HP-L-10.10 laser scanning sensor
The all-in-one laser scanner – Combining speed, accuracy, flexibility and intuitiveness
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The ONE laser scanner – Fast, accurate, flexible and user-friendly
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The Hexagon HP-L-10.10 isn’t just a market-leading scanning solution for CMMs. It’s the one laser scanner that turns your CMM into an optical multisensor system, combining unmatched speed, accuracy and flexibility to streamline the measurement of complex surfaces and workpieces. The cutting-edge HP-L-10.10 in combination with PC-DMIS software is prepared for any inspection challenge, setting a new standard for CMM laser scanning.
HP-L-10.10 is Hexagon’s most accurate laser scanner for CMMs. With a probing form error of 8 μm, the accuracy is close to the results operators can achieve with tactile probing solutions. At the same time, the HP-L-10.10 captures up to 600 000 points per second, which means unprecedent speed and amount of data, even when measuring difficult surfaces, like reflective or shiny ones.
HP-L-10.10 isn’t just superior when it comes to performance and accuracy; together with PC-DMIS measuring software it also brings unique new functions that transform the usage of CMMs during programming and executing measurement programs, as well as for advanced reporting and collaboration.
HP-L-10.10 is Hexagon’s most accurate laser scanner for CMMs. With a probing form error of 8 μm, the accuracy is close to the results operators can achieve with tactile probing solutions. At the same time, the HP-L-10.10 captures up to 600 000 points per second, which means unprecedent speed and amount of data, even when measuring difficult surfaces, like reflective or shiny ones.
HP-L-10.10 isn’t just superior when it comes to performance and accuracy; together with PC-DMIS measuring software it also brings unique new functions that transform the usage of CMMs during programming and executing measurement programs, as well as for advanced reporting and collaboration.
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Visual, adaptive projection of the measurement range on the part
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Remote teaching and navigating on the CMM
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Adapt the sensor field-of-view to optimise cycle time and level of detail
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Automatically generate scan paths by selecting CAD surfaces
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Easily extend the sensing range to measure deep cavity features
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Guided measurement via video livestream
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Gain higher measurement speeds and capture critical feature details within the same measurement path
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Measure different surfaces, colours and characteristics without changing settings
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Visual, status for online programming by LED work distance indicator
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Visual, adaptive projection of the measurement range on the part
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Increase clarity of measurement reports by adding images to it
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Easily identify failed features by automatically capturing images of feature in question
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Gain extremely accurate data sets for reporting and further processing
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Create smooth meshes for reverse engineering to support product design
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Features & benefits
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Technical data
Sensor
Laser class 2 (EN / IEC 60825-1:2014) Emitted wavelength 450 nm (visible blue) Maximum average radiant power ≤1 mW Declared accuracy temperature range 16 to 26 °C (61 to 79°F) Protection against dust and water IP51 (IEC/EN 60529) (except for warm-up terminal) Ambient humidity 95% non-condensing Operating temperature 16 to 32 °C (32 to 89.6°F) Storage temperature -30 to +70 °C (-22 to +158°F) Weight 427 g Performance
Scanning frequency (Lines per second) 300 Hz Data rate 600 000 pts/sec Ambient light immunity of the sensor 10 000 lx Standoff and depth (Z) 90 ± 30 mm (additional 30 mm with eFOV) Laser line width 80 mm (At mid-field) Accuracy
ISO 10360-8:2013 Sphere P[Form.Sph.D95%:Tr:ODS] 12 µm P[Form.Sph.1x25:Tr:ODS] 8 µm P[Size.Sph.All:Tr:ODS] 14 µm L[Dia.5x25:Art:ODS 24 µm Plane P[Form.Sph.D95%:Tr:ODS] 12 µm ISO 10360-9:2013
(HP-L-10.10 + HP-THDe or HP-S-X1)Sphere L[Dia.2x25::MPS] 18 µm
All specifications are applicable for bridge type CMMs with indexable wrist. Specifications include measurement uncertainty according ISO/TS 17865:2016
Measurements performed within extended field of view (eFOV) will result in approximately doubled dispersion error in comparison to the standard field of view (sFOV). Extended field of view (eFOV) enablement does not affect accuracy of measurements generated within standard field of view (sFOV).
All stated values are subject to change without further notice. -
Downloads
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Data sheet Tech specHP-L-10.10 Laser scanner data sheet
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BrochureHorizontal Arms
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BrochureLaser scanners for CMMs
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BrochureCMM retrofit solutions
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Applications
PC-DMIS
PC-DMIS metrology software enables dimensional measurement data to flow through your organisation, because quality is the grounding truth for design and manufacturing.
