Understanding the Precision Challenge in New Energy Plate Manufacturing
Precision pressing and leveling processes for new energy plate components demand tight dimensional control, repeatable force and position output, and complete production data records. Conventional hydraulic systems can generate unwanted heat and noise during pressure holding and standby, which creates challenges for manufacturing teams that need stable, repeatable flattening results across high volumes of parts. These pain points are central to how equipment buyers in the new energy sector evaluate servo hydraulic leveling machines before procurement.
Taihe's Servo Hydraulic Approach to New Energy Plate Leveling
Guangdong Taihe Machinery Equipment Co., Ltd., operating under the Taihe brand and headquartered in Building 2, Weide Industrial Park, No. 7 Weiziling East Road, Qingxi Town, Dongguan City, Guangdong Province, positions itself as a supplier of servo hydraulic leveling and pressing equipment for precision product manufacturing and laboratory applications. The company's business coverage spans China, and its core machine, the 60T Servo Hydraulic Leveling Machine (Hydraulic Type), Model TH05YS-60T, is engineered to address the exact pain points described above.
Full Closed-Loop Servo Hydraulic Drive
A defining feature of the TH05YS-60T is its full closed-loop servo hydraulic drive. This design reduces control valve circuits, prevents hydraulic overflow, and limits heat build-up during operation. During standby, the motor remains off, which supports energy reduction and low-noise operation. For new energy plate production lines running extended shifts, this characteristic directly addresses the heat and noise concerns commonly associated with conventional hydraulic systems.
High-Accuracy Motion and Flattening
Flatness and alignment are critical when leveling plates used in new energy components. The TH05YS-60T delivers displacement repeatability of ±0.008mm, worktable flatness of ±0.005mm, parallelism of ±0.01mm, and vertical motion accuracy of ±0.02mm. Together, these figures describe a machine built to meet tight flatness and alignment requirements that precision manufacturing and laboratory workflows typically demand.
Core Technical Specifications of the TH05YS-60T
The machine's pressure range is 60Tf, with a top-mounted cylinder down-pressing motion form. Opening height and servo stroke are both 250mm, and the effective worktable size measures 500 x 500 mm. Pressure setting resolution is 0.01T, while displacement setting resolution is 0.01mm. System pressure accuracy is rated at 1% F.S., with pressure consistency at 0.1% F.S. Servo clamping speed reaches 80mm/s, servo probing, pressing, and buffering speeds range from 0.5 to 20mm/s, and servo opening speed is 80mm/s. Holding time can be set anywhere from 1 to 999999 seconds. The servo motor power is 5.5kW, system maximum pressure is 16MPa, and hydraulic system maximum setting is 20MPa. On-site installation requires a three-phase AC380V ±10%, 50Hz power supply with maximum electrical load no greater than 6kW, within a production environment ranging from room temperature to 40°C and humidity between 0-90%.
Recipe-Based Production for High-Mix New Energy Component Lines
New energy plate manufacturing often involves frequent product changeovers. The TH05YS-60T supports recipe-based production, allowing up to 100 pressing process recipes to be saved, recalled, and managed through the HMI. Once tooling is set up, a production serial number can directly retrieve the saved recipe, reducing the need to re-enter parameters for each changeover.
Full Data Traceability for Quality Assurance
Quality systems in new energy manufacturing increasingly require documented evidence of each pressing cycle. The machine offers capacity for 200,000+ production data records, with EXCEL export via USB at a sampling frequency of 300Hz/s, adjustable according to process requirements. Real-time force-versus-time curve display and image capture functions allow operators to review pressing results, while the system also supports data edit, query, save, and print functions for ongoing analysis and process improvement.
Built-In Safety for Powered Pressing Operations
Operator safety around powered pressing motion is addressed through a safety light curtain. If the light curtain sensing area detects any abnormal object during operation, the buzzer sounds immediately and the servo returns to origin or stops. Additional safety devices include a safety shield, fault alarm, mechanical limit, electrical limit, start button, emergency stop button, and floor anti-vibration feet. The safety light curtain failure condition prevents equipment operation, with the system offering a selectable enable or disable setting.
Structural Engineering Behind Consistent Flattening Results
The TH05YS-60T is built on a three-beam four-column frame, bored on a large high-accuracy CNC boring machine in one setup to maintain flatness, parallelism, perpendicularity, and coaxiality meeting industry accuracy standards. The press plate uses special imported die steel with strong overall performance, high hardenability, and a low deformation rate. Guide columns are made from Cr15 round steel with high-frequency vacuum quenching, fine outer grinding, and hard chrome plating for tensile strength, wear resistance, and rust prevention. Self-lubricating high-accuracy guide sleeves and high-accuracy linear bearings work together to maintain verticality, parallelism, and smooth stability of the moving press plate during vertical motion.
Multi-Stage Control and Intelligent Compensation
Multiple pressure, stroke, and speed stages can be configured according to process requirements, allowing the machine to adapt its pressing profile to different plate materials and thicknesses. The system also includes pressure intelligent compensation and temperature intelligent compensation, along with an I/O monitoring window for real-time monitoring of communication ports to support fast fault location and troubleshooting. Reserved input/output communication ports allow connection with other equipment on the production line.
Industry Adaptation Beyond New Energy Components
While new energy components are a core application, the TH05YS-60T is also adapted for plastic-metal parts, ceramic blanks, sheet metal parts, aviation parts, circuit boards, and research laboratory testing applications. This range of industry adaptation reflects the machine's positioning as dedicated equipment for precision pressing, forming, flattening, shaping, assembly, riveting, slitting, and testing processes.
A Documented Customer Deployment
Shanghai Wanyeyuanchuang Technology Co., Ltd., a Shanghai-based technology company, procured one unit of the 60T Servo Hydraulic Leveling Machine, Model TH05YS-60T, for precision leveling and pressing processes, under a technical specification dated December 19, 2025. This case illustrates the type of procurement scenario in which the machine is applied in real production environments.
Delivery, Installation, and After-Sales Support
Deployment follows an on-site installation model at the customer facility. Prior to equipment arrival, the customer prepares installation conditions including the three-phase AC380V ±10%, 50Hz power supply with maximum load of 6kW or less, ambient temperature from room temperature to 40°C, and humidity of 0-90%. The equipment supplier provides the electrical cabinet and wiring, installed within 5m of the equipment, and supports installation and commissioning. Delivered documents include layout drawings, assembly drawings, electrical schematics, an equipment operation and maintenance manual, a wear parts list, and a test report and acceptance report in paper and electronic formats. Free on-site technical guidance and maintenance and operation training are provided until personnel can operate, debug, and maintain the equipment safely and support batch production. After-sales support includes a 12-month warranty from final acceptance, a 2-hour phone response commitment, and free technical service for damage caused by improper operation, with parts and consumables charged separately.
Conclusion
For manufacturers and laboratories working with new energy plate components, the technical requirements are consistent: precise force and position control, flexible recipe management for high-mix production, complete data traceability for quality systems, and safe operation around powered pressing equipment. The 60T Servo Hydraulic Leveling Machine, Model TH05YS-60T, from Guangdong Taihe Machinery Equipment Co., Ltd. addresses these requirements through its full closed-loop servo hydraulic drive, documented accuracy specifications, 100-recipe management, 200,000+ record data traceability, and integrated safety light curtain system, supported by on-site installation, training, and after-sales service structured around a 12-month warranty.
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