HP-L-10.10: High-productivity CMM scanning in aerospace

We spoke with Matt Price, Quality Supervisor at Max Aerostructures in Kansas, USA, to find out more about how the introduction of Hexagon’s HP-L-10.10 Laser Scanning Sensor to their CMM inspection process has delivered unbelievable time and cost savings for their work in the aerospace and semiconductor industries.
The HP-L-10.10 was launched in 2021, bringing Hexagon’s proprietary SHINE scanning technology to CMM measurement for the first time. With SHINE, complex measurement settings adjustments are a thing of the past - any surface can be scanned at default settings at extremely high speeds and with excellent data quality.
🌐 Case study - hxgn.biz/3GjQp0A
🌐 HP-L-10.10 Laser Scanning Sensor - hxgn.biz/3ps2wCm
🌐 CMM - hxgn.biz/2IomgTE
🌐 SHINE Technology - hxgn.biz/3fXGTE7
🌐 PULSE monitoring solution - hxgn.biz/38m6Z3G

[@steve5nash]

how accurate is this, anyone know?

[@stormdamnit]

The HP-L-10.10 has a probing error of 8 to 24 μm, depending on the machine model and application.

[@steve5nash]

@@stormdamnit Do you think this replace tactile CMM in the future or is it not reliable enough yet?

[@stephaniebean4824]

Ｐｒⓞм𝕠𝕤𝐌