

1. Micron precision: high-precision trigger sensing technology is adopted, the repeated measurement precision reaches micron level, the size deviation of molds and precision parts is accurately captured, and the processing quality is more controllable. 2. Multi-scenario adaptation: Perfectly compatible with 3-axis/5-axis machining centers and turning-milling composite machine tools, covering the processing and testing needs of mold manufacturing, new energy automotive parts, aerospace precision parts and other industries. 3. Strong anti-interference: infrared modulation transmission technology, no fear of machine tool processing coolant, scrap iron, vibration and other harsh environments, signal stability without interruption. 4. Intelligent linkage: It can be seamlessly connected with the CNC system of the machine tool, realize the automation of workpiece alignment, online measurement and error compensation, reduce manual intervention, and improve the processing efficiency by more than 30%.

1. Sub-micron measurement accuracy: The one-way trigger repetition accuracy of the measuring needle reaches 0.25 μm 2σ, which can accurately capture the fine size deviation of complex curved surfaces and precision cavities, meet the strict processing tolerance requirements, and greatly improve the one-time processing yield of workpieces; 2. Anti-interference wireless transmission: With FHSS hybrid frequency hopping technology, the transmission distance of 2.4G wireless communication can reach 15 m, effectively avoiding electromagnetic interference and transmission dead angle in the workshop, stable signal transmission without delay, adapting to large machine tools and complex production environment; 3. Industrial-grade solid protection: It adopts 304 stainless steel integrated shell and fully sealed structure design, with protection grade up to IP67, which can resist coolant scouring, scrap iron erosion and dust pollution, and can operate stably for a long time in a wide temperature environment of -40 ℃ ~ 85 ℃; 4. Low trigger force protection design: the trigger force in XY direction is as low as 0.1 N, and the trigger force in Z direction is only 0.8 N, which can avoid surface damage and deformation when detecting soft materials or fine workpieces, and meet the measurement requirements of 3D complex shape workpieces; 5. Long-lasting endurance and adaptability: The built-in large-capacity lithium sub-battery can support 2000 hours of continuous work on a single charge. With low-power sleep mode, it can meet 24-hour uninterrupted production. The diameter of the product is only 40mm, and the volume is compact. It can adapt to small and medium-sized machining centers, turning and milling machines and other equipment.

1. Second-level precise positioning: equipped with high-precision absolute encoder and full closed-loop control, the positioning accuracy is ≤ ± 3 ″, the repeated positioning accuracy is ≤ ± 1 ″, and the axial and radial runouts of the disk surface are controlled within 0.005 mm to ensure the dimensional consistency of multi-process processing. 2. High-rigidity and heavy-load design: The body is made of high-strength cast iron, and the internal stress is eliminated by aging treatment. With the innovative clamping structure and heavy-load guide rail, the clamping rigidity is three times higher than traditional design. The maximum bearing capacity can reach 500 kg, and there is no micro-deformation under heavy cutting conditions. 3. High-speed and efficient operation: torque motor direct-drive transmission, abandon the traditional worm gear clearance, the maximum speed can reach 250 rpm, the locking time of adjacent stations is as short as 0.3 seconds, and the processing cycle of complex workpieces is shortened by more than 40%. 4. Stable protection under all working conditions: The fully sealed structure with IP67 protection grade can resist coolant scouring, scrap iron erosion and dust pollution. It can operate continuously in a wide temperature environment of -40 ℃ ~ 85 ℃. The maintenance cycle is up to 8000 hours. The transmission has zero wear and is free of regular maintenance. 5. Flexible adaptation features: compatible with mainstream CNC systems such as SIEMENS, Fanuc, Mitsubishi, etc., the diameter of the disk surface covers 200-1500 mm, supports modular customization, can be quickly integrated into various machining centers, and adapts to the processing requirements from small precision parts to large heavy-duty workpieces. The core value of exhibits -Replace the traditional multiple clamping process, reduce the positioning error and auxiliary time, and improve the product qualification rate to more than 99.5%; -The four-axis function of the machine tool can be upgraded without complex transformation, which greatly reduces the purchase cost of high-end processing equipment. With centralized lubrication system and intelligent self-check module, real-time feedback of operation status, convenient and efficient operation and maintenance.



The CNC turret tapping tools is suitable for all 85 series thick Turret Punches. The installation station can choose B C D station. The tapping specification covers M3-M10. The installation is fast and the operation is simple. Integrating the punching and tapping in the turret punch press . Eliminating the subsequent operation of tapping in extra tapping machines after punching.So, it will Increase the production efficiency and reduce the related labor costs &equipment costs .Furthermore, it will save the production space. Haiyu Turret Tapping Tools can be used for all 85 series of CNC thick turret punch presses,such as Amada, Prima Power,Jin Fang Yuan, Tailift,Muratec, Yawei, Dadong,Yangli as well asTrumpf,etc.

The in-die tapping machine is installed in the stamping die to realize simultaneous tapping during stamping, thereby avoiding the labor and equipment cost of secondary tapping outside the die and realizing efficient and stable production. The in-die tapping machine is divided into the following types according to the different requirements of the product: 1. Mechanical screw tapping machine Stamping speed: SPM100 times/min. The product has strong versatility. The screw part can be used in the same stroke. Only the tapping head assembly can be replaced. Tapping specification range: M1-M10. It is suitable for horizontal and vertical screw hole forming. One tapping machine can have a variety of screw specifications. One tapping machine can tap up to 12 holes with quick insertion of tapping heads and quick self-locking installation of taps. 2. Servo-motor tapping machine Stamping speed: SPM100 times/min, tapping specification range: M1-M20, suitable for horizontal and vertical screw hole forming, a tapping machine can have a variety of screw specifications, a tapping machine can tap up to 12 holes, quick plug-in installation tap, quick self-locking installation. 3. In-die tapping machine for transfer die Stamping speed: SPM100 times/min, strong product versatility, not limited by the punch stroke, tapping specification range: M1-M30, suitable for horizontal and vertical screw hole forming, a tapping machine can have a variety of screw specifications, a tapping machine can be up to 12 holes, tapping head quick plug-in installation, tap quick self-locking installation.






Material: AL6061-T6 Machining: CNC-Turning, CNC-Milling (5-axis) Tolerance: ±0.01 mm Finish: Anodizing, Gold Chrome Plating
Material: AL6061-T6 Machining: CNC-Milling Tolerance: ±0.0127mm Finish: Chemical Conversion Coating, Painting

Material: Titanium Alloy Machining: CNC-Milling, Wire Cutting Tolerance: ±0.01 mm Finish: N/A


Product features 1. This series of models have high labor productivity and high bending accuracy for bending metal plates. When plates with different thicknesses are bent, the upper and lower dies with different shapes are adopted to bend the plates into workpieces with various shapes; 2. Integrated hydraulic system, simple and practical structure, hydraulic down type, extremely low failure rate; 3. Adopt the double guidance of the side of the oil cylinder and the upper stop, with stable and reliable performance and accurate bending angle; 4. The upper die is equipped with a fast clamping intermediate plate with a wedge type fine adjustment compensation mechanism to ensure higher bending accuracy.
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SE series of pure servo bending machine directly uses servo motor as power output, high-precision heavy-duty screw rod transmission, to achieve high-speed pressing return action; the whole machine has no hydraulic device, maintenance and cleaning is convenient and fast; the overall welding mechanical structure is simple and stable, to reduce the assembly failure of spare parts; the CNC system controls the servo motor to stop, compared with the traditional model, it saves more than 30% of electricity. Double servo motors of the transmission system drive the high-precision heavy-duty screw rod to drive the upper worktable to reciprocate, so that the output force is stable, the transmission precision is high, and the bending pressure consistency is ensured; and the numerical control system detects and adjusts the actual position of the screw rod at any time to ensure the repeated positioning precision. Automatic backstop system: the servo motor is used to drive the positioning shaft, and two groups of ball screws and sliders are used to drive the backstop. The mechanical structure is compact, the running speed is fast, the stability is high, and the repeated positioning accuracy is high; Optional 1-axis, 2-axis and 4-axis combinations are available for more convenient and quick use.

This series of models adopt a new type of oil-electric hybrid drive system, which makes the movement faster, reduces the cycle time, and improves the performance by more than 10%; the servo motor, as a power output, has higher precision, and the pressure is more stable with the stroke closed-loop circuit of the CNC system; the integrated servo pump system and the integrated pressure filter are more stable, efficient, and have a long service life; Compared with the output power of traditional ordinary motor, the new oil-electric system can save more than 40% of energy and electricity, and meet the needs of users for environmental protection.