Industrial mesh intercoms connecting people – for improved efficiency and safety.

basic information

Product Name: Expand Mesh Model Number: EXPANDM-01 General Specifications: ● Talk Time: 10 hours *1 ● Size ・ Main Module: 164 mm x 120 mm x 142 mm ・ Speaker: Diameter 37mm x Thickness 6.2mm ・ Boom Microphone: Length 85mm ● Weight: 100g ● Operating Temperature: -10℃ to 55℃ ● Charging Time: 3 hours Bluetooth: Bluetooth 5.2 Intercom ● Talk Distance ・ Mesh Intercom 400m (in clear line of sight) *2 (Maximum 1600m (when 6 people are using)) ● Maximum Number of Participants ・ Open Mesh Intercom: Unlimited ・ Group Mesh Intercom: 24 people ・ Open Mesh Channels: 9 channels (Note) *1,2 These values may vary depending on your environment.

Price information

Regular selling price: 31,300 yen (excluding tax)

Delivery Time

Applications/Examples of results

Case Studies (Others) Surveying (Time reduction through high-precision communication among workers) Traffic management on highways (Road work related to traffic accidents, vehicle breakdowns, and debris removal) Aircraft testing sites and maintenance facilities (Communication among workers involved with aircraft) Disaster relief (Removal of debris such as driftwood from bridge girders in rivers) Railway maintenance (Inspection and maintenance work, communication between inside and outside of work vehicles, and under noisy conditions) Laboratories and clean rooms (To avoid stopping work that requires precision)

Detailed information

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  Case 1: Improving Work Efficiency Among Workers Separated by Equipment in the Factory In the manufacturing process of automotive interior sheets, communication between the product adjuster and the final inspection person. [Before Implementation] They used gestures and signals to communicate when necessary, but due to the large equipment separating them, there were times when the other person did not notice, requiring them to leave their station and rush over. [After Implementation] With the use of intercoms, the team of five can now share information without needing to leave their stations. The goal is to communicate in a timely manner and minimize production losses.

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  Case 2: Improving Work Efficiency in Noisy Environments Communication among workers (about 5 to 20 people) in noisy environments on workboats and during port operations. [Before Implementation] Workers had to go to the other person's location and shout directly into their ear to have a conversation. They also pressed a walkie-talkie to their ear to communicate, but this required stopping their work to operate the walkie-talkie. [After Implementation] By using a mesh conversion adapter and bone conduction earphones, workers can now wear earplugs and communicate without stopping their work, even in noisy environments.

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  Case 3: Safety Confirmation and Work Efficiency Improvement During Utility Pole Construction Communication among workers on the utility pole, crane operators, and crane workers (working in teams of five) [Before Implementation] While using radios, they were large and cumbersome during work, and the need to use one hand for communication placed a burden on the workers on the utility pole. [After Implementation] By using a mesh conversion adapter and commercially available earphones, safety confirmation can now be conducted without placing a burden on the workers on the utility pole.

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