Sanying Precision Instruments Co. Ltd

Exhibitor at SEMICON Taiwan 2026 · Booth P6305

Booth P6305Country CN3 product topics
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BoothP6305
CountryCN
Websitewww.sypi.com
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Sanying Precision Instruments Co. Ltd was founded in 2013, has stock code 839222, manufactures X-ray CT scanning equipment, possesses core proprietary technologies, and has developed into a solution provider with a full range of X-ray CT products in China. Under the concept “Scientific and Technological Innovation, Precise Manufacture”, Sanying Precision Instruments Co. Ltd emphasizes R&D investment to improve core competitiveness and has passed ISO9001 Quality Management System Certification, ISO14001 Environmental Management System Certification, Occupational Health and Safety Management Systems certification, and other certifications. Its product scope includes X-ray 3D microscopes, micro CT, industrial CT, metrology CT, planar CT, horizontal CT, X-ray online inspection equipment, mobile vehicle-mounted CT, and 3D data visualization and analysis software. Sanying Precision Instruments Co. Ltd provides professional solutions for automotive, new energy, new material, semiconductor, petroleum geology, geotechnical engineering, life science, scientific research, and advanced manufacturing, while its application listings also cover oil and gas geology, additive manufacturing, materials science, plant, electronics, animal, bone, casting and injection molding, lithium battery, teeth, and archaeology and museology. The company has experience across multiple types of X-ray CT products for sample sizes ranging from millimeters to meters, with samples used in automotive, electronics, casting, oil and gas, geotechnical, materials, and biology fields. It provides manual, semi-automatic, and fully automatic testing solutions and can develop customized X-ray systems for users’ special testing needs. Sanying Precision Instruments Co. Ltd is committed to building an international CT brand, states that its influence in China is increasing and that it has been recognized by foreign high-end users, and links product-line expansion and professional, timely service with broader application scenarios and improved customer experience. Its employees state an aim to build a famous and representative brand of products made in China.

Exhibitor profile

Exhibits

Sanying Precision Instruments Co. Ltd’s listed product families include Micro CT models nanoVoxel-1000, nanoVoxel-2000, nanoVoxel-3000, nanoVoxel-4000, and the nanoVoxel-5000 Dual X-ray sources CT system; Industrial CT models multiscaleVoxel-1000 and multiscaleVoxel-2000; the metroVoxel metrology CT; Horizontal CT models Cylindscan-1000 and Cylindscan-2000 plus a mobile CT system; X-ray planar CT including EFPscan-2000 and On-line AXI; and 3D data visualization and analysis software. Micro CT, also called an X-ray 3D microscope, typically uses a micro-nano focus X-ray source with micron or sub-micron resolution and is used in scientific research and high-end manufacturing. The nanoVoxel-1000 Compact Desktop CT System provides 300nm detail detectability and 2μm spatial resolution, uses a sealed 110KV X-ray source, has a 145mm×114mm imaging area with a 2940×2304 pixel matrix, supports samples up to 300mm×200mm and 15kg, and has equipment dimensions of 900mm×500mm×660mm and a weight of 500kg. Its desktop design is intended for laboratory installation and wilderness use and is presented as an economical choice for medium- and low-density, medium- and small-size samples; the sealed source requires no consumables and simple maintenance, seismic isolation supports vehicle and shipboard use, hardware and software are configurable, and in-situ mechanics and temperature loading devices can enable 4D CT imaging. The nanoVoxel-2000 is a sealed-reflection, maintenance-free high-performance CT system with a large sample chamber, spiral, offset, limited-angle and other scanning modes, and an optional objective-lens coupling detector for high-resolution imaging at a long working distance. It provides detectability of 1μm with the flat-panel detector or 50nm with the objective-coupling detector, spatial resolution of 3μm or 500nm respectively, a 150KV source, a 244mm×195mm flat-panel imaging area with a 1920×1536 pixel matrix, optional 4X, 10X, and 20X objectives, a 400mm×300mm maximum sample size and 15kg maximum sample weight, and equipment dimensions of 1620mm×1100mm×1700mm at 2400kg; hardware and software are configurable and in-situ loading can enable 4D CT imaging. The nanoVoxel-3000 uses an open transmission micro/nano-focus X-ray source for high-resolution testing, particularly of medium- and low-density samples to obtain excellent CT images; its micro-nano focal spot and short distance between sample and focus support high-resolution imaging, and it provides spiral, offset, limited-angle and other scanning modes plus an auto-sampling system for batch automated testing. Its detectability is 200nm with the flat-panel detector or 40nm with the objective-coupling detector, spatial resolution is 500nm with either detector, source voltages are 240KV, 225KV, 190KV, or 160KV, the flat-panel imaging area is 244mm×195mm with a 1920×1536 pixel matrix, optional objectives are 4X, 10X, and 20X, maximum sample size is 450mm×350mm at 15kg, and equipment dimensions are 2460mm×1250mm×1950mm at 5000kg; configurable hardware and software, in-situ 4D imaging, and long-working-distance objective coupling are supported. The nanoVoxel-4000 is an open-reflection high-penetration CT system for high-resolution testing of large, medium- to high-density samples, with high penetration, a high-load sample stage, spiral, offset, limited-angle and other scanning modes, and expandability. It has 500nm detectability and 2μm spatial resolution, source-voltage options of 300KV, 240KV, 225KV, 190KV, or 160KV, a 427mm×427mm flat-panel imaging area with a 3072×3072 pixel matrix, maximum sample size of 600mm×550mm, maximum sample weight of 25kg/100kg, and equipment dimensions of 2770mm×1440mm×2040mm at 7500kg; hardware and software are configurable and in-situ mechanics and temperature loading can enable 4D CT imaging. Industrial CT typically uses a high-power X-ray source with strong penetration and is mainly used for quality inspection, failure analysis, and reverse design in product manufacturing. The multiscaleVoxel-1000 is intended for medium and large, medium- and high-density components and large workpieces, including automotive castings, welding parts, composite materials, large rocks, and high-density metal archaeological relics, and combines strong penetration, flat-panel and linear-array detectors, spiral and offset scanning, programmable batch scanning, rapid reconstruction, and an image-clarity algorithm. Its specifications include 30μm detectability, sealed-source voltage configurations of 600KV and 500KV/450KV, focal-spot values of 0.7mm @0.7kW, 2.0mm @1.5kW, 0.4mm @0.7kW, and 1.0mm @1.5kW, a 427mm×427mm flat-panel imaging area with a 3072×3072 pixel matrix, maximum sample size of 800mm×1100mm and 100kg, and equipment dimensions of 3700mm×2300mm×2800mm at 35000kg~60000kg; focal-spot size conforms to EN 12543, hardware and software are configurable, and optional detector sizes include 400mm×400mm and 302mm×249mm. The multiscaleVoxel-2000 uses 2 sets of X-ray sources, micro focus and small focus, to cover most component types and sizes and obtain high-precision detection images, with sealed and open sources, flat-panel and linear-array detectors, spiral and offset scanning, programmable batch scanning, rapid reconstruction, and an image-clarity algorithm. Its listed detectability values are 30μm and 0.5 μm, source voltages are 600KV, 500KV/450KV, 300KV, and 240KV/225KV, focal-spot values are 0.7mm @0.7kW, 2.0mm @1.5kW, 0.4mm @0.7kW, and 1.0mm @1.5kW, JIMA Resolution values are 3 μm and 2 μm, the flat-panel imaging area is 427mm×427mm with a 3072×3072 pixel matrix, maximum sample size is 800mm×1100mm at 100kg, and equipment dimensions are 3700mm×2300mm×2800mm at 35000kg~60000kg; focal-spot size conforms to EN 12543, hardware and software are configurable, and optional detector sizes include 400mm×400mm and 302mm×249mm. Metrology CT, also called X-ray CMM or industrial CT CMM, addresses dimensional and geometric tolerance measurement, porosity statistics, wall-thickness analysis, assembly-accuracy measurement, mold correction, and reverse design of hidden internal parts, while metroVoxel provides high-precision three-dimensional measurement and analysis for non-destructive internal analysis and full-scale measurement. Horizontal CT is intended for slender samples such as full-diameter rock cores, trunks, and propellants and is described as an upgraded version of the original Geoscan full rock core CT; Cylindscan-1000 uses a horizontal layout in which the sample rotates while the X-ray source and detector move horizontally for spiral CT scanning, with customized solutions available for long samples. Cylindscan-1000 uses an advanced spiral CT reconstruction algorithm to obtain sample structure quickly, provides a user-friendly software interface and simple operation with fast spiral scanning, and supports maximum X-ray-source voltages of 180KV, 200KV, 225KV, or 250KV, a 301mm×250mm image area with a 3008×2496 pixel matrix, maximum sample diameter of ≤150mm, maximum sample length of ≤2000mm, and configurable hardware and software. The mobile CT system can be mounted on automobiles, marine research vessels, and offshore drilling platforms for field operations. X-ray planar CT uses CL (Computed Laminography) scanning with a fast 3D reconstruction algorithm for 3D tomographic imaging, including non-destructive inspection of PCB, IGBT, and other plate-shaped samples and viewing tomographic images at specific height positions; EFPscan-2000 is intended for high-resolution, fast 3D tomography of large-area plate samples. On-line AXI is designed for integration with production lines for online full detection, and Sanying Precision Instruments Co. Ltd is preparing a 3D AXI (Automatic X-ray Inspection) system based on planar CT for connection to production lines, 100% rapid full testing, and automatic product analysis, especially for quality control of invisible welding joints such as BGA and pressfit connector.

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