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ROBO®QUAKE Earthquake Monitoring Tool for Buildings
17Jul

ROBO®QUAKE Earthquake Monitoring Tool for Buildings

Living in Indonesia’s active seismic regions requires proactive infrastructure protection. **ROBO®QUAKE** is an advanced, IoT-compatible Structural Health Monitoring System (SHMS) designed to protect buildings and their occupants during earthquakes.

Equipped with high-precision industrial accelerographs, it continuously tracks the vibration status of critical structural components in real time. When dangerous ground acceleration occurs, ROBO®QUAKE instantly triggers automated life-saving actions. It sounds immediate evacuation alarms, sends instant SMS and email notifications, and automatically activates building protection equipment—such as shutting off main gas lines and parking elevators safely.

For rapid post-event assessments, the system securely connects to the ROBO®ONE cloud platform for remote engineering analysis. If power or networks fail, it provides redundant on-site data retrieval via an LCD screen and a built-in thermal printer. Supported locally by PT. Exact Global Teknologi, this modular system is the definitive solution for seismic building protection.

Comprehensive Guide to 3D Laser Scanner Tools: How It Works, Functions, and Latest Trends
03Jul

Comprehensive Guide to 3D Laser Scanner Tools: How It Works, Functions, and Latest Trends

This guide explores how the modern 3D laser scanner tool replaces manual surveying by capturing physical environments into high-density point clouds. It highlights the automated Topcon ESN-100, featuring a “Just Place It!” philosophy with built-in $\pm3^{\circ}$ automatic self-leveling and 100-meter target detection to completely eliminate operator error. Delivering millimeter precision, this terrestrial laser scanner (TLS) seamlessly integrates into BIM workflows, allowing direct data export for automated clash detection and transparent earthwork volume calculations. Backed by empirical evidence from the NPEA project (May 2026), the text demonstrates how 3.6 GB+ of massive spatial data was effortlessly processed on a standard office laptop using MAGNET Collage Office software while maintaining a sub-5mm registration accuracy. Presented by PT. Exact Global Teknologi, this condensed guide serves as an essential technical resource for maximizing efficiency in large-scale infrastructure projects.

3D Laser Scanners for BIM: A Complete Guide and Implementation
26Jun

3D Laser Scanners for BIM: A Complete Guide and Implementation

Discover how to maximize project efficiency and data certainty with the Topcon CR-P1, a premier 3D laser scanner tool for BIM. This comprehensive article explores 5 main applications across strategic projects: executing precise Scan to BIM workflows for complex buildings , creating factory Digital Twins with zero operational downtime , and accelerating earthworks tracking through real time cut and fill heat maps. It details how the dual axis compensator optimizes floor flatness and paving checks , while the Resection method secures high accuracy data in hazardous environments from a safe distance. Beyond hardware, we break down the integrated digital workflow of the Topcon Ecosystem , including Collage Site for on site registration , EdgeWise and Verity for smart extraction , and Topcon Enterprise for rapid field to office cloud exchange. Backed by professional training from PT Exact Global Teknologi , this system delivers absolute accuracy and measurable ROI. Read our full guide to upgrade your surveying standards.

3D Laser Scanner Tool for BIM: Topcon CR-P1 Applications in 5 Project Types
24Jun

3D Laser Scanner Tool for BIM: Topcon CR-P1 Applications in 5 Project Types

Discover how a 3D laser scanner tool for BIM transforms complex construction workflows from capturing raw point clouds to building intelligent digital twins. Explore our complete implementation guide featuring the high-speed Topcon CR-P1 system to achieve extreme accuracy and eliminate manual errors on site.

Complete Specifications of the ComNav MS-SAR5000 and Its Competitive Advantages vs. Conventional Radars
10Jun

Complete Specifications of the ComNav MS-SAR5000 and Its Competitive Advantages vs. Conventional Radars

The ComNav MS-SAR5000 is a professional-grade, non-contact slope stability monitoring radar precisely designed to perform real-time ground surface displacement measurements for open-pit mines and areas prone to geological disasters. Moving beyond the limitations of conventional contact tools and older Real Aperture Radar (RAR) technology, the MS-SAR5000 utilizes ground-based Synthetic Aperture Radar (ArcSAR) and Differential Interferometry (D-InSAR) to provide a full 360-degree horizontal coverage up to a 5-kilometer radius, eliminating dangerous blind spots.

Con-Mine 2026 Jakarta: Future Monitoring Technology with PT Exact Global Teknologi
10Jun

Con-Mine 2026 Jakarta: Future Monitoring Technology with PT Exact Global Teknologi

Discover the future of mining technology at Con-Mine 2026 Jakarta, taking place from May 20-22, 2026, at JIExpo Kemayoran.

Join 15,000 professionals and 150 exhibitors from 12 countries to explore cutting-edge industry innovations. Partner with PT Exact Global Teknologi to transform your mining operations through advanced slope monitoring sensors, subsurface mapping systems, and digital infrastructure modernization for optimal safety and efficiency.

Storage Management Transformation: A Case Study of a SLAM LiDAR Scanner on a Giant Indoor Stockpile in Indonesia
05Jun

Storage Management Transformation: A Case Study of a SLAM LiDAR Scanner on a Giant Indoor Stockpile in Indonesia

Stop losing billions on slow stockpile surveys. Streamline your volumetric audits with the cable-free ComNav SinoGNSS LS600 3D laser scanner today.

Halting heavy machinery for conventional stockpile surveys costs billions in lost productivity. The ComNav SinoGNSS LS600 revolutionizes volumetric mapping with a 100% cable-free, handheld 3D laser scanner that delivers centimeter-level accuracy in minutes. Discover how this rugged, IP54-rated device mapped a massive 198-meter facility in just 7 minutes with zero operational downtime.

Digitalization in Surveying: Optimizing Reality Capture and Real-Time Project Monitoring
05Jun

Digitalization in Surveying: Optimizing Reality Capture and Real-Time Project Monitoring

Discover how Terrestrial Laser Scanners (TLS), automated monitoring, and BIM integration are revolutionizing the surveying industry for absolute project accuracy.

Leave behind slow and risky conventional measurement methods and step into a revolutionary new era of digital surveying. By harnessing cutting-edge technology, smart Terrestrial Laser Scanners (TLS) such as the Topcon CR-P1, ESN-100, and GLS-2200 can now capture real-world site conditions into highly dense 3D point clouds with incredible speed, safety, and zero physical contact
. This extreme-resolution reality capture data seamlessly integrates into Building Information Modeling (BIM) workflows using advanced software like ClearEdge3D Verity to automatically compare as-built point clouds with design data, allowing you to instantly detect structural clashes and verify construction accuracy
. Furthermore, the continuous safety of your most critical infrastructure—such as massive dam structures and mining slopes—can now be guaranteed 24/7 through autonomous, real-time monitoring systems
. By pairing the rugged precision of MSAXII Robotic Total Stations with MSP RAPID software, the system automatically collects data, filters out false readings, and delivers instant early warning alarms via SMS or email the moment any dangerous displacement is detected
. Ultimately, this powerful synergy of 3D reality capture, automated monitoring, and BIM integration ensures that your projects not only achieve remarkable time efficiency but are built upon an uncompromised foundation of absolute precision.

Fast 198-Meter Stockpile Mapping in Just 7 Minutes
03Jun

Fast 198-Meter Stockpile Mapping in Just 7 Minutes

Managing material inventory effectively requires high data accuracy and operational efficiency. Transitioning from slow, conventional contact methods, our latest stockpile mapping service utilizes the integrated GNSS SLAM IMU technology of the SinoGNSS LS600 handheld scanner. Weighing only 1.9 kg with an IP54 industrial rating, this rugged device captures up to 640,000 points per second and utilizes dual 48-Megapixel cameras to generate realistic, colored 3D point clouds. Our successful case study at the PT. SBI warehouse proved its real-world capability, where a 198.14-meter long stockpile was comprehensively scanned in a mere 7 minutes and seamlessly processed into industry-standard CAD/GIS formats using ScanMaster and RealEditor software.

For a detailed technical breakdown and guidelines, you can review the official SLAM LS600 or contact our engineering team directly.

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