Automation of food manufacturing and pharmaceutical manufacturing lines with Stäubli robots.

"Chemical cleaning compatible robot," "cleanroom robot," "hydrogen peroxide compatible robot," "high-speed picker with 200 picks per minute," etc.

Stobri Robot offers a wide range of "industrial robots" with a proven track record in various production lines that require strict hygiene and clean environments, such as food, pharmaceuticals, and semiconductors. We have products that can withstand high humidity environments and can be thoroughly washed with cleaning agents, including the 6-axis robot "HE Series" and the "TP80 Fast Picker," which achieves high-speed picking of up to 200 picks per minute. Our lineup includes products that are resistant to cleaning agents and gas sterilization, and generate minimal dust. We have extensive experience, especially in applications where environmental considerations are paramount. If you are considering automation and labor reduction, please take a look. 【Partial Product Lineup】 ◎ 6-axis robot "HE Series" - Compatible with cleaning processes using 250 types of cleaning agents and disinfectants - Sealed structure allows for positive air pressure inside the arm ◎ 6-axis robot "Stericlean Series" - Capable of vapor sterilization using hydrogen peroxide - Over 10 years of experience in the pharmaceutical manufacturing field ◎ Pick and place robot "TP80 Fast Picker" - Wide operating range of 1600mm - Repetition accuracy of ±0.05mm *For more details, please refer to the materials. Feel free to contact us with any inquiries.

basic information

If you are having trouble with industrial robots, please consult us." "I have no experience with robot automation and want to know about implementation examples and processes." "There are no robots suitable for high humidity environments or cleaning applications." "Contamination control with robots is a challenge." "I want a hygienic and clean robot." "I want to automate but would like to keep the number of robots to a minimum." "I would like you to assess the feasibility of automation by looking at the site.