An industrial robotic arm labeled DOOSAN operates within a metal-framed enclosure, interacting with a tiered tray system. The setup highlights automated SSD duplication, featuring NVMe Express and U-Reach Solomon logos.

31 January, 2022

U-Reach and Solomon Team Up to Launch a Fully Automated NVMe SSD Duplicator

With the advent of the AI era, the world is setting off a revolutionary whirlwind of industry changes, and UReach Inc., together with Solomon Technology, launched the world’s first fully automated NVMe SSD duplicator that combines an automated robotic arm and 3D vision technology to revolutionize the duplication industry.

Through the AI’s machine learning capabilities, the duplicator and robotic arm can quickly and accurately complete SSD reading and writing tests and perform complex data copying operations. By replacing manpower with a high degree of automation, it not only streamlines labor and reduces costs, but also decreases human error and significantly improves the quality and production efficiency of industrial control system factories.

A robotic arm inside an enclosure is handling small, rectangular objects—likely NVMe SSDs—with multiple stacks arranged on a table and trays for organization nearby, showcasing an automated SSD duplicator such as the U-Reach Solomon in action.

Technology Leadership and Process Optimization Toward Smart Manufacturing

The advantage of UReach technology lies in avoiding the computer modification architecture adopted by the industry and insisting on developing special duplicators based on native protocols. In the burgeoning Industry 4.0 era, smart manufacturing is paramount in the industry, and data processing equipment that can handle reading and writing colossal amounts of data quickly and accurately will be a key component of this generation.

UReach collaborated with Solomon, who combines robotic arms with artificial intelligence and 3D vision technology to improve the efficiency of the duplicators and enhance productivity. This technology will effectively reduce the M.2 NVMe SSD manufacturing process, improve manpower allocation, and optimize the machine operation training and more. We are moving toward the goal of “smart manufacturing” with a highly automated and intelligent process.

In automating the insertion procedure, the setup can quickly and consistently insert drives into the duplicator. Insertions with too much force, angled insertions, or incorrect insertions can lead to damaged SSDs or sockets, longer production time, and reduced equipment longevity. Eliminating human error from the equation increases the accuracy and stability of the machine while reducing manufacturing costs.

A robotic arm labeled U-Reach Solomon and NACHI operates inside a metal-framed workstation with a sign reading NVM EXPRESS on top, functioning as an automated SSD duplicator beside several stacked black boxes.

Production Solutions are Upgraded to Maximize Profits

In addition, UReach has upgraded the NVMe duplicator production solution. Users can transfer data through the cloud for mass copying, which improves the past procedure of data calibration of the master source. In terms of software application, it solves the network bandwidth issues during mass production, and after the production is completed, the production yield and production quantity are calculated simultaneously. The whole process is executed in a fully automated way, from efficiency to effectiveness, to create more profit and value for the enterprise.


About U-Reach Data Solutions Inc.

With 20 years of experience, U-Reach Group specializes in the design and production of stable, high-speed data solution equipment, with a competitive product portfolio which includes duplication, inspection, and sanitization and covers Flash, HDD, and M.2 PCI-E SSDs.

In 2012, U-Reach Data Solutions Inc. established in California as the USA headquarter, extending the manufacturer’s services to North America, offering quality deliveries to meet ever-changing market needs.

Its well-known brand “U-Reach” has been marketed worldwide, and its data equipment has been adopted by many leading manufacturers and companies in the semiconductor IC design field, electronic foundries, military and government institutions, medical and healthcare centers, schools, film production and entertainment industries. To date, U-Reach has become the designated supplier for many semiconductor IC design factories.

U-Reach has set up seven branches around the world, providing a global technical support center (Technological Support Center) and is committed to offering real-time service to local clients and multinational companies.

USA Marketing Team

U-Reach Data Solutions Inc.

Phone : +1 909-628-7030

info@ureach-usa.com


About Solomon

The word SOLOMON in bold, uppercase red letters on a white background. The modern, sans-serif font features stylized curves, reminiscent of the sleek design found in U-Reach NVMe SSD duplicator and other fully automated devices.

Solomon is currently the world’s only 3D vision technology supplier that provides an open, “one-stop” solution, from 3D scanner R&D and manufacturing to software-side 3D point cloud processing, rapid comparison calculations, AI intelligent judgment of object features, and arm collision avoidance, as well as motion control, all independently developed by their internal research team. It is also the only 3D vision system on the market that can be linked to most world-class arm brands. At the 2018 Taipei Automation Show, Solomon’s auto arm combined with AI and 3D became the biggest hit of the exhibition. Many enterprises, academia, robotic arm manufacturers, end-users, media, and exhibition visitors were all impressed by the performance of Solomon’s robots, which seemingly had “a brain and eyes”.

A purple banner with a QR code and white text details UReach Group’s history, global expansion, and data duplication services as a Partner Provider, featuring a website link: www.ureach-usa.com.

Discover more from M.2, HDD Duplicators & Sanitizers | U-Reach Data Solutions

Subscribe now to keep reading and get access to the full archive.

Continue reading