started in a short time, shortening the training cycle and labor costs.
Innovative mechanical structure and motion control algorithm. The traditional machine takes 47 minutes to adjust the machine, while this machine takes only 4 minutes and 05 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.
Use high-performance hydraulic cylinders from well-known brands to accurately maintain 30-50KG/CM² hydraulic pressure, provide stable power for pincers, internal support tables, sweepers, etc., and ensure accurate movement of parts in complex processes. Equipped with hydraulic pressure stabilization and filtering devices to filter impurities, stabilize pressure, reduce system failures and defective products, and improve product quality.
It is composed of 9 high-strength wear-resistant alloy pincers. After special hardening treatment, the wear resistance is improved by more than 50%, reducing the frequency of replacement. Each pincer is independently driven, with more than 12 degrees of freedom of movement, and uses multi-axis linkage technology to accurately clamp the upper. The rear pincer angle function uses precision sensors and algorithms to automatically adjust the angle according to the waist position of the shoe last, solving the waist fit problem and improving the beauty and comfort of the shoes.
Toe Lasting Machine
(1) The PLC memory function can store 200 preset lasts, which can be directly called when in use, saving machine adjustment time;
(2) The interface is simple and clear, easy to use, and reduces personnel training costs.
Innovative mechanical structure and motion control algorithm. The traditional machine takes 97 minutes to adjust the machine, while this machine takes only 15 minutes and 45 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.
(1) Patented technology for pointed-toe shoes makes the toe compact, non-shifting, and non-deformed, effectively improving the texture;
(2) Automatic switching between left and right feet improves lasting quality;
(3)The turning angle of the rear pincer can automatically fit the waist angle;
(4)The pressure head pressure self-balancing technology prevents the upper from being damaged or shifting from the midsole during the process of pressing the last surface.
It is composed of 9 high-strength wear-resistant alloy pincers. After special hardening treatment, the wear resistance is improved by more than 50%, reducing the frequency of replacement. Each pincer is independently driven, with more than 12 degrees of freedom of movement, and uses multi-axis linkage technology to accurately clamp the upper. The rear pincer angle function uses precision sensors and algorithms to automatically adjust the angle according to the waist position of the shoe last, solving the waist fit problem and improving the beauty and comfort of the shoes.
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.
Toe Lasting Machine
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.
The machine adopts ergonomic design, with a high-precision travel mechanism in front of the machine and an external regulating valve on the lower right. It is marked with international universal symbols and scales. Workers can quickly and accurately adjust parameters according to the shoe type. It is easy to operate and new employees can get started in a short time, shortening the training cycle and labor costs.
Innovative mechanical structure and motion control algorithm. The traditional machine takes 97 minutes to adjust the machine, while this machine takes only 5 minutes and 55 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.
(1) Patented technology for pointed-toe shoes makes the toe compact, non-shifting, and non-deformed, effectively improving the texture;
(2)The turning angle of the rear pincer can automatically fit the waist angle;
(3)The pressure head pressure self-balancing technology prevents the upper from being damaged or shifting from the midsole during the process of pressing the last surface.
It is composed of 9 high-strength wear-resistant alloy pincers. After special hardening treatment, the wear resistance is improved by more than 50%, reducing the frequency of replacement. Each pincer is independently driven, with more than 12 degrees of freedom of movement, and uses multi-axis linkage technology to accurately clamp the upper. The rear pincer angle function uses precision sensors and algorithms to automatically adjust the angle according to the waist position of the shoe last, solving the waist fit problem and improving the beauty and comfort of the shoes.
Machine
(1) The PLC memory function can store 200 preset lasts, which can be directly called when in use, saving machine adjustment time;
(2) The interface is simple and clear, easy to use, and reduces personnel training costs.
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.
(1) Patented technology for pointed-toe shoes makes the toe compact, non-shifting, and non-deformed, effectively improving the texture;
(2)The pressure head pressure self-balancing technology prevents the upper from being damaged or shifting from the midsole during the process of pressing the last surface.
It is composed of 9 high-strength wear-resistant alloy pincers. After special hardening treatment, the wear resistance is improved by more than 50%, reducing the frequency of replacement. Each pincer is independently driven, with more than 12 degrees of freedom of movement, and uses multi-axis linkage technology to accurately clamp the upper. The rear pincer angle function uses precision sensors and algorithms to automatically adjust the angle according to the waist position of the shoe last, solving the waist fit problem and improving the beauty and comfort of the shoes.
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.
Toe Lasting Machine
In order to reduce costs and increase efficiency, an independently developed automatic gluing device can be optionally equipped. The mechanical metering and coating technology is used to accurately control the amount and position of glue to avoid glue waste and uneven coating. The glue amount, speed and mode can be flexibly adjusted according to the shoe shape, glue and process, and seamlessly connected with the whole machine control system to realize the automation of the production process, greatly improve efficiency and reduce labor costs.
Innovative mechanical structure and motion control algorithm. The traditional machine takes 47 minutes to adjust the machine, while this machine takes only 13 minutes and 15 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.
(1) Patented technology for pointed-toe shoes makes the toe compact, non-shifting, and non-deformed, effectively improving the texture;
(2)The pressure head pressure self-balancing technology prevents the upper from being damaged or shifting from the midsole during the process of pressing the last surface.
It is composed of 9 high-strength wear-resistant alloy pincers. After special hardening treatment, the wear resistance is improved by more than 50%, reducing the frequency of replacement. Each pincer is independently driven, with more than 12 degrees of freedom of movement, and uses multi-axis linkage technology to accurately clamp the upper. The rear pincer angle function uses precision sensors and algorithms to automatically adjust the angle according to the waist position of the shoe last, solving the waist fit problem and improving the beauty and comfort of the shoes.
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.
Intelligent Toe Lasting Machine
In order to reduce costs and increase efficiency, an independently developed automatic gluing device can be optionally equipped. The mechanical metering and coating technology is used to accurately control the amount and position of glue to avoid glue waste and uneven coating. The glue amount, speed and mode can be flexibly adjusted according to the shoe shape, glue and process, and seamlessly connected with the whole machine control system to realize the automation of the production process, greatly improve efficiency and reduce labor costs.
(1) The PLC memory function can store 200 preset lasts, which can be directly called when in use, saving machine adjustment time;
(3) The interface is simple and clear, easy to use, and reduces personnel training costs.
Innovative mechanical structure and motion control algorithm. The traditional machine takes 97 minutes to adjust the machine, while this machine takes only 15 minutes and 45 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.
(1) Automatic switching between left and right feet improves lasting quality;
(2)The turning angle of the rear pincer can automatically fit the waist angle.
(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;
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.
Toe Lasting Machine
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 PLC memory function can store 200 preset lasts, which can be directly called when in use, saving machine adjustment time;
(3) The interface is simple and clear, easy to use, and reduces personnel training costs.
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.
(1) Automatic switching between left and right feet improves lasting quality;
(2)The turning angle of the rear pincer can automatically fit the waist angle.
(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;
Intelligent Toe Lasting Machine
Innovative mechanical structure and motion control algorithm. The traditional machine takes 17minutes to adjust the machine, while this machine takes only 5 minutes and 35 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.
(1)Patented technology for pointed-toe shoes makes the toe compact, non-shifting, and non-deformed, effectively improving the texture;
(2)The pressure head pressure self-balancing technology prevents the upper from being damaged or shifting from the midsole during the process of pressing the last surface;
It is composed of 9 high-strength wear-resistant alloy pincers. After special hardening treatment, the wear resistance is improved by more than 50%, reducing the frequency of replacement. Each pincer is independently driven, with more than 12 degrees of freedom of movement, and uses multi-axis linkage technology to accurately clamp the upper. The rear pincer angle function uses precision sensors and algorithms to automatically adjust the angle according to the waist position of the shoe last, solving the waist fit problem and improving the beauty and comfort of the shoes.
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.
In order to reduce costs and increase efficiency, an independently developed automatic gluing device can be optionally equipped. The mechanical metering and coating technology is used to accurately control the amount and position of glue to avoid glue waste and uneven coating. The glue amount, speed and mode can be flexibly adjusted according to the shoe shape, glue and process, and seamlessly connected with the whole machine control system to realize the automation of the production process, greatly improve efficiency and reduce labor costs.
