Equipped with six 500W lasers and a build volume of 450 × 450 × 500 mm, the new RS450F is designed for batch production across industries such as aerospace, aviation, footwear molds, tyre molds, and 3C components. Enhanced with features like a permanent filter and powder recycling system, it offers high efficiency for demanding manufacturing scenarios.

Smart, Stable Production

Built with high-quality industrial components and a robust mechanical structure, the RS450F is engineered for long-duration, continuous operation. Its optimised control system enables intelligent monitoring and real-time fault alerts, ensuring smooth workflows by automatically adjusting or pausing the process in response to anomalies.

Printer: RS450F

Material: 17-4PH Stainless Steel

Size: 272×236×56 mm

Efficiency: >280 g/h

With a lightweight design and high mobility, this unit is built for on-site repair and dimensional restoration in industries such as power, marine, petrochemical, metallurgy, and rail transit. It offers an efficient, reliable solution to help reduce costs and increase productivity.

Smart & Efficient – Enabling Industrial-Grade Repairs Anywhere

Featuring an innovative tracked chassis paired with a collaborative robotic arm, the system ensures agile movement and precise control even in complex environments. Equipped with a 2000W high-power laser and a custom lightweight laser processing head, it supports automated robotic operation and manual handheld mode, allowing for versatile, high-precision repair across different scenarios.

At this year’s exhibition, Raycham proudly introduced its next-generation software ecosystem, including:

RC-CAM – Advanced Path Planning Software

RC-ROS – Upper-Level Control System

RC-MES – Manufacturing Execution System

Together, these platforms provide a comprehensive digital solution for industry users, paving the way for a new era of smart manufacturing.

On the afternoon of March 17th, Mr. Shi Jianjun, Deputy Director of Raycham’s Technology Center, delivered a keynote presentation titled:
“Key Digital Technologies and Software Suite for Additive Manufacturing at Raycham.”

In his talk, Mr. Shi introduced the company’s research focus on AI-driven metal additive manufacturing, specifically targeting digital design, scale production, and intelligent control. The core innovations included:

Cloud-Edge-Device Data Acquisition Architecture:
     A staged data analysis method across equipment, functional zones, and      cloud storage, designed to improve the efficiency of data-driven models      and accelerate closed-loop control response.

Hybrid Process Control Strategy:
     A dual approach combining static high-matching process input and adaptive      dynamic regulation, aimed at overcoming the high first-time failure rate      in AM printing.

Cluster-Based AM Software Platform:
     A comprehensive industrial platform integrating data collection, process      matching, real-time control, equipment maintenance, and intelligent      scheduling, enabling safe, sustainable, and cost-effective personalized      batch production.

Raycham has secured over 50 software copyrights and 60 invention patents in digital additive manufacturing. The company has developed three core software systems:

RC-CAM for path planning

RC-ROS for upper-level control

RC-MES for manufacturing process management

Additionally, over 20 intelligent monitoring modules have been created, and more than 100 software systems have been sold.

Raycham continues to deeply engage in aerospace, industrial manufacturing, and academic research, leveraging its strong technological foundation and continuous innovation. By offering intelligent equipment and customised solutions for diverse applications, the company empowers its partners to enhance their core competitiveness.

At this exhibition, Raycham showcased cutting-edge advancements across multiple sectors. Through innovative case studies in footwear molds, tire molds, brake discs, bimetal printing, and large-scale components, the company highlighted the transformative value of metal additive manufacturing and its ongoing leadership in industry innovation.

Industry: Automotive Manufacturing

Process: Ultra-High-Speed Laser Cladding
Material: Hard Carbide Alloy Powder

Enhancing the wear resistance and corrosion resistance of brake discs to reduce brake dust emissions.

Industry: Aerospace, Petrochemical, Nuclear Power, Offshore Engineering, etc.

Process: Laser Cladding
Material: Copper Alloy Powder

Enhancing corrosion resistance and wear resistance to support long equipment lifespan, low-maintenance operation, and promote the upgrade of green manufacturing.

Industry: Mold Manufacturing

Process: Powder Bed 3D Printing

Material: AlSi10Mg

By utilizing shorter production cycles, more complex geometric shapes can be created, enabling greater convenience in the iteration of tire product designs.

Industry: Mold Manufacturing

Process: Powder Bed 3D Printing
Material: 316L

Reducing multiple steps in traditional processes, enhancing structural strength and heat dissipation efficiency, to meet the long-term, high-frequency usage demands of shoe molds.

Industry: Aerospace

Process: Water-Guided Laser Machining
Material: CMC Ceramic Matrix Composites

Smooth-walled, burr-free diffusion cooling holes provide reliable technical support for the high-quality manufacturing of high-temperature components in aerospace engines.