Dazzle pro unveils multi-laser and green light metal 3d printing equipment, highlights high cost-effectiveness, intelligence, and reliability

The booth of Han's Laser's subsidiary brand—metal 3D printing manufacturer Han's JuWei.

General Manager of Han's JWTang Jinglong stated that the two devices showcased at this exhibition both focus on high cost-effectiveness, intelligence, and safety and reliability, aiming to meet the diverse needs of customers across various industries, from prototyping and mold making to aerospace and new energy.

1. Emphasizing Intelligence and Openness: Dazzling Hans HANS M360-4 Multi-Laser 3D Printing Equipment

The first key device showcased is the HANS M360-4 by Han's Laser, a multi-laser metal 3D printer equipped with the latest intelligent system.

Core Highlights:

Intelligent Monitoring and Powder Spreading System: Equipped with a brand new intelligent monitoring and intelligent powder spreading system to ensure stability and efficiency in the printing process.

Fully Open Parameter Package: Adopts a fully open process parameter package, enabling users to conduct in-depth secondary development and process exploration with extremely high flexibility.

Advanced safety configuration: Optional permanent filter system significantly enhances the device's safety and reliability during the printing process, while reducing operational consumable costs.

Flexible Laser Configuration: Supports flexible configurations from dual laser to quad laser and is compatible with both imported and domestic lasers. Customers can choose based on their business needs and budget, offering outstanding cost-effectiveness.

Applications and Materials:

This device is ideal for printing figurine models, conformal cooling molds (such as shoe molds, inserts, gate sleeves), and aerospace components.

The range of processable materials is extensive, covering mainstream metal powder materials such as mold steel, stainless steel, titanium alloys, and high-temperature alloys. The exhibited exquisite dragon-shaped ornaments and gear parts also demonstrate its strong capabilities in the fields of complex structural components and crafts.

2. Specializing in Precision Manufacturing: Han's Guvin Green Light 3D Printing Equipment

Another significant product is the metal 3D printer equipped with a new generation green laser.

Core highlights:

Advantages of green light sources: Specifically optimized for high-reflection materials such as pure copper, effectively overcoming the energy reflection challenges faced by traditional infrared lasers when printing materials like copper and gold, achieving stable and efficient forming.

High-efficiency powder spreading design: The structure design of top powder supply and bidirectional powder spreading further enhances printing efficiency.

Intelligence and safety combined: Equipped with intelligent powder spreading detection function and has passed strict explosion-proof certification to ensure absolute safety during long-term operation.

Applications and Materials:

The device is an ideal choice for printing pure copper applications. A series of copper parts, including liquid-cooled heat sinks, heat fins, and flow guides, were exhibited on site, demonstrating its powerful capability in handling intricate and complex structures in the fields of heat exchange and dissipation.

3. Market Focus: Copper Material Applications Transitioning from Performance-Driven to Cost Optimization

In the interview, Nanji Bear specifically discussed the current popular trends in copper 3D printing applications with Tang Jinglong.

Tang Jinglong believes that the current applications of copper printing are mainly concentrated in fields such as new energy (e.g., battery heat dissipation) and thermal management (liquid cooling radiators), which require extreme heat dissipation performance and intricate complex flow channels. Customers are currently adopting this technology more out of an urgent need for performance enhancement rather than cost considerations. As large-scale mass production has not yet been achieved, copper printing does not have a cost advantage over traditional processes.

However, he is full of confidence about the future: "Driven by performance demands and leveraged by application volume," as market acceptance increases and the range of applications expands, the effects of mass production will soon lead to an overall reduction in costs, and the prospects for 3D printing applications of copper materials are very promising.

Dazu Juv's exhibition of two devices this time clearly demonstrates its market strategy: on one hand, it covers mainstream market demands with cost-effective and flexibly configured multi-laser devices; on the other hand, it tackles the growing market of high-reflectivity materials with new technologies like green light, particularly the hot copper applications in the booming new energy sector, showcasing its deep technical reserves and keen market insight.