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In an effort to Make a work environment that is More Secure and Keep Data precision in GNSS-impaired surroundings, Laser Technology Inc., Eos Positioning Systems and Esri collaborated on the creation of the world’s first laser counter mapping solution.

CENTENNIAL, Colo., Sept. 10, 2018 Three of North America’s Technology companies have partnered to produce the world’s first laser counter mapping alternative, one which improves information can be safely and accurately captured by discipline crews in resources and in surroundings that were GNSS-impaired.

Laser Technology Inc. (LTI), in partnership with Eos Positioning Esri and systems, collaborated on production and the development of the laser counter solution from the Collector. When employing an LTI laser rangefinder and an Eos Arrow Series™ GPS/GNSS receiver using Esri Collector for ArcGIS, a field employee can easily take, capture, and discuss high-accuracy 3D location information which is streamed right into ArcGIS Online in actual time.

With catching true 3D field crews challenged Places for resources that are hard-to-reach would rely with a program workflow, which demanded a meshing-together of their information back at the workplace upon a station. These days, the integration of those 3 technologies produces a solution that permits field mapping crews to catch 3D areas and in surroundings that are GNSS-impaired while decreasing security obligations.

The end result is a laser Means field crews never need to leave the Collector/AGOL surroundings don’t need to place themselves quickening trenches roadways, woods and canopies and never sacrifice precision, making precision mapping at a more efficient workspace.

“By blending the high-accuracy of this Eos Arrow Series™ GNSS receivers as well as the laser capacities of LTI, we could enable field crews to catch exceptionally precise XYZ coordinates from a safe space,” explained LTI Senior Product Manager Derrick Reish. “This removes the requirement for physically occupying every stage. Additionally, it offers more accurate location information, with cheaper cellular asset-management workflows.”

The cooperation comes amid rising demand for flexible, Solutions which may perform in the locations that are most untenable. The technologies integration, which provides users the freedom to integrate their laser choice and supplies various approaches that are offset-mapping, provides the mapping community an tool it may trust.

“Eos is very grateful to be part of the initial Launch in high-accuracy asset location information with LTI’s laser rangefinders and Esri’s Collector cell program,” explained Eos CTO Jean-Yves Lauture. “Enabling this type of precision means the very budget-conscious field crews will have the ability to get into the location of the hard-to-reach assets”

“Esri is very happy that Collector can now encourage The catch of high-accuracy asset places from afar, minding our distinctive partnership with Eos and LTI,” explained Esri Product Manager Jeff Shaner. “This really is really a game-changer for asset management”

This alternative highlights yet Assignment enhance workplace safety and to innovate its laser technologies.

“With Eos the world’s Top producer of high-accuracy GNSS receivers, Esri the international market leader in GIS applications, also LTI the major producer of professional-grade laser rangefinders, it was a matter of time before that tech trifecta delivered something genuinely disruptive,” said Eric Miller, president of LTI. “We are extremely proud of the partnership and this contemporary solution to the safest, most precise asset-management workflows.” Read more my blog

About Eos Positioning Systems Inc… Eos Positioning Systems Inc… (Eos) designs and produces the world’s greatest, high-accuracy GPS/GNSS recipients for its bring-your-own-device (BYOD) marketplace. The Arrow Series™ recipients feed submeter, subfoot along with centimeter RTK GPS/GNSS place data to some iOS, Android, and Windows device. Eos applications utilities, for example Eos Tools Guru, were created to provide the experience of incorporating metadata and location information in their workflows to consumers. Find out More about Eos.

Around the market leader in geographical, Esri Esri Information system (GIS) applications, provides the most effective mapping and spatial analytics technologies accessible. Since 1969, Esri has helped clients unlock outcomes to enhance. Now, Esri applications is deployed including most federal authorities the world’s biggest cities, 75% of Fortune 500 companies, and over 7,000 schools and universities. Esri engineers that the most innovative options for electronic transformation, the Web of Things (IoT) and place analytics to notify the many authoritative maps on the planet. See us in

Concerning Laser Technology Inc… Laser Technology Inc. (LTI) is a Manufacturer dedicated to manufacture and the design of advanced Measurement tools. The Professional Measurement branch Addresses software and wants such as your GIS, mining, forestry, Studying and Utilities markets. LTI is the leader of pulse-measurement Technology and contains supply system and a powerful partner.
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Could you post some photo of your failed prints, and the filament after it was removed from the toolhead following a failed print? From your description it sounds like this may be a matter of heat creep. Heat creep is when the heat travels up the filament until it reaches the teeth of the hobbed bolt. These are the teeth that feed the filament into the hotend. The filament gets hot at that point and is like butter and the teeth just chew through it. It is not very common to see heat creep with ABS so I want to look at your photos for any tell tales signs of other causes of this issue.
As a first step you can check the heatsink fan on your toolhead, your heatsink fan should always remain on so to test this all you will need to do is power off and back on your printer while keeping a close eye on the small circular fan that points directly at your heatsink. If this fan isn’t powering on it could cause heat creep even on filaments that don’t normally see heat creep such as ABS.