GeoSight CALS Scanner with 110m Winch
Toughest CMS scanner on the market
The GSM-16 is a borehole cavity monitoring system (CMS) that is designed to fit into a 3″ or larger borehole. Used to scan previously inaccessible voids in old mines, operating mines and civilian sewer systems. All of which are accessible with the Geosight GSM.
Versatile
Used to scan historical mines and operating mines for infrastructure inspections or safety concerns, or to scan inaccessible sewer galleries, the GSM-16 is a powerful tool. Equipped with lights, a camera and a solid state LIDAR, it can be used for a variety of mining jobs.
GSM-16 system features
- STANDARD OUTPUT: Easily export to DXF or Point Cloud
- LIDAR SCANNER: Scan 16° in a single pass, faster and more accurate than ever before!
- SELF ORIENTING: Maintains scanner orientation and positional accuracy using IMU technology and dead reckoning.
- MOTORISED DEPLOYMENT: Lower with a small, motorised winch or push upward with solid fiberglass rodder.
- LIGHTS/CAMERA/ACTION: See it all live as the scanner is deployed.
- 65mm DIAMETER: Fits in standard NQ, HQ drill holes or any 3” borehole.
| Brochures | |
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| gsm-16-110 - Brochure | Datasheets |
| GeoSight CALS Scanner with 110m Winch - Datasheet |
Brand: GeoSight Laser Scanning |
Code: GSM-16-110
Supplier Code: GSM-16
Brand: GeoSight Laser Scanning |
Code: GSM-16-110
Supplier Code: GSM-16
At a glance
GSM-16: The toughest borehole cavity monitoring system (CMS) on the market, designed for remote access void scanning with advanced LIDAR technology, real-time visualisation, and a compact 65mm diameter to fit standard drill holes.
Toughest CMS scanner on the marketThe GSM-16 is a borehole cavity monitoring system (CMS) that is designed to fit into a 3″ or larger borehole. Used to scan previously inaccessible voids in old mines, operating mines and civilian sewer systems. All of which are accessible with the Geosight GSM.
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VersatileUsed to scan historical mines and operating mines for infrastructure inspections or safety concerns, or to scan inaccessible sewer galleries, the GSM-16 is a powerful tool. Equipped with lights, a camera and a solid state LIDAR, it can be used for a variety of mining jobs.
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GSM-16 system features
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GSM-16 Features
Rugged LIDAR Scanner
Specifically engineered for mining, the GSM-16 is built to withstand the harsh conditions of underground operations. Its robust design ensures reliable laser mapping of dangerous and inaccessible cavities, providing critical data where it's needed most.
360° x 300° Field of View
The GSM-16 offers an extensive field of view, capturing comprehensive 3D maps of underground boreholes and voids. This capability is essential for detailed inspection and analysis of mining environments.
Rapid Deployment and Prototyping
The GSM-16's development process involved rapid CAD design and prototyping, resulting in a fully functional system within just 8 weeks. This ensured that the scanner was ready for real-world testing and deployment in a short timeframe.
IP67 Protection
With a rugged design certified to IP67 standards, the GSM-16 is protected against water, dust, rock debris, and other environmental hazards. This makes it a reliable tool in extreme mining conditions, where exposure to the elements is unavoidable.
Advanced Dual-Actuator Design
The GSM-16 features a custom dual-actuator system with a pass-through torque-increasing gearbox, designed to operate smoothly in tough environments. The inclusion of wear-resistant materials and replaceable parts ensures long-term durability and ease of maintenance.
Gorilla® Glass Camera Ports
For enhanced durability and clarity, the GSM-16's camera viewing ports are made from Gorilla® Glass. This material provides excellent resistance to impacts, abrasion, and pressure, ensuring that the camera remains functional even in the most challenging conditions.
Reliable Manufacturing
The manufacturing process for the GSM-16 involved careful supplier selection to guarantee that the production units meet strict tolerance and reliability standards. This attention to detail ensures that each scanner performs consistently, no matter the environment.
