Build a carrier for the integration of industry, academia, research and application, deeply cultivate key technologies for intelligent remanufacturing and intelligent composite additive manufacturing, and drive the green and low-carbon upgrading of the entire manufacturing industry chain
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○Quick response, significantly reducing spare parts procurement and repair cycles, and minimizing downtime losses.
○Freely design lightweight shaped parts to meet the complex assembly needs underground.
○The material utilization rate exceeds 90%, reducing procurement and inventory costs.
○Digital precision control, stable and reliable quality, capable of handling heavy load impacts.
○Quick response, compressed manufacturing and repair cycles, ensuring capacity recovery.
○Freely design complex internal chambers and irregular structures to adapt to high temperature and high pressure conditions.
○The material utilization rate exceeds 90%, saving more than 70% of consumables.
○The density exceeds 99.5%, and the dimensional accuracy meets strict assembly requirements.
○Quickly deliver key spare parts and shorten maintenance downtime.
○Freely design topology optimized structures, balancing lightweight and high rigidity.
○Printing on demand reduces waste and lowers total lifecycle costs.
○Batch consistency and precise size ensure driving safety.
○Quickly respond to large roller repair and spare parts needs to minimize downtime.
○Freely design composite structures to achieve customized differentiation in specific areas.
○In-situ additive manufacturing avoids complete replacement, reducing processing costs.
○The reinforced layer enhances hardness and wear resistance by 50%-200%, significantly extending service life.
We provide metal additive manufacturing and remanufacturing services covering the entire process of "requirement analysis process development additive printing/remanufacturing repair heat treatment precision machining performance testing". Customers only need to provide part drawings or 3D models to get a one-stop experience from material selection, process parameter optimization to finished product delivery. Whether it's small-scale trial production, emergency spare parts replenishment, personalized customization of complex structural components, or performance upgrades of waste parts, we can deliver "near net forming, one-time delivery" metal finished products as needed, helping customers shorten supply chain cycles and reduce inventory and procurement costs.
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We have independently developed laser cladding and metal 3D printing equipment that covers multiple application scenarios, including high-speed laser cladding equipment (with an efficiency of more than twice that of traditional processes under specific conditions), portable laser cladding equipment (suitable for on-site environments such as power plants and mines), and ProAM series powder feeding metal 3D printers (with high cost-effectiveness, easy molding, and grafting printing characteristics). At the same time, we can provide customized non-standard equipment services based on customers' specific part types, material systems, production scenarios, and production capacity requirements, ensuring the entire process from process validation to equipment delivery, so that equipment can truly adapt to customers' production realities.
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We break through the traditional production mode of "single machine equipment+manual operation" and tailor standardized, digital, and intelligent production lines for customers around the core processes of intelligent additive manufacturing and remanufacturing. We provide a full chain turnkey service of "process research and development - equipment customization - production line integration - information deployment - operation and maintenance training". The production line can be flexibly configured as an additive manufacturing production line, a remanufacturing production line, or a composite production line. The scheme system plans the entire process from powder supply, additive molding to finished product testing, achieving a leap from "personalized customization" to "large-scale mass production" in additive manufacturing, and helping customers build an efficient, flexible, and green intelligent manufacturing production system.
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As a wholly-owned innovation platform under Tyontech, dedicated to technological R&D, pilot-scale testing and validation, and commercialization of research outcomes, and serving as the physical entity supporting the Shaanxi Provincial Intelligent Remanufacturing Innovation Center, The Xi'an Intelligent Remanufacturing Research Institute focuses on two core business areas: intelligent remanufacturing equipment and composite additive manufacturing. The intelligent remanufacturing equipment division concentrates on five key research directions—smart disassembly, intelligent inspection, intelligent composite additive manufacturing, intelligent composite welding, and intelligent material reduction—striving for technological breakthroughs and equipment innovation in smart manufacturing and remanufacturing. Leveraging its strong capabilities in material and process R&D, the composite additive manufacturing division provides additive manufacturing materials, services, and products centered on material integration, process optimization, and technological convergence.
Guided by the mission of "Reinventing the Value of Equipment Throughout Their Entire Life Cycle", the research institute provides end-to-end intelligent remanufacturing system solutions for industry users, covering everything from core process R&D to complete equipment delivery. With the vision of "Leading the Intelligent Remanufacturing Solutions", it transforms traditional labor-intensive production models that rely on manual operations. By leveraging digital and intelligent technologies, the institute drives the industry's transition to technology-intensive production, ultimately achieving three core objectives: enhanced production efficiency, reduced manufacturing costs, and improved product quality.
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