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标题: GelaiBo Starts Construction of Its Central China Metal 3D Printing Industrial Base in Changsha [打印本页]

作者: admin    时间: 2026-11-3 20:09
标题: GelaiBo Starts Construction of Its Central China Metal 3D Printing Industrial Base in Changsha
On October 27, 2026, Hunan GelaiBo Digital Technology Co., Ltd. held a groundbreaking ceremony in Changsha. This is another key move in the company's expansion into central China following its base in Huzhou, Zhejiang. It marks an acceleration in the development of its nationwide production network and regional service system, while bringing new productive capabilities to central China's additive manufacturing industry cluster.

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As GelaiBo's industrial foothold in central China, the Changsha base will integrate metal 3D printer manufacturing, printing services, and application validation, creating a complete technology stack of equipment, software, and services. Equipment manufacturing will include two product lines: extra-large industrial metal 3D printers with meter-scale build dimensions, and volume production of consumer AI metal 3D printers for creators, small studios, and university laboratories.

Supported by its independently developed AI software ecosystem, GelaiBo's entire equipment range offers capabilities including intelligent model repair, cloud slicing, predictive process simulation, residual stress analysis, remote online operation and maintenance, intelligent production scheduling, and one-click printing. These features significantly lower the technical barriers and costs of metal 3D printing. The equipment has been widely deployed in molds and models, 3C consumer electronics, biomedicine, automotive, aerospace, robotics, research and education, and cultural and creative applications, helping customers across industries translate additive manufacturing capabilities into product competitiveness.

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The decision to establish a presence in Changsha is a strategic choice based on central China's manufacturing landscape.

For the company, the Changsha base will effectively expand GelaiBo's production capacity in central China and substantially shorten its response distance to customers in Hunan, Hubei, Jiangxi, and even southwestern China. It will enable local delivery and service, improving the company's nationwide production and service network.

For the market, the base will create a regional platform for process R&D, sampling, and trial production. It will focus on validating new materials and processes, helping customers iterate solutions rapidly and turn additive manufacturing processes into mature product solutions.

For the industry, the base will address weaknesses in central China's metal additive manufacturing equipment production and supporting processing capabilities. By connecting with the strengths of Changsha and surrounding areas in nonferrous metals, construction machinery, and new materials, it will help extend the local industry chain toward higher precision and added value and accelerate an open, collaborative regional additive manufacturing ecosystem.

The Changsha base will also draw on local universities and research institutes to establish a platform for industry–academia–research collaboration, support the training of additive manufacturing specialists and local employment, and provide the region with a continuing pipeline of intelligent manufacturing talent.

Looking ahead, the Changsha base will use an integrated equipment, services, and applications model to become a regional additive manufacturing service hub in central China. It will continue lowering barriers to metal 3D printing and help more small and medium-sized enterprises adopt advanced manufacturing. GelaiBo will also work with industry partners, research institutions, and universities to accelerate scaled deployment of additive processes across industries, support the transformation and upgrading of Changsha's advanced manufacturing sector, and build an open, collaborative additive manufacturing ecosystem in central China.

AI-translated from an article by Beijixiong on Nanjixiong, originally published on 2026-10-27. Text and images retain the original source attribution.
Read the original Chinese article




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