60 Ton Servo Hydraulic Leveling Machine: 2026 Review

Understanding the 60 Ton Servo Hydraulic Leveling Machine

For manufacturers and laboratories that depend on precision pressing and leveling, the question is rarely whether hydraulic power is strong enough—it is whether that power can be delivered with repeatable accuracy, complete data traceability, and manageable heat and noise. This is precisely the gap that the 60T Servo Hydraulic Leveling Machine (Hydraulic Type), model TH05YS-60T, developed by Guangdong Taihe Machinery Equipment Co., Ltd. under the Taihe brand, is engineered to close.

Headquartered in Building 2, Weide Industrial Park, Qingxi Town, Dongguan City, Guangdong Province, Taihe positions itself as a supplier of servo hydraulic leveling and pressing equipment for precision product manufacturing and laboratory applications. The company’s strategic insight is direct: conventional hydraulic systems often generate unwanted heat and noise during pressure holding and standby, while precision pressing and leveling processes demand tight dimensional control, repeatable force and position output, and complete production data records. The 60T machine is Taihe’s answer to that exact pain point.

Core Technology: Full Closed-Loop Servo Hydraulic Drive

At the heart of the TH05YS-60T is a full closed-loop servo hydraulic drive system. This design reduces control valve circuits, prevents hydraulic overflow, and limits heat build-up—addressing one of the most persistent complaints about conventional hydraulic presses. Just as importantly, the motor remains off during standby, which supports energy reduction and low-noise operation, a detail that matters for any facility concerned with workplace conditions and operating costs.

The machine integrates a recognizable technology platform: a Mitsubishi PLC with A/D module, a Kunlun Tongtai 10-inch industrial touch screen, an Inovance servo power system, and Yuken hydraulic electro-control valves. The main frame, sheet metal components, and safety light curtain are proprietary Taihe-brand designs, built specifically for precision product leveling processes.

Precision That Matches the Promise

Precision is where this machine distinguishes itself most clearly. Its published performance figures include:

• Displacement repeatability: ±0.008mm
• Worktable flatness: ±0.005mm
• Parallelism accuracy: ±0.01mm
• Vertical motion accuracy: ±0.02mm
• Pressure range: 60Tf, with a pressure setting resolution of 0.01T and system pressure accuracy of 1% F.S.
• Effective worktable size: 500 x 500 mm, with a servo stroke of 250mm and opening height of 250mm

These figures are the product of a three-beam four-column frame, bored on a large high-accuracy CNC boring machine in a single setup, ensuring flatness, parallelism, perpendicularity, and coaxiality meet industry accuracy standards. The press plate uses special imported die steel, chosen for strong overall performance, high hardenability, low deformation rate, and long service life. Guide columns are made from Cr15 round steel with high-frequency vacuum quenching, fine outer grinding, and hard chrome plating, delivering tensile strength, wear resistance, and rust prevention. Self-lubricating high-accuracy guide sleeves and high-accuracy linear bearings further support verticality, parallelism, and smooth vertical motion positioning.

Recipe Management and Multi-Stage Process Control

High-variety production environments often struggle with the time lost to re-entering parameters for every changeover. Taihe addresses this directly with 100-recipe software: up to 100 pressing process parameter recipes can be set, saved, queried, and recalled via the HMI, and the feature is expandable on request. After the next tooling setup, a production serial number alone can recall the saved recipe to restart production—eliminating redundant manual input.

Complementing this is multi-stage control, allowing multiple pressure, stroke, and speed stages to be configured according to actual process requirements. Servo clamping and opening speeds reach 80mm/s, while servo probing, pressing, and buffering speeds are adjustable between 0.5–20mm/s, giving operators fine control across different phases of a single pressing cycle. Holding time can be set anywhere from 1 to 999,999 seconds, covering both rapid-cycle production and extended laboratory holds.

Data Traceability for Quality-Driven Operations

Quality systems increasingly require more than a finished part—they require evidence of how that part was made. The TH05YS-60T supports a capacity of 200,000+ production data records, automatically collecting, analyzing, evaluating, and archiving pressing data that includes date, serial number, shift, operator information, product name, pressing force, pressing position, and pressing result. Data can be exported as EXCEL reports via USB, sampled at 300Hz/s and adjustable to process requirements. The HMI also displays a real-time force-versus-time dynamic curve, with save, query, export, print, and image-capture functions—useful not only for compliance but for ongoing process improvement analysis.

An I/O monitoring window allows real-time monitoring of communication ports for fast fault location, while reserved input/output communication ports support connection with other equipment, giving the machine a degree of platform openness for integrated production lines.

Safety and Reliability Built Into the Design

Operator safety around powered pressing motion is non-negotiable, and the machine’s safety architecture reflects that. A safety light curtain detects abnormal object entry in the sensing area and immediately triggers a buzzer alarm with the servo returning to origin or stopping. Additional safety devices include an operation-side safety shield, mechanical and electrical limits, start and emergency stop buttons, and floor anti-vibration feet. Electrical protections cover overload and short-circuit switches along with an over-temperature upper-limit buzzer alarm. Self-check functions also issue sound-light alarms when pressing data falls outside requirements—whether through constant-pressure position checks or constant-position force checks—with the alarm cause displayed directly on the HMI.

Industry Applications and a Documented Customer Case

The TH05YS-60T is adapted for a wide span of use cases: plastic-metal parts pressing and forming, ceramic blanks pressing and shaping, new energy components precision pressing and assembly, sheet metal parts flattening and forming, aviation parts precision pressing and shaping, circuit boards pressing and testing, and research laboratories conducting precision pressing and testing work.

A concrete market example comes from Shanghai Wanyeyuanchuang Technology Co., Ltd., which procured one unit of the TH05YS-60T 60T Servo Hydraulic Leveling Machine under a technical specification dated December 19, 2025, for precision leveling and pressing processes. This transaction illustrates the equipment’s practical deployment in a real manufacturing procurement context.

Deployment and After-Sales Commitment

Installation follows a defined process: Taihe provides on-site equipment delivery and installation, while the customer prepares power and site conditions in advance—three-phase AC380V ±10%, 50Hz power supply with maximum load ≤6kW, ambient temperature from room temperature to 40°C, and humidity of 0-90%. Taihe supplies the electrical cabinet and wiring within 5m of the equipment, and delivers layout drawings, assembly drawings, electrical schematics, an operation and maintenance manual, a wear parts list, and test and acceptance reports in both paper and electronic formats. Free on-site training continues until personnel can safely operate, debug, and maintain the equipment for batch production.

Post-installation, the machine is backed by a 12-month warranty from final acceptance, with 2-hour phone response and free technical service for issues not caused by improper operation.

Conclusion

Taken together, the 60T Servo Hydraulic Leveling Machine (TH05YS-60T) from Guangdong Taihe Machinery Equipment Co., Ltd. presents a technically detailed answer to the core challenges of precision pressing: closed-loop servo hydraulic control to manage heat and noise, measurable micron-level accuracy, recipe-driven flexibility for varied production runs, extensive data traceability for quality assurance, and layered safety protections for operator confidence—all supported by documented installation standards and after-sales commitments.