How to Operate Centralized Control Switches for Efficient Shoe Machine Management?

Company Perspective on the Development of the TH-710C PLC Control Heavy-duty Walled Sole Attaching Machine

Guangdong Tenghong Machinery Technology Co., LTD., founded in 2000 and situated in Dongguan City, China’s renowned shoe manufacturing center, is a distinguished manufacturer of high-tech shoe-making equipment. With a team of over 150 skilled professionals specializing in research, development, production, and customer support, Guangdong Tenghong is dedicated to delivering advanced, high-quality, and cost-effective machines to the global footwear industry.

The TH-710C PLC Control Heavy-duty Walled Sole Attaching Machine is a testament to Guangdong Tenghong’s commitment to innovation and efficiency in shoe manufacturing automation. Featuring computer screen settings and PLC centralized control, the TH-710C integrates a full oil system design to deliver powerful and precise pressing for boat bottoms, wall-type sole sports shoes, casual shoes, and other wrapped-edge footwear. Designed to perform bottom pressing, edge pressing, and front and back pressing individually or simultaneously, the TH-710C combines high output, firm bonding, labor savings, and uniform pressing effects. This machine exemplifies how centralized control switches contribute to effective shoe machine management, ensuring optimal productivity and product quality.

Advanced Features of the TH-710C Enabling Efficient Centralized Control

PLC Centralized Control and Computer Screen Interface

• The TH-710C is equipped with a programmable logic controller (PLC) that acts as the brain for the machine’s operations, facilitating real-time monitoring and precise control of pressing processes.
• The computer screen interface displays vital operational parameters, enabling operators to set, adjust, and supervise pressing actions through an intuitive and user-friendly platform.
• Centralized control switches allow seamless coordination of bottom pressing, edge pressing, and front and back pressing functions, either independently or simultaneously, enhancing flexibility in production.
• The machine supports memory storage of settings, reducing manual setup times and minimizing human errors during shifts or production changes.
• This system promotes automation integration into modern factory workflows, improving overall process stability and repeatability essential for high-quality shoe manufacturing.

Robust Full Oil System for Stable Pressing

• The TH-710C’s full oil system design ensures powerful, consistent force delivery via oil pressure maintained at 40kg/m³, optimizing sole attachment on various shoe types with up to 2.2kW pump power.
• A rising oil pressure cylinder with a pre-charge valve accelerates upward movements, reducing operation time and boosting production efficiency.
• The hydraulic system allows fine pressure adjustments for each pressing action through conveniently located handles on the machine’s front, empowering operators to tailor forces according to material and shoe specifications.
• Oil hydraulics contribute to smooth and energy-efficient machine operation with minimal mechanical wear, enhancing longevity and reducing maintenance needs.
• Pressure uniformity through eight side pressing rubbers, each 80mm in height, guarantees firm and even adhesion especially vital for wall-type sole sports shoes and boat shoes.

Easy-to-Adjust Band Distance and Retraction Control

• The TH-710C features an adjustable band distance divided into two sections, accommodating shoe lasts with widths from 130mm to 400mm, heights below 190mm, and sole edge heights up to 80mm.
• The front and back band retreat mechanism is digitally controlled, allowing precise distance management to facilitate fast and accurate shoe size adjustments.
• This flexibility supports rapid changeovers for mixed production lines, reducing downtime and increasing factory throughput.
• Operators benefit from simplified band adjustments, enhancing operational convenience and minimizing manual intervention during production runs.
• Efficient band control contributes to maintaining exact pressing positioning critical for shoe shape integrity and lasting effect.

Effective Management Practices Using Centralized Control Switches

Streamlined Operations through Centralized Control

• Centralized control switches enable operators to manage all major machine functions from one location, reducing the need for frequent manual adjustments around the machine.
• Streamlining operations around a centralized panel improves response time to production issues and enhances workflow continuity.
• Reduced manual interventions decrease the likelihood of operational errors, ensuring consistent pressure application and, therefore, superior shoe bonding quality.
• Operators can monitor real-time system status and swiftly troubleshoot potential issues using the centralized interface, reducing unnecessary downtime.
• The simplified control system lowers training requirements, allowing less-experienced operators to run the machine efficiently, which is essential in high-turnover manufacturing environments.

Precise Adjustment for Diverse Shoe Models

• The adjustable pressure settings and band distances controlled through the centralized switches allow quick adaptation for different shoe lasts, sizes, and sole styles.
• Manufacturers can store preset configurations for different products, enabling fast transitions and minimizing waste due to incorrect pressing cycles.
• Centralized control facilitates finer tuning of pressing pressures for delicate materials or complex sole constructions, sustaining high product standards.
• This adaptability supports factories producing personalized or limited-run footwear alongside mass production, offering competitive flexibility.
• Consistent pressure control via the centralized system ensures reduced defect rates, increasing customer satisfaction and reducing warranty-related costs.

Maintenance and Operational Efficiency

• Centralized control reduces mechanical complexity related to decentralized manual adjustments, lowering maintenance requirements.
• Operators can perform diagnostic checks and calibrations through the control panel, identifying issues before they escalate into costly breakdowns.
• The PLC system supports predictive maintenance scheduling, optimizing machine uptime and reliability.
• With centralized data logging, production metrics can be analyzed to identify improvement opportunities in pressing workflows.
• Efficient machine management promotes energy savings and longer component lifespan, positively impacting factory operational costs.

Application Success Stories Leveraging the TH-710C

High-Output Sports Shoe Assembly Lines

A sports footwear manufacturer operating high-volume assembly lines adopted the TH-710C to improve pressing accuracy and throughput. Using centralized control switches, operators achieved precise simultaneous bottom, edge, and front/back pressing, fulfilling tight production schedules. The machine’s adaptability to different shoe lasts and materials supported diversified product mixes without increasing labor costs. Overall product consistency improved, with significant reductions in returns due to sole adhesion failures.

Medium-Scale Casual Shoe Production

A mid-sized casual shoe factory upgraded to the TH-710C to automate their sole attaching processes. Centralized controls allowed rapid pressure and band length adjustments for multiple styles scheduled within a day, improving line agility. The oil pressure system’s stability reduced frequent machine setup and maintenance interruptions. Operators praised the intuitive computer interface for reducing training time and operational errors, enhancing overall productivity.

Flexible Manufacturing in Mixed Footwear Factories

A manufacturer producing both boat shoes and wall-type wrapped soles experienced enhanced operational efficiency by integrating the TH-710C. The machine’s precise band retraction and pressure adjustments managed diverse last dimensions seamlessly. The double station design combined with easy-to-use centralized control enabled producing multiple models simultaneously. The factory reported smoother workflow, lowered labor intensity, and sustainable high output.

Industry Trends Supporting PLC-Controlled Hydraulic Machines

Increasing Adoption of Automation in Footwear Manufacturing

With rising labor costs and demand for consistent product quality, footwear manufacturers globally are embracing automation technologies. PLC-controlled hydraulic machines such as the TH-710C deliver precise, programmable control of pressing actions critical for lasting quality.

Need for Flexible and Efficient Machine Operations

As production lines diversify, machines with flexible centralized controls support quick changeovers and process optimization. The combination of oil pressure systems and PLC control brings together power and precision required for modern footwear manufacturing scenarios.

Focus on Energy Efficiency and Sustainability

Energy-efficient hydraulic pumps and integrated control systems reduce overall factory power usage. The TH-710C’s stable and controllable oil pressure operation aligns with industry efforts to minimize environmental footprint without sacrificing productivity.

Customer Support for Smooth Integration and Long-Term Performance

Tailored Pre-Sale Consultations

Guangdong Tenghong provides personalized plant layout advice and equipment recommendations for maximizing the TH-710C’s effectiveness within existing workflows.

Comprehensive Installation and Training

Our technical teams ensure proper machinery setup and equip operators with skills for optimal machine handling via hands-on training.

Responsive After-Sale Service and Spare Parts Supply

Timely maintenance support, genuine spare parts availability, and remote troubleshooting maintain machine uptime and reliability over time.