Humanoids have been promising to conquer the factories for years. AGIBOT did not promise - but just did.
The Chinese AGIBOT for the first time put humanoid robots G2 not in the demonstration zone or on a test bench, but directly on the current line of assembling tablets. The machines began to work at the Longcheer Technology plant - a large contract manufacturer of electronics. For the company itself, this is an important milestone: robots with embedded AI, which have so far been more likely to have shown at presentations and in pilot projects, have reached real mass production.
The G2 was used on the Multimedia Integrated Testing site, or MMIT, where tablets after assembly are tested. Robots take devices, put them in test devices and then laid out into categories: service separately, marriage separately. Spectacular nothing, but it is in such places that it quickly becomes clear whether the machine is able to work in a normal factory rhythm, without failures and unnecessary checks from the outside.
AGIBOT claims that the G2 is able to integrate into the stream without deep reworking the line and without a special tooling for each model. For electronics manufacturers, this is one of the most pressing issues: the range changes quickly, the time for refitting is always limited, and any simple immediately hits the release.
According to the company, the system processes up to 310 devices per hour, spends about 19-20 seconds per operation and shows success above 99.9%. It took 36 hours to integrate into the work line, according to AGIBOT. After launch, the robots were able to work around the clock and keep the same pace in different shifts.
Longcheer separately emphasizes that the path from the first to the launch on the serial line took four months. For the production project, the period is short, especially if we are not talking about laboratory inspection, but about the shop where the production of equipment is already underway.
The whole story is important for AGIBOT not only as a separate contract. The company is trying to show that a humanoid robot may not be a spectacular showcase machine, but a working tool for the factory. The approach, according to its version, is a test in simulation, reinforcement training and on-board intelligence, which helps to quickly start the system on site and tinker less with manual setting.
The next target is already indicated. By the third quarter of 2026, AGIBOT is going to increase the number of deployed robots to 100 and then expand its presence in the automotive industry, semiconductor industry and energy. Here, the main question will no longer be in the very fact of the emergence of humanoids in the factory, but whether they will be able to continue to confirm the benefits in the figures: the time of implementation, stability of work and the real economy of production.
The Chinese AGIBOT for the first time put humanoid robots G2 not in the demonstration zone or on a test bench, but directly on the current line of assembling tablets. The machines began to work at the Longcheer Technology plant - a large contract manufacturer of electronics. For the company itself, this is an important milestone: robots with embedded AI, which have so far been more likely to have shown at presentations and in pilot projects, have reached real mass production.
The G2 was used on the Multimedia Integrated Testing site, or MMIT, where tablets after assembly are tested. Robots take devices, put them in test devices and then laid out into categories: service separately, marriage separately. Spectacular nothing, but it is in such places that it quickly becomes clear whether the machine is able to work in a normal factory rhythm, without failures and unnecessary checks from the outside.
AGIBOT claims that the G2 is able to integrate into the stream without deep reworking the line and without a special tooling for each model. For electronics manufacturers, this is one of the most pressing issues: the range changes quickly, the time for refitting is always limited, and any simple immediately hits the release.
According to the company, the system processes up to 310 devices per hour, spends about 19-20 seconds per operation and shows success above 99.9%. It took 36 hours to integrate into the work line, according to AGIBOT. After launch, the robots were able to work around the clock and keep the same pace in different shifts.
Longcheer separately emphasizes that the path from the first to the launch on the serial line took four months. For the production project, the period is short, especially if we are not talking about laboratory inspection, but about the shop where the production of equipment is already underway.
The whole story is important for AGIBOT not only as a separate contract. The company is trying to show that a humanoid robot may not be a spectacular showcase machine, but a working tool for the factory. The approach, according to its version, is a test in simulation, reinforcement training and on-board intelligence, which helps to quickly start the system on site and tinker less with manual setting.
The next target is already indicated. By the third quarter of 2026, AGIBOT is going to increase the number of deployed robots to 100 and then expand its presence in the automotive industry, semiconductor industry and energy. Here, the main question will no longer be in the very fact of the emergence of humanoids in the factory, but whether they will be able to continue to confirm the benefits in the figures: the time of implementation, stability of work and the real economy of production.
