GEO-Instruments Products

MonStar, a custom program jointly developed by Geo-Instruments and LandMarker Geospatial, acts as a real time monitoring interface for STAR*NET, the popular measurement adjustment package distributed by Starplus Software of Oakland, California.
The MonStar Interface Reads incoming live data from multiple robotic total stations delivered automatically into a common incoming data directory, parses the incoming data by time stamp into a separate adjustment for each reporting interval, checks for a minimum number of observations per reporting interval, converts the data to a STAR*NET compatible input format, calls STAR*NET to run a rigorous least squares adjustment on the combined data from all instruments for each reporting interval, converts the adjusted output to a format compatible with online reporting software such as Argus and archives the incoming raw data and adjustment files for review and backup purposes.

PPMS represents the latest in Global Positioning System (GPS) technology for deformation monitoring applications. PPMS provides continuous, 3D position updates with millimeter-level precision in real time. The GPS sensors can be used to capture data of sudden displacements which can be used to warn of unsafe conditions.
PPMS implements a Delayed-State Kalman filter to process GPS carrier phases as triple-differenced observations. This processing strategy offers advantages over conventional doubled-differenced observation processing techniques.

Is intended for use with our automated theodolite data collection system. The prisms are installed where X, Y & Z movement is desired. Use the Micro Swivel Prism to monitor movements on all types of structures, or geologic features, such as response of tunnels during construction, monitoring affect of adjacent construction activity in active tunnels, settlement of buildings, slab adjustments during jacking, or soil improvement operations, behavior of structural members under loads/unloading, landslides, and changes in existing structures caused by adjacent construction.

The L-Bar Mini Prism is intended for use with our I-ris automated theodolite data collection system. The prisms are installed where X, Y & Z movement is desired. Use the L-Bar Mini Prism to monitor movements on all types of structures, or geologic features, such as response of tunnels during construction, monitoring affect of adjacent construction activity in active tunnels, settlement of buildings, slab adjustments during jacking, or soil improvement operations, behavior of structural members under loads/unloading, landslides, and changes in existing structures caused by adjacent construction.

The GEO Road Prism mounts Geo-Instruments Micro Prisms on road surfaces, sidewalks, pavement or other solid planar surfaces. It has a rugged PVC one piece construction and is used with AMTS systems to monitor displacement of inaccessible locations, such as active roads.

The GEO-Track Clip consists of a custom formed steel clip with stainless steel socket cap screws. The Track Clip fits onto common 6inch rails and is fastened with 1/4 inch-20 SS screws to provide a positive connection to the rail. The Track Clip mounts Geo-Instruments Mini Prisms on the Rail Road Track Flange and is used with Automated Motorized Total Station systems to monitor track twist and settlement.

The GEO Laser Target Bracket is intended for use with our Automated Pulsed Laser Scan systems to monitor displacement of inaccessible locations, such as active roads. Typical applications include monitoring 3D movement (X, Y and Z) of structures and geologic features such as: response of tunnels and highways during construction, affect of adjacent construction activity in active tunnels or other structures, settlement of buildings, slab adjustments during jacking or soil improvement operations, behavior of structural members under loads/unloading, landslides, changes in existing structures caused by adjacent construction.

The Laser EDM Placement Tool allows standard field portable EDM devices to be repeatably placed on structures for periodic monitoring. Accurate, robust and provides very good long-term repeatable measurements. Small bracket profile allows unobstructed access to shafts and passageways and other structural elements. Fast set up and break down.

The I-RIS solid state automated motorized total station (AMTS) control System is based on the CR1000 measurement and control platform. I-RIS is our software program running on the CR1000 providing fully automated remote control of robotic total stations. It also provides for reading common geotechnical instruments , wireless sensors (WiSe), and many other sensors applications.

ScanStation 2 adds blazing speed to the four, fundamental total station features that made ScanStation a new category of laser scanner for as-built and topographic surveys. Now, with a 50,000 points/sec maximum instantaneous scan rate, full field-of-view, survey-grade tilt compensation, survey accuracy for each measurement, and excellent range, ScanStation 2 has set a new standard for versatility, productivity and ease-of-use in High-Definition Surveying.

Packed with exciting new features, built for speed, accuracy, ease-of-use and reliability, Leica TPS1200+ total stations carry out even the most complex tasks, better and more efficiently than ever before. And, best of all, they combine perfectly with GPS1200+. Best reflectorless electronic distance measurement technology in combination of range, accuracy, measurement time and laser spot size in the market. Measure more than 1000m range with true PinPoint accuracy.

Leica TCA1201M is the first choice for long-range distance monitoring, equipped with a special distance meter to provide outstanding measurement range to prisms with high accuracy. TCA1201M features a outstanding distance measurement range of more than 8 km to a single prism, high distance measurement accuracy of 2 mm + 2 ppm, reliable measurements, even when measuring through windows.

Today´s most popular class of laser scanner - ScanStation - is now in a compact, all-in-one ScanStation C10 platform. It includes scanner, tilt sensor, battery, controller, data storage, auto-adjusting video camera and laser plummet. ScanStation C10 also features major productivity advances, including a new Smart X-Mirror that lets users conduct full-dome scans in literally just minutes using a spinning mirror. With outstanding performance for site, exterior, and interior applications, ScanStation C10 makes High-Definition Surveying (HDS) profitable for even more as-built, topographic and monitoring surveys.