This digital laser triangulation displacement sensor provides stable, high-precision measurement for industrial automation and quality inspection applications. It adopts a compact design with an OLED display, intuitive four-key operation, and a robust PBT housing with a PMMA optical window. Featuring low power consumption, fast warm-up, and an M12 5-pin connection interface, the sensor is easy to integrate into a wide range of industrial systems. With its lightweight structure and durable construction, it is suitable for displacement measurement, position detection, thickness monitoring, and dynamic motion feedback.

This portable handheld gas pressure pump is designed for both positive and negative pressure calibration in laboratory and on-site applications. Built with durable stainless steel and aluminum alloy components, it delivers stable output, smooth pressure adjustment, and fine control accuracy down to 1 Pa. The device integrates vacuum and pressure generation, allowing quick switching between modes. With an open structure for easy maintenance, dual M20×1.5 interfaces, and lightweight design, it provides a reliable and efficient solution for calibrating pressure gauges, sensors, transmitters, and vacuum instruments.

This laser axis alignment system is designed for precise alignment of rotating machinery, supporting both horizontal and vertical shaft configurations. Equipped with a high-accuracy line-laser sensor, inclinometer, and Bluetooth connectivity, the system enables fast measurements even in tight spaces with minimal shaft rotation. It works seamlessly with mobile devices through dedicated alignment apps, offering real-time 3D visualization, automatic PDF reporting, and intelligent disturbance compensation. Compact, lightweight, and equipped with a full set of mounting accessories, it is suitable for motors, pumps, fans, gearboxes, and other rotating equipment in industrial maintenance.

This portable air pressure pump is designed for on-site and laboratory pressure calibration tasks. It provides a wide pressure range, stable pressure adjustment, and fine control down to 10Pa. The system features an open, easy-to-maintain structure with low leakage, smooth pressure increase and decrease, and high sealing performance. With an integrated gas-liquid separator, precision shut-off valve, and rapid-connect M20×1.5 interface, the pump allows quick setup without tools. Its durable pressure rod design ensures efficient pressure output, making it ideal for calibrating pressure gauges, transmitters, and other pneumatic instruments.

This air pressure calibration table is designed for precise verification and calibration of pressure gauges, sensors, and pneumatic instruments. It offers a wide selectable pressure range from −0.95 to 60 bar, suitable for both vacuum and high-pressure applications. Featuring three output ports with M20×1.5 female threads, it supports multi-instrument calibration at the same time. The system provides fine pressure adjustment down to 10 Pa and uses clean air as the working medium. Made from high-strength stainless steel, it ensures excellent corrosion resistance, durability, and stable manual pressurization performance. Its compact structure, reliable sealing, and convenient operation make it ideal for laboratory and field calibration tasks.

This manual pressure pump tester is designed for accurate pressure calibration of gauges, transmitters, and pressure instruments. Using water or special calibration oil as the pressure medium, it provides stable output, fine pressure adjustment, and a wide pressure range up to 60 MPa. The system includes a reservoir cup, precision adjustment handwheel, shut-off valves, and multiple M20×1.5 interfaces for easy connection. Its compact and durable structure makes it suitable for laboratory environments, field calibration work, and industrial maintenance tasks.

This laser alignment system is designed for precise shaft alignment in rotating machinery. It helps improve equipment performance, reduce vibration, and extend service life. With an intuitive interface and high-accuracy laser measurement technology, the system enables technicians to complete alignment tasks quickly and efficiently—making it suitable for entry-level users as well as professional maintenance teams. Compact, durable and easy to use, it supports a wide range of industrial machines such as motors, pumps, fans, compressors and gearboxes.

This 3D wheel alignment system is designed for automotive workshops requiring fast, accurate, and reliable vehicle alignment. Using a high-definition 3D camera system with dynamic simulation technology, it precisely measures wheel angles without the need to move the camera or adjust complex components. The system supports a wide database of global vehicle models and includes user-friendly software for efficient operation. The durable target plates, independent software platform, and comprehensive data reporting make it a practical solution for tire shops and service centers seeking stable performance and long service life.Machine Features:



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This high-precision laboratory balance is designed for applications requiring accurate measurement down to 0.001g. Equipped with an advanced monobloc sensor, real-time temperature compensation, and anti-vibration control, it delivers stable and reliable weighing performance. The balance features a waterproof stainless-steel platform, backlit LCD display, multiple weighing modes, and fast stabilization time. With functions such as counting, percentage weighing, density measurement, dynamic weighing, and peak hold, it is ideal for laboratories, industrial QC, jewelry measurement, research centers, and production environments.

This air pressure calibration device is designed for precise pressure control and automatic calibration of pressure gauges, sensors, and transmitters. Using a high-accuracy pressure sensor and stable valve control technology, the system delivers fast pressure stabilization within 1–3 seconds and maintains control stability as low as 0.005%FS. It supports external air sources, multiple customization options, RS232 communication, and LCD data display. Compact, easy to operate, and suitable for laboratory, industrial calibration, and pressure control environments, it provides a reliable and cost-effective solution for automated pneumatic pressure calibration.

This 3D wheel alignment system is designed for fast and accurate wheel angle measurement in automotive workshops. Equipped with a high-resolution industrial camera and durable patent-designed targets, the system delivers stable and precise alignment results. It supports multi-language operation, voice-guided alignment, and measurement without a vehicle lift, making it suitable for small, medium, and heavy vehicles. The waterproof and scratch-resistant target plates ensure long-term durability, while the system’s clear HD interface and optimized measuring process improve efficiency in tire shops and service centers.

This handheld LiDAR 3D scanner is designed for outdoor surveying, engineering measurement, and large-scale spatial data acquisition. Featuring a long scanning range of up to 300 meters and a high-speed point cloud capture rate of 640,000 points per second, it enables rapid and accurate data collection in complex environments.

The device supports multiple mapping modes, including SLAM, RTK-SLAM, and PPK-SLAM, allowing flexible deployment in areas with or without GNSS signal coverage. With its lightweight handheld design and multi-platform adaptability, it can be used in handheld, backpack, vehicle-mounted, or drone-mounted configurations.

This long-range terrestrial 3D laser scanner is designed for large-scale outdoor data acquisition in mining, construction, and infrastructure projects. With ultra-long measurement capability and full 360° horizontal field of view, it enables rapid and accurate capture of terrain, structures, and complex environments over extended distances.

The scanner combines high point density, pulse ranging technology, and millimeter-level accuracy to deliver detailed 3D point cloud data even in demanding scenarios.

This high-resolution handheld industrial 3D laser scanner is designed for precise and efficient three-dimensional data acquisition across a wide range of professional applications. Using advanced CMOS-based optical scanning technology and a rotatable scanning structure, it delivers accurate point cloud and mesh data with stable performance.

The scanner supports fast single scans and full rotational scanning, enabling efficient capture of objects of different sizes and geometries. With multiple automatic and manual splicing options, flexible output formats, and SDK support, it is suitable for industrial inspection, reverse engineering, digital modeling, and research applications where accuracy and reliability are critical.