

1: Crown block structure, the worktable is fixed on the bed, and the sliding plate, cross beam and spindle box move to realize the feeding of X, Y and Z coordinate axes. 2. The whole machine adopts gantry movable beam structure, with good rigidity, uniform stress, good thermal balance and stable precision. 3. X, Y and Z axis guide rails adopt rolling linear guide rails, with small dynamic and static friction, high sensitivity, small vibration at high speed, no crawling at low speed, high positioning accuracy, excellent servo drive performance, and improved accuracy and accuracy stability of the machine tool. 4. The servo motors of X, Y and Z axes are directly connected to the high-precision ball screw through the diaphragm coupling, which reduces the intermediate links and realizes gapless transmission. The feed is flexible, the positioning is accurate and the transmission precision is high. The servo motor of Z axis has the function of automatic brake. In the case of power failure, the automatic brake can hold the motor shaft tightly so that it can not rotate, which plays a role in safety protection. 5. The spindle can be HSK electric spindle. The electric spindle is a built-in spindle with a built-in three-phase permanent magnet synchronous induction motor. It is controlled by a frequency converter for stepless speed change. The maximum speed is 30000 rpm. It has high rotation accuracy and good rigidity. The thermal elongation is less than 1 wire, which can ensure the machining accuracy of the spindle. 6. Umbrella-type servo tool magazine is adopted. The manipulator tool changing device is installed on the machine body. When changing tools, the cutter head is driven and positioned by the servo motor. After the spindle reaches the tool changing position, the tool changing device completes the tool returning and feeding. The tool changing process is fast and accurate. 7: The machine tool adopts the high-precision rotary table, and the transmission applies the most precise motion control mode at present-the globoidal indexing principle.

Improve the processing efficiencyand quality of products A complete machine architecturewith sustained stabllity EfficientHeavy duty MillingOperations Improve the processing efficiencyand quality of products High response speed High rigidity and stability bed body Originatingfrom high-performancespindle and turntable technologyinEurope Applicable to a wide range of materialprocessingrequirements Innovative screw drive technology(nutrotation drives screw movement}



Steel plate telescopic shield

The ratio of the width to the length after compression should not exceed 3.5: 1, otherwise it is difficult to avoid skew or jamming during expansion and contraction. Each protective cover can not only move together, but also move smoothly and in parallel at high speed. There is no vibration, so the noise is very low. The use of this type of protective cover can prolong the service life of the machine.

Each folded layer of the armor-type stainless steel machine tool protective cover can withstand strong vibration without deformation, and at the same time, it is applied to the bellows at a high temperature of 900 ℃ and still maintains its original state. They support each other and play a role in preventing the penetration of small debris.
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Trunking. Wiring sign. Cable tie. End tape. Fixed seat. Metal and plastic bellows and fixed head. Cable fixing head. Protective tube. Wire fixing protection. Wire connectors and soft terminal blocks for electrical appliances. Insulating sleeve. Retaining clip. PC board isolation column. Heat Resistant Products and Casing.. Heat-shrinkable sleeve in various colors. All kinds of terminal blocks. Terminals. Terminal compression and cutting tools. Printing machine; and other 16 categories of products

Trunking. Wiring sign. Cable tie. End tape. Fixed seat. Metal and plastic bellows and fixed head. Cable fixing head. Protective tube. Wire fixing protection. Wire connectors and soft terminal blocks for electrical appliances. Insulating sleeve. Retaining clip. PC board isolation column. Heat Resistant Products and Casing.. Heat-shrinkable sleeve in various colors. All kinds of terminal blocks. Terminals. Terminal compression and cutting tools. Printing machine; and other 16 categories of products



Industrial Ethernet encoder is suitable for large-scale intelligent high-speed high-precision systematic integration, including Profinet, Ethercat, Modbus, CANopen, IO-LINK and other international standard Ethernet communication protocols. It is widely used in intelligent warehousing, automobile production line, textile printing and dyeing production line, construction machinery and other industries.

The clock type multi-turn absolute value encoder with exclusive invention patent has high reliability, does not need batteries, does not need maintenance, can still record the number of turns without electricity, and is suitable for harsh and complex environments. It is widely used in construction machinery, intelligent warehousing, steel, metallurgy and other industries.

Exclusive patent solution, automatic production, high reliability, complete protocol, wide adaptation, fast transmission, strong anti-interference, resolution of 2500 lines, 5000 lines, 17 bits, 23 bits, 25 bits optional.


The all-new Gage Max is our most affordable 3D Coordinate Measuring Machine (CMM). It is also the most accurate FaroArm® ever produced, and allows for confident measurements across a wide range of industrial uses at a value that delivers a significant return on investment (ROI). Ideal for small-size, high-accuracy tasks, the Gage Max is the most intuitive, ergonomic and versatile articulated portable CMM, enabling machine shops to meet their most demanding quality specifications. Additionally, the Gage Max minimizes clutter from traditional hand tools such as calipers, micrometers and height gauges. These traditional tools only measure a single dimension at a time. Isn’t it time to effortlessly measure in 3D?

The MetraSCAN 3D optical CMM scanner line-up is specifically designed for manufacturing and metrology professionals who do not want to compromise on quality or efficiency. It can withstand any production environment, including shop floor vibrations, part movements and environmental instability—all while accelerating 3D measurement workflows. This optical CMM scanner has been engineered to perform highly accurate and repeatable metrology-grade measurements and 3D geometrical surface inspections. When paired with the HandyPROBE, Creaform’s handheld optical coordinate measuring machine (PCMM) with probing capabilities, users can also harness the power of both 3D scanning and probing for complete, end-to-end inspection processes.

The HandySCAN 3D | EVO Series features a powerful embedded graphical user interface (GUl) that enhances user experience and efficiency while delivering Creaform's flagship metrology-grade qualities: proven reliability, renowned portability, and unmatched accredited accuracy. By integrating augmented reality (AR) capability and a photo camera, the EVO Series further streamlines and enhances the inspection process—enabling QA and QC professionals to document part assessments better and faster, and execute workflows with greater efficiency.
