Indoor Positioning Solution - List of Manufacturers, Suppliers, Companies and Products | IPROS

Indoor Positioning Solution Product List

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Indoor positioning solution "AirSOL-HPPS"

Indoor positioning solution "AirSOL-HPPS"

Position tracking of mobile objects such as AGVs is possible! Introducing a high-precision indoor positioning solution (error ±10cm).

"AirSOL-HPPS" is an indoor positioning solution that allows for real-time visualization of location. It offers high accuracy (with an error of about ±10cm), enabling position tracking of moving objects such as AGVs simply by attaching a locator and sticking on a tag. Additionally, sizing and construction can be completed by our company. 【Features】 ■ Real-time location visualization ■ Simply attach a locator and stick on a tag ■ Dedicated cloud available ■ Sizing and construction can be completed by our company ■ Workflow analysis for improved operational efficiency *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments
  • Other Software
  • Indoor Positioning Solution

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UWB indoor positioning solution

UWB indoor positioning solution

Visualizing "high-precision locations" both indoors and outdoors to support safety management, operational analysis, and automation on-site.

SoftBank's "UWB Indoor Positioning Service" is a positioning solution that utilizes UWB positioning technology to accurately determine the location of people, objects, and mobility in indoor environments. It calculates the distance based on the time of flight of radio waves between tags and anchors, allowing for the positioning of tags. Even in indoor or non-satellite environments where GPS signals are weak, it can visualize the location information of workers, forklifts, transport vehicles, and indoor autonomous robots. The acquired location information can be used for understanding the positions of workers, parts, and mobility, analyzing operational metrics such as movement distance and dwell time, detecting and notifying intrusions into hazardous areas via geofencing, and controlling AMR transport and ensuring safety in mixed robot environments. It supports improvements in safety, work efficiency, identification of bottlenecks, and the digitalization of sites in manufacturing, logistics, and construction environments.

  • Automated warehouse (AS, RS)
  • Indoor Positioning Solution

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[Case Study] Achieving Understanding and Improvement of Bottlenecks with Indoor Positioning Technology

[Case Study] Achieving Understanding and Improvement of Bottlenecks with Indoor Positioning Technology

Understand the status of work-in-progress for each process! Quickly cycle through the PDCA cycle by visualizing process progress.

At the Robot Manufacturing Division of Fujikoshi Co., Ltd., the conventional production progress management system was structured to manage multiple processes in blocks, which resulted in delays in understanding the progress of individual processes and responding to issues. To address this, the manufacturing division implemented "iField indoor." By visualizing the location of all work-in-progress items, they were able to identify bottleneck processes and optimize work flows and layouts, successfully improving KPI metrics. [Case Study] ■Challenges - It took time to understand the progress of individual processes, leading to delays in response. ■Implemented Product - iField indoor *For more details, please refer to the PDF document or feel free to contact us.

  • Other Software
  • Indoor Positioning Solution

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[Case Study] Achieving Operational Efficiency through Remote Management on Site

[Case Study] Achieving Operational Efficiency through Remote Management on Site

Introducing examples of utilizing indoor and outdoor positioning information for the realization of digital twins in construction sites!

Kashima Construction Co., Ltd. has formulated the "Kashima Smart Production Vision," which promotes the transformation of various production processes at construction sites through the use of ICT. Under the three concepts of "half of the work done by robots," "half of the management done remotely," and "all processes digitized," we aim to improve productivity. As part of this initiative, we have introduced "iField indoor." Remote management of construction vehicles has also been realized. [Targets and Objectives of Remote Management] ■ People: Efficient management of construction sites with a small number of personnel ■ Equipment and Materials: Reduction of search time and rental costs ■ Construction Vehicles: Reduction of waiting times and alleviation of stress *For more details, please refer to the PDF document or feel free to contact us.

  • Other Software
  • Indoor Positioning Solution

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