Sherborne Sensors

Sherborne Sensors has announced that its DSIC inclinometers and A323 accelerometers are being used to provide highly-accurate, geo-reference position data as part of an innovative automated mineshaft inspection technology. Based on LiDAR technology and high-resolution photography, the Mobile Shaft Scanning System being developed by Canada’s Sight Power Inc. combines three core elements – Lasers, Global Positioning System, and Inertial Navigation Systems – promising substantial savings and improvements in safety.

Sherborne Sensors has successfully completed AS9100 Rev C certification, the internationally recognized quality management system for commercial aviation, space and defence organizations. The AS9100 standard includes the fundamental ISO9001 quality management standard, as well as nearly 100 additional requirements specifically designed to address the stringent, complex and unique demands of the defence and commercial aerospace industry and has recently been completely revised to Rev C.

Sherborne Sensors has re-launched its DSIC digital servo inclinometers due to continued demand from its customers and the wider market. The DSIC Series is a range of single and dual axis gravity referenced digital output servo inclinometers with total error band of less than 0.08 degrees over a temperature range of -4° to +158°F.

Sherborne Sensors has helped Canada’s Carleton University complete development of an innovative mobility system for a prototype micro-rover that in future may perform exploratory research missions on the Moon and Mars.

Sherborne Sensors announces the T835 Series, a high precision, gravity referenced, tri-axial inclinometer, designed for application in physically challenging and space constrained environments. Available in angular ranges ±14.5° to ±60° and measuring just 25.4mm in diameter, the T835 is manufactured from aerospace quality stainless steel making it extremely robust and ideal for measurement in confined areas such as borehole applications and seismic studies. The inclinometer can also survive and operate in extremes of temperature, ranging from -4 to 158 degrees Fahrenheit.

Sherborne Sensors, has announced its selection of Tritek Solutions, and its subsidiaries, to represent the Company on both the US West Coast, and in the New England region. Tritek Solutions will be responsible for providing total sales support for the entire line of Sherborne Sensors’ products and services, including inclinometers, accelerometers, force transducers, displays, power supplies, and accessories.

Sherborne Sensors, a global leader in the design and manufacture of sensors for military, aerospace and industrial applications, announces the LSW series, a family of rugged, high‐precision inclinometers, designed for use in demanding all‐weather applications.

Sherborne Sensors, has announced improved sales performance for its fiscal year ending June 30. Sales rose approximately 15% year over year globally, with growth of approximately 13% in the North American market.

Sherborne Sensors, a global leader in the design and manufacture of sensors for military, aerospace and industrial applications, has announced its debut wireless product, the Wireless Tilt System (WTS). Designed to provide surveyors, geotechnical specialists and structural engineers with a complete measurement solution, the WTS is a flexible all weather radio telemetry system delivering highly accurate remote angle measurement data.

Confirms position as prefered supplier of accelerometers based on key performance indicators including quality of performance and service delivery - Sherborne Sensors, a global leader in the design and manufacture of sensors for military, aerospace and industrial applications, today announced its achievement of a 100 percent supplier rating with global security and technology systems provider, Lockheed Martin Missiles and Fire Control.

Sherborne Sensors, a global leader in the design and manufacture of sensors for military, aerospace and industrial applications, announces the A320 series of ultra‐low range linear servo accelerometers. Designed to deliver exceptional durability and robustness, the A320 series spans a wide range of industrial and military applications – from geophysical, seismic and civil engineering studies, to flight test monitoring and low acceleration analysis.

Expansion in North America and product innovation drive unprecedented global sales

T233 Series maintains optimum accuracy in the toughest industrial environments Sherborne Sensors, a global leader in the design and manufacture of sensors for military, aerospace and industrial applications, today announced that it has successfully delivered its T233 gravity-referenced servo inclinometers to ZED Tunnel Guidance, for application in its Tunnel Boring Machines (TBMs).

Leading Sensors Manufacturer Boosts Local Presence and Positions for Further Expansion Across North America

Sherborne Sensors, a global leader in the design and manufacture of sensors for military, aerospace and industrial applications, announces the T935 series, high precision closed loop gravity referenced servo inclinometers designed for use where space is limited.

Sherborne Sensors, a global leader in the design and manufacture of sensors for industrial, military and aerospace applications, announces the T820 series, a new range of high precision, gravity referenced dual axis inclinometers for measurements in space constrained environments such as borehole or well logging and seismic studies. Available for ranges from ±14.5° to ±60°, the cylindrical inclinometers measure just 23mm in diameter and 161mm in length and are Sherborne’s smallest diameter inclinometers.

Sherborne Sensors has announced the North American launch of Series T435, a single axis, high-precision, closed loop gravity referenced servo inclinometer family, designed for down-hole logging applications, or for use in areas where space is at a premium. With a form factor measuring only 1.6 in. (40.6mm) high and less than 1.46 in. (37mm) in diameter, sensors can be stacked for simultaneous X & Y measurement of tilt angles.