Global Premieres: Top Metal 3D Printing Innovations at TCT Asia 2026

The Farsoon Technologies FS350M main machine occupies only 6 square meters but features an unparalleled build volume of 425×350×400mm in its class. Equipped with 4 or 6 lasers, it can be integrated with Farsoon's proprietary Beam Shaping Technology and Bi-directional Powder Recoating Technology, empowering users in the automotive, medical, consumer goods, and tooling industries to achieve efficient mass production.

The all-new HBD P400 Metal 3D Printing model deeply integrates the "Guangchi II" intelligent Beam Shaping Technology with a six-laser multi-optical path system, redefining the boundaries of precision and efficiency in industrial additive manufacturing. Based on part geometric features, it enables intelligent switching between a fine spot and a highly efficient Ring Beam.

In the precision tooling and high-end medical fields, the HBD P400 relies on its outstanding printing precision and surface quality to minimize the post-processing of high-value-added parts like complex inner cavities and personalized implants, significantly shortening R&D and delivery cycles. For the batch manufacturing of consumer electronics, automotive components, and high-end sports equipment, the HBD P400 ensures consistent product performance while significantly improving production efficiency, providing reliable support for large-scale, highly reliable industrial mass production.

The MT280 innovates laser processing modes, centered around dual-wavelength compatibility and Stepless Intelligent Control. It supports 1070nm/1080nm dual wavelengths, precisely matching materials like stainless steel and titanium alloys, covering full scenarios of micro-nano manufacturing and precision welding.

With an innovative electric switching system, it achieves millisecond-level one-key switching among Gaussian Beam, Core-Ring Beam, and Ring Beam without interrupting the process. The Gaussian Beam ensures high-precision forming, the Ring Beam suppresses spatter to enhance thick-layer quality, and the Core-Ring Beam flexibly adjusts energy distribution, overcoming challenges in processing Highly Reflective Materials. Equipped with industry-leading Stepless Intelligent Control, it allows continuous control of the beam power density ratio across the full range to avoid processing defects. With Beam quality M² approaching the diffraction limit, it supports remote control and process programming, seamlessly integrating into automated production lines to empower flexible and intelligent manufacturing upgrades in sectors like aerospace and automotive.

The Laser Mini is a desktop Multi-laser Wire-fed Metal 3D Printer independently developed by RONGSU. Featuring a compact "five-in-one" design, its footprint is less than 0.3 square meters (550x520x820mm) and supports 220V voltage, allowing flexible deployment on office desks, in laboratories, or in teaching and research facilities.

The equipment is easy to operate, allowing users to quickly get started without professional barriers and independently complete the full printing process. Utilizing the proprietary VEAM laser wire-fed additive technology and coming standard with AMtwin process monitoring software and a Melt Pool Monitoring Camera, its small size still delivers industrial-grade printing precision and performance. Equipped with a 900W laser print head and a global gas-tight protection system, it supports printing various metals, including carbon steel, stainless steel, and titanium alloys. Its print volume of 150×150×170mm meets the needs of educational and small-scale R&D scenarios.

The CR-M600 is CharmRay Laser's independently developed second-generation customized machine dedicated to industrial tooling. Upgraded to 8 lasers, it inherits the stable printing quality and process data of the first-generation tooling machine while dramatically accelerating the manufacturing speed for industrial tools like metal shoe molds and tire molds. Compatible materials include aluminum alloys, titanium alloys, Nickel-based Superalloys, Cobalt-Chrome Alloys, stainless steel, and tooling steel, with a build volume of 600×450×200mm.

The light source system offers optional red or green lasers, not only meeting the complex printing demands of high-end fields like 3C electronics and medical devices but also achieving stable forming of Highly Reflective Materials like pure copper and copper alloys.

The equipment features built-in long-lasting eco-friendly filters, balancing operational safety with sustainable development. Simultaneously, it is equipped with an intelligent monitoring module that precisely controls melt pool status and powder recoating effects in real-time. By supporting both standard and high-temperature build chambers, the HANS M190 significantly boosts the efficiency of new material process development. Combined with Support-free or Low-support Printing Technology, it breaks traditional manufacturing limitations from the design source, opening up new possibilities for forming complex components.

The Riton 3D RT-270 Metal 3D Printer features Dual-laser / Quad-laser Full-field Coverage and is equipped with an automated cabin door system and an explosion-proof long-lasting filtration system. With a build volume of 270×270×350mm and a repeat precision of ±0.05mm, it is compatible with a wide range of metal powders, including stainless steel, high-temperature alloys, Cobalt-Chrome Alloys, tantalum, tungsten, aluminum alloys, titanium alloys, copper alloys, and tooling steel. Capable of forming complex parts in a single process, it provides highly efficient professional solutions for tooling, medical, consumer electronics, and industrial manufacturing.

The P360 Ultra is a comprehensive upgrade based on the classic P360, reimagining the industrial 3D printing experience with a core focus on being "more compact, cleaner, more efficient, and more worry-free." Its footprint is reduced by 11% compared to the P360, saving valuable space.

The all-new powder feeding system is cleaner, effectively reducing the risks of dust and printing failures. The Bottom Powder Feeding Design optimizes power consumption and lowers costs. Built-in control units and a semiconductor temperature control system make operation and maintenance more convenient, comprehensively elevating printing efficiency and reliability.

VMP will officially release the high-performance metal powder material, S03 Steel, at TCT ASIA 2026. This material is an Ultra-low Carbon Alloy Steel Powder that combines high strength, high toughness, and excellent corrosion resistance. It is tailored for low-temperature, corrosive, and high-load operating conditions. Specific application examples in the aerospace sector include support rings and pipe joints for liquid oxygen tanks, valve components and connecting rings for liquid oxygen pipelines, and engine turbopump seal rings.

S03 Steel metal powder bridges the gap between cutting-edge materials and advanced manufacturing. By combining the excellent low-temperature performance of S03 Steel with the complex forming capabilities of additive manufacturing, it not only serves the aerospace industry but also meets the demands of high-end manufacturing sectors like energy, chemical, marine engineering, and shipbuilding.

The ArcMan Kit provides a cost-effective Modular Directed Energy Deposition-Arc Additive Manufacturing (WAAM/DED-Arc) solution for existing machine tools. Through standardized interfaces and a welding head that can be integrated into a machine tool's tool magazine, it allows for the rapid deployment and upgrade of existing CNC equipment into an In-situ Hybrid Additive and Subtractive Manufacturing System. This significantly shortens the process flow and unleashes unprecedented design freedom. With extended compatibility for industrial robots, collaborative robots, and multi-axis actuators, it comprehensively covers arc additive manufacturing scenarios.