Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
1～13 item / All 13 items
Close linkage between LSI fault analysis observation/repair equipment and design CAD data.
A domestic CAD navigation system has been developed that can quickly and accurately identify defect locations.
Load forest map information and calculate the current position using the position detection sensor!
We would like to introduce the "OWL-AR Navigation System" that we handle. Based on the forest map information (forest resource data) obtained from OWL, we create management plans. Even in forests where GPS accuracy is low or GPS signals cannot be received, we use AR (augmented reality) technology to quickly navigate to the target trees based on the spatial relationships of standing trees. This is a system that displays various information on smart glasses. 【Features】 ■ Acquisition and updating of current location ■ AR display of standing tree information ■ Route search and AR navigation *For more details, please download the PDF or feel free to contact us.
A system that serves as the surgeon’s 'eyes' to dramatically improve surgical accuracy and safety
Jaw and maxillofacial surgeries require precise alignment of the skull and jawbones, which demands highly accurate support tools. Existing surgical navigation systems (NS) are optical, and while they can display, for example, the name of the area being imaged by an endoscopic camera, they are not suitable for alignment during surgery. On the other hand, there is existing technology for magnetic NS for brain imaging, and it is applied on the premise of obtaining highly accurate CT images. However, in the dental field, issues arise, such as unclear CT images when metal prostheses are present, and difficulty in obtaining CT images during surgery. This invention provides a magnetic surgical NS that can overcome these limitations. 【 Key Features 】 ・Linked to preoperative planning: Target fixture position and orientation can be set on a 3D bone model generated from CT or digital scan data ・Outstanding usability: Real-time tracking, 3D coordinate axes for both target and actual positions, guidance for aligning multiple bone segments ・High accuracy: Overlap-based visualization allows intuitive alignment with submillimeter precision (within 1 mm) (Ref. 1) ・Clear surgical view: Magnetic system avoids light obstruction, with a compact design that doesn’t interfere with the procedure
-Transforming all drivers into eco-driving experts-
This is MHS LOGIC! The eco-drive navigation system MHS-03DT reduces CO2 emissions through scientific eco-driving and realizes green logistics. By analyzing road gradients and cargo weight, it accurately captures the constantly changing driving environment and calculates the vehicle's driving performance in real-time. It considers all factors, such as how much extra power is being used compared to the necessary driving force for the current driving conditions and fuel efficiency simulations for driving in a higher gear, to derive the optimal eco-driving strategy for the vehicle and assist the driver with audio and visual cues.
Prevent mistakes between "work procedures" and "tools"! Assist work with a moving manual!
New products in the IoT tool series! In addition to the work error prevention feature, it is equipped with image and text navigation functions! This also contributes to the transfer of skills and techniques to inexperienced workers. The benefits are immeasurable! 【Features of Work Navigation】 - Assists work with a moving manual of images and text! - Prevents work errors and tool selection mistakes on the spot! - Tool storage location assistance feature prevents tool selection errors! - Work interruption is okay with the state recovery function. - Supports reading of Excel instructions/workers/tool masters and log output.
X/Y axis MEMS, Z axis FOG, accelerometer, GNSS included, compact and lightweight at 500g, ideal for autonomous driving and underground navigation systems.
The INS adopts inexpensive MEMS for the X-axis (Roll) and Y-axis (Pitch), and a self-developed FOG for the Z-axis (Yaw), achieving high precision while keeping costs down. The bias stability is <10°/h for the X and Y axes, and <0.03°/h for the Z axis. We also offer a budget version with the Z-axis at <0.2°/h. The system includes a GNSS module with RTK positioning capabilities and a speedometer, enabling advanced navigation. Temperature compensation is applied across the entire operating temperature range, allowing for real-time output of position, speed, and attitude with centimeter-level accuracy, even maintaining functionality for a while after losing satellite signals. The design complies with automotive regulations and uses navigation algorithms that recognize the vehicle's motion state, with connections to multiple sensors, online software upgrade capabilities, and automatic parameter calibration functions. It is ideal for Level 4 autonomous driving in vehicles, unmanned operation of construction machinery, cranes, and agricultural machinery, mobile mapping, and navigation systems in underground parking lots, tunnels, and other areas where satellite signals are unavailable. Developed and manufactured by I-NAV Technology Co., Ltd. (Shenzhen Tianlu Hai Navigation Equipment Technology Co., Ltd.).
Fault analysis and observation equipment! Introduction of the new CAD navigation system.
"AZSA-AR/HS" is a new CAD navigation system that can quickly and accurately identify defect locations. It enables the confirmation of underlying wiring by overlaying electron microscope images with CAD data, improving throughput for processing time. Additionally, it allows for easy operation on Windows and facilitates the sharing of information, such as potential failure locations, between devices. 【Features】 ■ Direct input and display of large-scale data is possible ■ Compatible with GDSII and OASIS formats ■ Can link with various devices ■ Capable of cross-sectional and 3D displays ■ Works in conjunction with electron microscopes and various analysis devices *For more details, please refer to the PDF materials or feel free to contact us.
Optimal for high-efficiency and effective use of leftover materials and scraps.
A programming system that effectively utilizes leftover materials and scraps linked with a CCD camera and KAP system.
High performance and lightweight design at 78g! Excellent cost performance RTK industrial package.
The new 3DM-GQ7 GNSS/INS is an all-in-one navigation solution with centimeter-level positioning accuracy. It is equipped with various correction sensors for harsh environments and situations, and it demonstrates stable and excellent performance through a newly developed dual antenna and the latest RTK-compatible INS, based on years of experience and proprietary algorithms. It features a dual multi-band GNSS receiver, low noise and low drift MEMS inertial sensors, and a robust adaptive Kalman filter, delivering performance that sets it apart from others in its class.
Improve course management efficiency with a GPS golf cart operation management and navigation system!
"CARTNAVI" is an advanced golf cart navigation system suitable for streamlining golf club operations and increasing revenue. Equipped with a voice call function to the operations room, it enables smooth communication with players. It can quickly respond to incidents such as lightning prevention alerts, forgotten clubs, and unauthorized area intrusions. Additionally, there is no need for auxiliary equipment like walkie-talkies. Furthermore, score input and screen operations are simple touch panel operations, allowing players to focus on their game. [Features] ■ No need for walkie-talkies ■ Equipped with voice call function ■ Easy touch panel operation for score input and aggregation *For more details, please refer to the PDF document or feel free to contact us.
