TCT Asia 2024, held from May 7th to 9th at the NECC in Shanghai, was a resounding success. This premier 3D printing technology exhibition in Asia attracted top 3D printing brands and visitors from across the globe. UnionTech, a leader in China’s additive manufacturing sector, made a notable impact, showcasing its latest 3D printing systems and comprehensive AM solutions. The event provided an excellent platform for exploring the vast potential of additive manufacturing, taking ideas seamlessly from concept to production.
UnionTech Latest Products
At the exhibition, UnionTech showcased three advanced additive manufacturing systems: the industrial-grade SLM metal 3D printer Muees430, the SLA 3D printer Lite380 designed for educational applications, and the professional-grade LCD 3D printer Matrix300. The highlight was a live printing demonstration of the Muees430, offering visitors a comprehensive insight into its capabilities.
Industrial SLM Metal 3D Printer – Muees430
Muees430 at TCT Asia 2024. Photo by UnionTech
Muees430 System Specifications
| Build Volume |
430 x 430 x 400 mm (not including substrate plate thickness) |
| Build Chamber Size | 440 x 350 x 440 mm |
| Laser Type | Yb-fiver Laser, 2 x 500 W / 3 x 500 W |
| Precision Optics | 4F-theta-lenses |
| Layer Thickness | 20 μm – 100 μm |
| Max. Scanning Speed | 6 m/s |
| Inert Gas | Ar / N2 |
| Power | 380 vAC, 50 Hz |
| Machine Dimentions | 2950 x 1350 x 2200 mm |
| Machine Weight | 2200 kg |
Professional LCD 3D Printer – Matrix300
Martrix300 at TCT Asia 2024. Photo by UnionTech
Martrix300 Specifications
| Build Volume | 217 x 122 x 300 mm |
| Resolution | 11520 x 5210 |
| Axis Precision | 0.00125 mm |
| Pixel Size | 19 x 24 μm |
| Printing Speed | 115 mm/h |
| Wavelength | 405 nm |
| Max. Light Output Intensity | 7.0 mW/cm² |
| Layer Thickness | 0.03 – 0.2 mm |
| Exposure Screen | 10.1" Monochrome 12k LCD |
| Control Panel | 7" LCD Touch Screen |
| Resin Tank | Replaceable Film |
| Rated Power | 400 W |
| Machine Dimentions | 417 x 398 x 704 mm |
| Machine Weight | 36 kg |
Industrial-grade SLA 3D printer – Lite380
Lite380 at TCT Asia 2024. Photo by UnionTech
Lite380 System Specifications
| Build Volume | 380 x 380 x 250 mm / 380 x 380 x 150 mm |
| Layer Thickness | 0.05 – 0.25 mm |
| Precision | ±0.1 mm ( L≤100mm ) / ±0.1% x L ( L＞100mm ) |
| Laser Power | 3000 mW |
| Scanning Speed | 6-10 m/s |
| Rated Power | 2.6 kVA |
| Machine Dimentions | 968 x 762 x 1722 mm |
| Machine Weight | 597 kg |
Multi-industry Comprehensive Application Solutions
At the TCT Asia exhibition, UnionTech not only introduced latest 3D printing systems but also showcased its innovative comprehensive application solutions across various industries, including footwear, dental, medical, cultural and creative, and automotive sectors.
Footwear Industry
The traditional process of producing shoe molds involves multiple complex steps, including CNC wood molding, wood mold modification, silicone mold turning, plaster mold turning, gypsum sintering, metal casting, and texture. This complex process often makes it challenging to achieve fine textures. UnionTech's independently developed 3D printing solution for the shoe industry effectively solves these challenges, streamlining production and enabling the creation of detailed engravings with ease.
– Design Stage
UnionTech offers comprehensive support during the design phase, including digital texturing, Design for Additive Manufacturing (DfAM) consulting (such as optimizing for lightweight structures and cooling efficiency), and early design verification using SLA/DLP technologies.
– 3D Printing Pre-processing & Manufacturing Stage
UnionTech provides a complete range of solutions, including Polydevs pre-processing, additive process design, material selection, SLM metal 3D printing systems and various non-metal 3D printers.
– Post-processing & Detection Stage
UnionTech offers tailored post-processing process design for various materials, collaborating with users to identify the most suitable material applications across different industries.
SLA 3D printing technology has effectively replaced traditional textures and wooden molds, significantly alleviating many of the drawbacks of conventional methods. In metal 3D printing, this technology applies digital texture directly to final products, thereby reducing the overall production cycle of shoe molds and enhancing production quality. This innovative shoe mold solution allows UnionTech to achieve more comprehensive and in-depth applications across various fields, including metal molds, sole textures, mass production wood molds, rapid molds, prototype models, and IP foam molds.
Dental Industry
To meet the growing demand for customized dental applications, UnionTech leverages the versatility of 3D printing technology to develop comprehensive solutions tailored specifically for the dental industry, effectively managing the complexity of dental structures.
Consider the process of dental examinations. Traditionally, patients undergo X-rays or CT scans, and during orthodontic treatments, they often face the cumbersome process of taking silicone impressions. Doctors diagnose and design treatments based on patient models, panoramic radiographs, and lateral radiographs. This conventional method heavily depends on the doctor’s experience, resulting in higher costs and an increased risk of misdiagnosis.
3D printing technology revolutionizes oral diagnostics by efficiently and accurately capturing digital data of the patient’s oral environment through 3D scanning. Utilizing UnionTech’s proprietary dental application solutions, the process automates layout, task assignment, refilling, printing, removal, and sorting. This automation transforms oral diagnostics and treatment from being experience-based to becoming precise, personalized, and digitalized practices. Currently, dental 3D printing technology is successfully applied in various areas, including restoration models, implant models, surgical guides, temporary crowns and bridges, and orthodontic models.
Automotive Industry
As additive manufacturing technology continues to evolve, its benefits in the automotive industry are becoming increasingly evident. UnionTech's automotive solutions now offer a wide range of applications, including prototypes and functional verification, production of end-use parts, jigs and fixtures, and tire molds.
– Prototyping and Validation
Utilizing 3D printing technology for producing conceptual models and functional prototypes enables automotive designers and engineers to verify clutch designs and other engine components early in the product development process. Compared to traditional methods, 3D printing significantly reduces design verification time and minimizes the cost associated with design errors.
In the realm of vehicle interior and exterior decoration, 3D printing technology is integrated throughout the product design and R&D stages, including the creation of interior parts, end-use components, and functional prototypes. This integration has streamlined the production cycle of automotive interior and exterior decorations while effectively reducing overall production costs.
– Production of End-Use Components
The direct application of additive manufacturing technology in the automotive industry is progressively expanding. From prototype validation to the production of final parts, UnionTech uses 3D printing technology to drive continuous innovation in automobile manufacturing. Currently, the end-use parts supported include a select range of high-performance components, lightweight and customized automotive parts, and small batch parts for high-end vehicles.
– Fixtures and Jigs
Different from traditional production methods, 3D printing technology makes digital production and efficient manufacturing possible. Compared with CNC processing, 3D-printed jigs and fixtures can save 25% of production time, making the operation process simpler. Less materials are required during the production process, which effectively reduces inventory and significantly reduces manufacturing costs.
– Tire Molds
UnionTech has developed an innovative digital 3D printing solution specifically designed for the tire mold industry. This comprehensive solution encompasses specialized 3D printing system, printing materials, complete production process packages, advanced post-processing solutions, and a 3D printing cloud platform system. By integrating these elements, UnionTech has effectively embedded 3D printing technology into the tire mold manufacturing process.
– Cultural and Creative Industry
3D printing technology has transformed the traditional approach to product design, development, and production within the cultural and creative industries. Leveraging 3D printing, this technology delivers superior surface quality and higher yields while significantly reducing production costs.
Traditional methods in the cultural and creative sectors heavily depend on human expertise and manual skills, often falling short in achieving micron-level precision. This reliance not only impacts accuracy but also presents challenges in creative fidelity, production cycles, and costs.
3D printing technology enhances designers' creative potential by streamlining the process for complex artistic designs, which previously required several months to complete. Any errors during this lengthy process necessitated starting over, leading to extended production times. UnionTech addresses these challenges by utilizing advanced digital modeling and its proprietary intelligent software, UnionTech ONE, for efficient pre-processing. This is followed by the use of professional 3D printing equipment to swiftly and accurately reproduce the product. This method surpasses traditional processes in model accuracy, surface quality, and production speed.
Currently, this innovative technology is successfully applied in diverse fields such as animation fashion toys, fine sculptures, Buddha statue production, and film and television props.
– Medical Industry
The additive manufacturing technology in the medical field has significantly advanced digital medicine. For doctors, it has simplified treatment processes, reduced the complexity of procedures, and increased confidence in solving various diseases. For patients, the incorporation of 3D printing technology caters to personalized treatment needs, resulting in enhanced treatment outcomes, reduced costs and shorter treatment cycles.
UnionTech’s medical solutions focus on two main areas: auxiliary functions and implantable functions. Auxiliary functions encompass prototype reshaping, preoperative planning, rehabilitation gear, and surgical guides. Implantable functions cover defect implants, medical aesthetic implants, and functional implants. From materials and software to equipment and post-processing, Luentech’s proprietary industry solutions effectively support medical institutions in successfully implementing a digital medical model.
New Upgraded Materials
UnionTech Technology has introduced two new high-performance materials at TCT Asia 2024, developed by its subsidiary Synthetic: the FR-42 V-0 level self-extinguishing flame retardant material and the Temp-R220 high-temperature resistant material. These new material upgrades infuse fresh energy and drive into technological innovation and industry advancement.
FR-42 V-0 Level Self-extinguishing Flame Retardant Material
The FR-42 V-0 self-extinguishing flame retardant material introduces a new era in fire safety with its halogen-free flame retardant technology. This ensures that flames on the material automatically extinguish once the fire source is removed. Rigorous professional testing has demonstrated its exceptional flame-retardant effectiveness during both initial combustion and re-ignition scenarios. Additionally, this material is designed for large-format SLA printers, offering excellent toughness, easy handling, reliability and superior accuracy with high surface quality. Notably, its 2.5mm sample has achieved UL 94 V-0 certification, underscoring its outstanding overall performance.
Temp-R220 High Temperature Resistant Material
This material boasts a heat deformation temperature exceeding 220°C and a long-term use temperature above 250°C. It offers excellent strength and a degree of toughness, making it ideal for large-format SLA printers. Additionally, it ensures good stability, reliable accuracy, and exceptional surface quality, even in complex environments.
At TCT Asia 2024, UnionTech experienced vibrant engagement with exhibitors, visitors and customers alike. The event facilitated professional discussions focused on materials, equipment, technology, applications and more, all contributing to the advancement of additive manufacturing technology and heralding a new era of innovation and transformation.
