Electronics and Electrical Engineering
HSCAN series handheld 3D scanners
The HSCAN 3D scanner uses multiple laser beams to acquire 3D point clouds of the object's surface. The operator holds the device in their hand and adjusts the distance and angle between the instrument and the object in real time. The operation is flexible, convenient, simple, and easy to learn. When scanning large objects, it can be combined with a global photogrammetry system to eliminate cumulative errors and improve the accuracy of global scanning. This scanner can be easily carried to industrial sites or production workshops, and can perform efficient and accurate scanning according to the size, shape, and scanning conditions of the scanned object.
PRINCE series handheld 3D scanner
PRINCE is the world's first 3D scanner with two distinctly different operating modes, independently developed by ThinkSee Technology. It is designed using a groundbreaking dual-color laser principle, taking full advantage of the high adaptability of red lasers and the ultra-low noise characteristics of blue lasers, achieving a perfect fusion of ease of operation and exquisite detail. When scanning large objects, PRINCE can be combined with the MSCAN global photogrammetry system to significantly improve volume accuracy. The PRINCE 3D scanner is easily portable to industrial sites and can perform efficient and accurate scans according to the size, shape, and scanning conditions of the object.
The AXE-B17 global 3D scanner uses optical measurement technology, with a measurement speed of 2,000,000 times/second. It quickly acquires three-dimensional object data and accurately determines deviations on geometric curves. The world's first built-in photogrammetry system offers an ultra-wide field of view and metrology-grade measurement accuracy. It is unrestricted by object size, shape, material, or complexity and can freely switch between high-speed scanning and deep-hole scanning modes for efficient and precise operation. Independent operation, single-machine measurement, and the ability to quickly complete ultra-high-precision 3D detection of medium and large-sized projects with a single machine.
Automatic Measurement System for Display Uniformity
The automatic LCD display uniformity measurement system is mainly used for automatically testing the optical characteristics of LCDs such as brightness, chromaticity, color temperature, and uniformity, and outputting the test results to an Excel report.
MZ4RT Differential Interference Contrast Microscope
The MZ4RT is a state-of-the-art inspection microscope featuring clear imaging, a long working distance, ease of use, and a rich application software suite. It is a cost-effective microscope ideal for semiconductor and microelectronics industries and research, offering performance comparable to imported brands.
MX4RT Differential Interference Contrast Microscope
The MX4RT is the latest inspection microscope, featuring clear imaging, a long working distance, ease of use, and rich application software. It is a cost-effective microscope for use in the semiconductor and microelectronics industries and scientific research, and its performance is comparable to imported brands.
ACR multifunctional optical integrated measurement system
Full automation of ACR and other optical test items measurement is realized. A 6-inch integrating sphere uniform light source is used. The light source supports switching between A, D65, D75, and FL1. Illuminance setting is supported, with a maximum of 20000 lux for D75 and a maximum of 300 lux for A, D65, and FL1. Test angle: Θ=8°, aperture diameter 30mm.
Mopao3S metallographic sample grinder and polisher
The Mopao® 3S Automatic Metallographic Sample Grinder and Polisher is a new generation of high-precision, automated sample preparation equipment manufactured according to international standards and using advanced international technology. This machine features a water cooling system and abrasive flushing nozzles to cool the sample during grinding, preventing damage to the microstructure from overheating and continuously flushing away abrasives. Further equipped with an ABS shell and stainless steel standard parts, it boasts a more aesthetically pleasing appearance and improved corrosion and rust resistance, as well as easy cleaning. Suitable for automatic sample preparation of metallographic samples from coarse grinding, fine grinding, coarse polishing to fine polishing, it is the ideal sample preparation equipment for enterprises, research institutions, and university laboratories.
ixiang® 5/5S Automatic Metallographic Sample Mounting Machine
The ixiang® 5/5S automatic metallographic sample mounting machine allows samples with unsuitable shapes or sizes to be mounted to meet the requirements of subsequent sample preparation steps, obtaining the required test plane, and also protecting the edges or preventing surface defects caused by the preparation process. In modern metallographic laboratories, widely used semi-automatic or automatic grinding/polishing machines have specifications for sample size. To meet these requirements, samples must be mounted, so automatic mounting machines have become one of the essential pieces of equipment in metallographic laboratories.
ZXQ-2 Automatic Metallographic Sample Mounting Machine
The ZXQ-2 automatic mounting machine is suitable for mounting small, difficult-to-handle, or irregularly shaped metallographic and petrographic samples for subsequent cutting, grinding, polishing, metallographic and spectral testing, or hardness testing. During sample preparation, the machine uses a CPU program to automatically control a series of actions including heating, pressurization, and automatic cooling to final automatic pressure relief and shutdown, achieving user-friendly, simple, and highly efficient operation.