标题: More Than 50 3D Printing Companies Announced for AMTAE 2026, Opening in Luzhou [打印本页] 作者: admin 时间: 2026-11-13 10:36 标题: More Than 50 3D Printing Companies Announced for AMTAE 2026, Opening in Luzhou Editor's note: An application-focused additive manufacturing exhibition will open in Sichuan's Luzhou in two weeks. BLT, Farsoon, UnionTech, Eplus3D, FEAT, and many others have confirmed their participation. Exhibits will span metal and polymer equipment, metal and ceramic powders, lasers and optical components, software and inspection systems, and application cases in aerospace, automotive, healthcare, robotics, and consumer products. Nanjixiong has consolidated the two rounds of exhibitor previews released by the organizers below to help visitors plan their routes.
On November 12, 2026, Nanjixiong learned that the 2026 International Additive Manufacturing Technology and Application Ecosystem Exhibition (AMTAE 2026) will be held in Hall D of the Luzhou International Convention and Exhibition Center in Sichuan from November 26 to 28. The exhibition area will cover approximately 10,000 square meters, spanning the full chain from equipment and materials to core components and application results. The organizers describe the event's focus as “application-oriented and ecosystem co-building.”
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First exhibitor preview (DT exhibition area)
• Luzhou Aviation Development Group (DT-01): Appearing jointly with its anchor companies Hanfei Technology and Maowei Technology, as well as companies recruited into its industrial chain. Displays include integrated additive components with complex flow channels, lattice lightweight structures, micro turbojet engines and supporting power products, together with materials, inspection and testing, supply-chain support, and applications in healthcare and consumer sectors.
• BLT (DT-06): Solutions integrating a thrust-chamber injector, converging section, bell-nozzle expansion section, and helical regenerative cooling channels. Metal additive equipment and copper-alloy printing processes are used to produce complex curved surfaces and internal channels. Industry solutions will also cover aerospace, thermal management, the low-altitude economy, and robotics.
• UnionTech (DT-16): Metal system Muees430L and elastomer systems FX380 and Cute800. Samples include an integrated leak-proof metal cold plate, metal shoe molds, advanced medical components, precision automotive parts, and nylon/film-coated functional parts.
• Zhongrui Technology (DT-09): Metal systems iSLM400Q and desktop metal system iSLM100, compatible with stainless steel, tool steel, titanium alloy, aluminum alloy, cobalt-chromium alloy, nickel-based superalloy, and other powders. Samples include aerospace structural parts, copper-alloy parts, robot components, lightweight automotive parts, medical implants, heat exchangers, and mold inserts.
• Kangshuo Group (DT-15): An integrated sand-mold 3D printing and forming solution for large complex castings, internal channels, and irregular thin-wall structures, as well as precision casting solutions for agricultural machinery powertrains, wind power equipment, computing power systems, construction machinery, and other industries.
• Inigma (DT-20): Metal additive components made using wire-arc additive manufacturing and coaxial laser-arc hybrid additive technology. These processes form complex components from aluminum alloy, stainless steel, high-strength steel, copper alloy, titanium alloy, and other materials for aerospace, defense, marine engineering, research, and other fields.
• CASIC Yuchen (DT-17): Laser-based hybrid additive and subtractive manufacturing solutions, including a scaled bimetallic printed combustor, an engine blisk made by integrated additive/subtractive manufacturing, laser blade repair, and precision water-guided laser drilling of blades.
• Xihe Additive (DT-18): Green-laser metal additive manufacturing, featuring complex copper and copper-alloy components made with its proprietary high-power green lasers and equipment. Parts include integrated thrust chambers, precision regenerative cooling channels, and complex liquid-cooling structures. The company says it can deliver at production scale.
• Lanbo Aviation Development (DT-19): Science-education and talent-development programs based on real additive manufacturing applications. On site: 3D-printed cultural and creative products incorporating Sichuan cultural elements, AI-assisted modeling teaching aids, 3D printing pens, and interactive cloisonné-enamel activities.
• Sowin Technology (DT-25): Large-format and high-temperature FFF solutions, including production-grade D800 Ultra, desktop D400 HS, and high-temperature PEEK-250. Its magnetic-levitation linear-motor system supports printing speeds of 1,100 mm/s, with a 420°C hot end, 120°C heated bed, and chamber temperature up to 80°C. It can process engineering materials including ABS, ASA, PC, and PA-CF.
• Valary (DT-27): High-strength aluminum alloy VM7055, with post-heat-treatment tensile strength of approximately 580 MPa and elongation of 10%; and VAA450 aluminum alloy, suitable for multicolor anodizing, with post-heat-treatment tensile strength of 470 MPa and elongation of 14%. Both are aimed at fields such as 3C electronics.
• Yangtze River Industrial Research Institute (DT-29): Additive manufacturing equipment and integrated structural-part solutions using continuous-fiber-reinforced composites, including continuous-fiber 3D printers, one-piece forming of complex curved surfaces, and forming with prepreg filament. Applications include aerospace, advanced equipment, the low-altitude economy, and robotics.
• Sichuang Laser (DT-31): Two lasers for precision manufacturing: E1000PRO for multi-laser SLM systems, and X500 for DIY and desktop printing applications.
• CASIC Xianglong (DT-32): LPBF-produced, one-piece titanium-alloy turbines and blades, superalloy combustion chambers, automotive wheels, and brake discs. The solutions have been deployed in nuclear power equipment, healthcare, 3C precision components, and other applications.
• Baichenxin (DT-33): Fiber lasers for additive manufacturing, including an air-cooled 20–300 W series, a water-cooled 300–1,000 W 1U solution, 500/3,000 W spot/ring-beam solutions, and a green-laser solution for highly reflective metals used in AI liquid cooling.
• 3D Printing Technology (DT-26): An overall solution based on binder jetting (BJ), demonstrating capabilities from sand casting to precision metal and ceramic structural parts. Anhui Longyuan Forming's Wuhu Fanchang site is its core equipment production base and printing service center.
• Sanlv Technology (DT-26): FDM filament, photopolymer resin, and intelligent drying equipment, including the S4 Pro drying box and PLA+ Silk 2.0, PETG 2.0, and PA6-CF materials.
• Guangli Intelligent (DT-26): Consumer products such as 3D-printed footwear and cultural-creative items. Materials include rigid polymers, elastomers, and high-temperature materials, with applications extending to home furnishings, healthcare, sports equipment, and humanoid robotics.
Second exhibitor preview (DA/DS exhibition areas)
• China FAW (DT-11): Its additive manufacturing innovation center will show mass-produced interior trim panels made using fused deposition modeling combined with multi-jet fusion and leather wrapping; a metal engine block cover; and personalized full-color 3D-printed headrests.
• Shanghai Ruihong Embodied-Intelligence Robot (DS-1): The AIYA digital-life companion robot, with long-term personalized memory, consent-based voice cloning, dual face-and-voiceprint recognition, and multimodal emotional interaction.
• Shanghai Jiao Tong University Medical 3D Printing Innovation Research Center (DA-07): Orthopedic screw-guiding and knee-preserving osteotomy guides, as well as clinical 3D printing solutions for spinal surgery, oral surgery, neurosurgery, rehabilitation, and other specialties.
• Hanbang Laser (DT-22): HBD P400 six-laser metal system with its proprietary “Guangchi II” laser system, which supports switching between Gaussian and beam-shaped profiles. The company says build density can exceed 99.95%. Industry samples cover aerospace, automotive, thermal management, consumer electronics, robotics, healthcare, and other fields.
• Eplus3D (DA-33): Integrated aerospace solutions including a stainless-steel nozzle for commercial spaceflight, a volute, and a copper-alloy process combustion chamber, plus energy and thermal-management applications.
• Farsoon (DA-39): Additive manufacturing technology and deployed results for mass production, covering robotics, 3C, AI liquid cooling, aerospace, automotive, and other sectors.
• Raycham Laser (DA-17): An overall metal 3D printing solution for commercial spaceflight, including a volute with complex internal channels, a turbine guide vane, and a flame-tube frame with film-cooling holes. Solutions for thermal management, automotive, embodied intelligence, and other fields will also be presented.
• Qingyan Electron Beam (DA-51): Multi-material electron-beam powder-bed fusion (EBSM), covering dense titanium alloys, titanium-aluminum intermetallics, nickel-based superalloys, pure tungsten, and parts for batch production.
• Guangsu Yigou (DA-10): An ultra-high-speed, large-format DLP system supported by materials, components, and an intelligent manufacturing system. It offers an elastomer 3D printing factory solution; the company says an intelligent factory system can be set up in 30 days and stable mass production achieved in 60 days.
• Luojia Intelligent (DA-15): Aluminum-alloy, superalloy, and pure-copper parts demonstrating one-piece formation of complex internal channels, bionic lattice structures, and topology-optimized structures for healthcare, automotive, and aerospace.
• Yingchuang Aurora (DA-29): Metal 3D-printed components for aerospace, ships, weapons, nuclear power, sports and leisure, electronic information, advanced medical equipment, copper processing, and other fields.
• GLB (DA-37): DP-C2 metal printer for makers, studios, and 3D printing farms, and GLB-120M for research and education. The systems can form copper alloys, complex curved surfaces, internal channels, and dental components.
• Deqing Optics (DA-53): Its proprietary AMM in-situ additive manufacturing process monitoring system, which can diagnose process conditions in real time, locate abnormal areas, trace process quality, and export reports with one click.
• FEAT (DA-63): Examples include a C919 aircraft door structural part, satellite support brackets, rocket-engine thrust chambers, conformal-channel thermal-management parts, personalized prostheses, semiconductor liquid-cooling components, and 3C precision structures.
• Shenghua 3D (DA-01): UPS-LiteD experimental system with independently controlled dual nozzles. It can print metal and ceramic composite products simultaneously or in sequence for materials research and PEP process development at research institutes, vocational schools, and universities.
• INTAMSYS (DA-60): The next-generation industrial FUNMAT PRO 310 APOLLO FDM system for complex structural parts made from high-performance materials such as PEEK and PEKK, serving aerospace, automotive, healthcare, industrial manufacturing, and other fields.
• GRIPM Additive (DA-65): High-flow aluminum alloy, low-oxygen/high-stability copper and copper alloy, and high-purity superalloy powders. It is a subsidiary of GRINM Powder Metallurgy Technology Co., Ltd., which belongs to GRINM Group and is listed on the STAR Market. Its capacity is 7,580 tonnes.
• Shanghai Additive Manufacturing Manufacturing Innovation Center (DA-08): Personalized rehabilitation aids, metal automotive powertrain samples, liquid-cooling plates, lightweight robotic arms, functional lattice samples, and cultural-creative works.
• Sito Optics (DA-05): A “3D large-format processing system.” A combination of galvanometer and voice-coil motors enables fast scanning over 3D curved surfaces and large areas; one computer can control multiple 3D galvanometer systems simultaneously.
• Mango Software (DA-16): The integrated VoxelDance Additive software platform, plus exhibits such as liquid-cooling plates with complex channels, topology-optimized drone brackets, and complex heat exchangers.
• Tiandai Mold (DA-03): Metal 3D printing powder and titanium-alloy powder, hot isostatic pressing, laser cladding, and advanced mold-material solutions, covering the full range of powder-metallurgy tool and mold steels.
• Keningda (DA-06): Cobalt-, titanium-, nickel-, and iron-based alloy powders for SLM. Its dental cobalt-chromium alloy powder, titanium-alloy powder, and cobalt-chromium-molybdenum alloy powder for denture frameworks have obtained China's Class III medical-device registration certificates.
• Huashengda Intelligent (DA-31): Industrial computers with multiple expansion options, industrial panel PCs, embedded fanless industrial computers, industrial motherboards, and domestic-chip edge-computing hardware solutions, supported by the Foxconn Suzhou Ennoconn ecosystem.
• 58 Additive (DA-35): AM-DIQS digital inspection and quality-management system. A seven-axis robot platform equipped with structured-light, laser, tracking-scan, and other probes performs automated 3D dimensional inspection and produces standardized reports.
• Chuanfa Industrial Parks (DA-61): Resources, industrial support, and investment-promotion services for key industrial parks in Sichuan, focusing on equipment manufacturing, artificial intelligence, electronic information, big data, nuclear medicine, smart logistics, and other fields.
• Yingbo Metals (DA-62): Titanium, titanium-aluminum, superalloy, ultra-high-strength steel, copper-alloy, refractory pure-metal, and alloy powders produced by the plasma rotating electrode process (PREP).
• Hou Pusi (DA-67): Spherical powders made using high-energy plasma spheroidization, with a reported spheroidization rate above 90% and particle sizes from submicron to 150 μm. Materials include titanium alloys, refractory tungsten/molybdenum/tantalum/niobium alloys, and high-entropy alloys.
• Maokong Electromechanical (DA-58): Haimuke SCB-BM series sealed blowers and high-speed energy-saving centrifugal fans for metal 3D printing, lithium batteries, glove boxes, and other equipment, supporting circulation of nitrogen, argon, and other media while isolating them from the external environment.
Concurrent schedule and events
According to the schedule released by the organizers, concurrent events include:
• November 25: Conference registration. In the afternoon, a special seminar on high-quality development of the additive manufacturing industry will be held by invitation.
• November 26: Opening ceremony and plenary conference. The AMTAE 2026 ecosystem exhibition will run from November 26 to 28.
• November 27: Plenary meeting of the Youth Expert Committee of the Additive Manufacturing Industry Alliance and Youth Innovation Conference; an industry research visit in Luzhou; a supply-and-demand matchmaking event and discussion of the “15th Five-Year Plan” application roadmap, with sessions on aerospace (commercial spaceflight and the low-altitude economy), ship and marine engineering, biomedicine, and nuclear power and energy; and the annual academic meeting of the Sichuan Key Laboratory of Nuclear Energy Additive Manufacturing together with the alliance's annual meeting of its nuclear-energy working group.
• November 28: Project presentations for the 11th “Maker in China” Innovation and Entrepreneurship Competition for Additive Manufacturing SMEs.
Nanjixiong's observations
The two rounds of previews show that the Luzhou exhibition will span the entire chain, from upstream powders, lasers, and optical components to midstream metal/polymer equipment, software, and inspection systems, and downstream applications in aerospace, automotive, healthcare, robotics, and consumer products. Deployed examples such as commercial-spaceflight thrust chambers, liquid-cooling plates, PEEK end-use parts, and compliant dental powders are prominent. Admission is free; visitors can register in advance and attend in person.
AI-translated from an article by Kuaixiong on Nanjixiong, originally published on 2026-11-12. Text and images retain the original source attribution. Read the original Chinese article
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