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SE-3512
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.
OG-35Ⅲ
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-10030
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.
PMT Measuring Arm with I-Fork Probe
Aiming at the problem of accurate measurement of flexible and deformable workpieces such as elbows and hoses, PMT has launched a new product, PMT Measuring Arm with I-Fork Probe. The equipment can quickly and accurately measure the data of bending angle and pipe size without touching the surface of the workpiece, and evaluate the form and position tolerance. For the soft and deformable pipeline which is difficult to measure by traditional methods, this equipment can show its unique advantages, while ensuring the measurement accuracy, it can perfectly protect the workpiece surface intact.
PMT ALPHA Measuring Arm Series
PMT ALPHA Measuring Arm Series adopts the built-in balance mechanism most suitable for on-site measurement and the design of equal arm length, with simple and balanced structure, flexible operation and bold innovation in details. Each PMT arm is subjected to rigorous extreme temperature cycling tests (-20 ° C to 60 ° C), shock and vibration tests in accordance with IEC standards. Strict accuracy verification is carried out in accordance with ISO 10360 international standards to ensure the accuracy, consistency and reliability of measurement in various environments. On this basis, the ALPHA EDU Measuring Arm, which is specially designed for the field of education, further expands the application possibilities. It supports different ranges and measurement forms, not only provides 6-axis/7-axis options, but also carries SD/HD scanning heads to help students go out of the campus to enhance their competitiveness. It has cooperated with many well-known universities and vocational colleges at home and abroad.
PMT GAMMA Measuring Arm Series
PMT GAMMA Measuring Arm Series adopts the world's first external decoupling built-in balance and double suspension support mechanism, with low power consumption, black technology, excellent performance and flexibility. Equipped with GS/GH blue light scanning head, it can achieve non-contact detection performance, especially suitable for the detection of parts with complex curved surface, soft and fragile surface or easily damaged by contact, covering all the detection elements. The device can be used with an 8-axis power-assisted turntable. The workpiece is fixed on the turntable, and only the turntable needs to be rotated without moving the position of the joint arm during detection, so that efficient 360-degree omni-directional scanning can be realized, and the measurement efficiency and the operation convenience are greatly improved. The measurement rate can reach 1200000 data points per second, which can quickly obtain high-density point clouds and generate inspection reports with PMT INSPECT three-dimensional measurement software. It is widely used in reverse modeling, surface comparison and digital filing of sheet metal parts, automotive interiors and other fields, providing users with efficient, accurate and complete three-dimensional solutions.
High-Precision Vertical Paper Band Filter System
This device consists of a liquid tank, a sludge collection tank, filter paper, a reducer, a transmission mechanism, a signal mechanism, and a supply pump, among other components. During operation, it uses filter paper to separate fine chips and impurities from the coolant. When contaminated liquid enters the filtration chamber through the inlet and passes through the filter paper, fine chips and impurities are adsorbed onto the surface of the paper, gradually accumulating until the paper becomes clogged. At this point, the contaminated liquid level rises, causing a float to lift and triggering the signal mechanism. The reducer then drives the mesh chain to move, discharging the impurities and dirty filter paper into the sludge collection tank, thereby achieving automatic filter paper replacement. Once the filter paper is renewed, the contaminated liquid level drops, the reducer stops operating, and the device enters the next work cycle, with all operations controlled automatically. The filtered clean liquid is transported to the main machine by the supply pump. This device extends the service life of the supply pump and coolant, improves the surface precision of machined parts, occupies a small footprint, and achieves a filtration accuracy of 20–30 μm.
Vacuum Circulating Filter Device
The vacuum circulating belt filtration unit is primarily used in high-precision grinding fields such as gear grinding machines, CNC thread grinding machines, and honing machines, delivering excellent performance and economic benefits. This device achieves breakthrough innovations in high-flow, high-precision filtration within limited space, synchronized operation under unified CNC machine control, and more. It utilizes a double-layer woven filter belt as the filtration medium, employs negative pressure suction to separate solids from liquids, and dries the filter cake under vacuum to reduce cutting fluid loss. With a filtration flow rate of 3 m³/min per square meter—approximately 100 times that of traditional filtration methods—the filter cake exhibits a moisture content below 5%, and filtration accuracy reaches 20–30 μm. The system offers advantages such as high-flow filtration, no consumables, high precision, compact footprint, and ease of on-site installation. Its technology meets international advanced standards and possesses independent intellectual property rights, realizing efficient autonomy and localization of suction circulating belt filtration units. This promotes the recycling of machine tool cutting fluid resources and plays a significant role in energy conservation, emission reduction, and resource saving in the machining industry.
Self-Cleaning Chip Conveyor and Filter Device
This chip conveyor and filtration device is suitable for various special-purpose machines and machining centers that require high precision in coolant filtration. It is used for the separation of short chips such as aluminum chips and cast iron chips, as well as the filtration of coolant. The device mainly consists of several key modules: a scraper/magnetic scraper conveyor, a drum filter, an oil-water separator, a liquid level detection unit, an electrical control system, a coolant tank, and a fine filter. Its features include automatic drum cleaning, continuous filtration, high filtration accuracy, maintenance-free operation, and no consumable parts, fully meeting the filtration requirements for chip flushing, spindle internal cooling, and tool cooling in machining centers. Since both special-purpose machines and machining centers have strict requirements regarding chip removal volume, coolant filtration accuracy, as well as coolant pump flow rate and pressure, users are advised to provide relevant technical parameters when placing an order to ensure proper design adaptation.
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Full-automatic high-speed metal circular saw machine
WY-80 series high-speed metal circular sawing machine is a new model developed by our company in close cooperation with Zhejiang University of Technology, Chongqing University and other universities on the basis of digesting and absorbing the product characteristics of many well-known manufacturers in Japan and Taiwan. Its main parts are composed of machine tool base, cutting mechanism, anti-backlash mechanism, feeding mechanism, clamping mechanism, feeding mechanism, distributing mechanism, electric control system, hydraulic system, lubricating system, cooling system, chip cleaning mechanism, etc.
Band sawing machine
"Weiye" brand E-43 full-automatic horizontal band sawing machine is one of the series of products scientifically designed by our company, which integrates the advantages of similar products at home and abroad. With advanced PLC control, it has the characteristics of reasonable structure, stable performance, simple and reliable operation, etc. It is an ideal product with narrow incision, high efficiency, material saving and energy saving.
Full-automatic high-speed metal circular saw machine
WY-150 series high-speed metal circular sawing machine is a new model developed by our company in close cooperation with Zhejiang University of Technology, Chongqing University and other universities on the basis of digesting and absorbing the product characteristics of many well-known manufacturers in Japan and Taiwan. Its main parts are composed of machine tool base, cutting mechanism, anti-backlash mechanism, feeding mechanism, clamping mechanism, feeding mechanism, distributing mechanism, electric control system, hydraulic system, lubricating system, cooling system, chip cleaning mechanism, etc.
Permanent Magnet Brake
The permanent magnet brake is a device that relies on the magnetic attraction of the permanent magnet combined with the mechanical structure to achieve braking. When the power is off, the brake is held normally, and when the power is on, the demagnetization is released. Compact structure, low power consumption, quick response, stable braking and strong anti-interference performance, and is suitable for working conditions requiring energy saving and miniaturization, such as embodied robots, joint modules, automation equipment and the like.
ASF Servo-Series Brake
A special spring power-off electromagnetic brake for a servo motor adopts a normally-closed design, realizes a precise band-type brake by a spring force when the power is off, and realizes an electromagnetic pull-in release when the power is on, so as to meet the requirements of high-frequency starting and stopping and precise positioning of the servo motor. Compact structure, millisecond response, stable torque, low noise, no impact, good protection, suitable for servo motor, humanoid robot and other automatic precision transmission conditions.
BXR Ultrathin Series
BXR ultra-thin brake is designed for spring power loss, with a thickness of only 2/3 of the traditional model, and its ultra-compact structure greatly saves installation space. With lightweight low-inertia rotor, the backlash is very small, the braking operation is quiet and smooth, and it is suitable for precision transmission conditions such as servo motors and surgical robots.
DDAS Direct-Drive Single-Arm Cradle Five-Axis Turntable
The product is designed with single-arm structure. Performance benefits: 1. Extreme space utilization: reduce the space occupied by one support arm, which is especially suitable for automatic layout in multi-machine connection or limited space. 2. Processing diversification: A axis swing angle range of ± 120 °, to meet the needs of diversified processing 3. Maintenance-free design: no mechanical transmission wear, good accuracy retention for long-term use, and reduced maintenance costs. Application scenario: 1. Humanoid robot: bionic fingers, small joints and other micro, precision, multi-angle curved surface of complex structural parts, single-arm structure allows the tool closer to the workpiece, easy to achieve 45 ° swing angle with C-axis rotation, complete bionic milling 2. Aerospace: Small turbine disks, blisks, small structural parts, hydraulic valve bodies and other difficult-to-cut materials such as high-temperature alloys can be processed, and complex features can be clamped at one time. 3. Medical equipment industry: medical equipment: orthopedic implants (artificial joints, bone plates), surgical instruments and other medical equipment implants with high precision and high surface finish 4. Optical manufacturing: optical lens molds, precision optical instrument structures and other ultra-high precision meet the requirements of optical surface.
Direct-drive double-A-axis cradle five-axis turntable
This product adopts dual torque motor direct drive (double A-axis & C-axis), abandons the traditional mechanical transmission structure, and realizes five-axis linkage processing with zero backlash and high rigidity. Both axes are equipped with high resolution absolute value circular grating to realize full closed-loop control, which can achieve a segmentation accuracy of ± 2.5 arc seconds and a repeated positioning accuracy of 2 arc seconds. Performance benefits: 1. High speed and high dynamic response: A axis is driven by double-arm or single-arm large torque motor to improve the processing efficiency of complex curved surface. 2. Thermal stability and reliability: Aviation grade water cooling technology is adopted to restrain temperature rise and reduce the influence of thermal deformation on processing accuracy. 3. High-rigidity bearing: Equipped with high-rigidity combination bearing, it has excellent radial, axial and overturning rigidity, which can meet the precision linkage processing needs of heavy workpieces (such as 500 kg). Application scenario: 1. Humanoid robot: It can process humanoid robot bionic shell, chest frame, limb transition parts and other large structural parts and complex curved surfaces with deep cavity and negative angle. 2. Aerospace: large superalloy structural parts such as aero-engine blades and turbine disks/impellers 3. New energy industry: motor shell, motor stator silicon steel sheet, lithium electrode sheet cutting and other high-precision parts
DDSH vertical-horizontal direct-drive turntable
This product is directly driven by a high-torque direct-drive torque motor, which completely eliminates the backlash and wear problems caused by traditional mechanical transmission. The unique structural design enables it to be installed and used freely in both vertical and horizontal postures, and one turntable meets the needs of various processing scenarios, which greatly improves the utilization rate of equipment. Performance benefits: 1. Flexible conversion of double postures: It can be used as a horizontal installation to cooperate with the tailstock to realize the precise rotary machining of long-shaft parts; it can also be installed on the working table of the machining center by the vertical fourth shaft to carry out the multi-surface indexing machining of plate and disc parts. 2. High speed and high precision: high resolution absolute value circular grating full closed-loop control is adopted, the positioning accuracy can reach ± 2.5 arc seconds, and the repeated positioning accuracy is 2 arc seconds. 3. High rigidity locking system: hydraulic brake locking mechanism is adopted to ensure the posture stability during heavy cutting. 4. Maintenance-free design: The direct-drive structure has no wear of transmission parts, good accuracy retention after long-term use, and reduces the maintenance cost of users. Application scenario: 1. Humanoid robot: parts with high lightweight and precision requirements, such as precision components of rotary joints, dexterous hands and precision structural parts of small arms. 2. Semiconductor industry: wafer lithography alignment, high-precision rotary scribing/dicing wafer, multi-angle etching and film formation, wafer bonding, die bonding, mounting, wafer/chip AOI inspection, probe testing 3. Aerospace: test and calibration of small and medium-sized engine core components, hydraulic/fuel system precision valve body, inertial navigation equipment
