MOBA displaying machine control products at Intermat 2015

MOBA will be at Intermat in Paris from April 20 to 25 at Stand J093 in Hall 5A to present its modular control systems for mobile work machines.
MOBA machine controls contribute by more than just enabling you to work efficiently and precisely through the quality of each individual machine: they will also help you optimize the entire working process at construction sites. MOBA will be presenting appropriate solutions for the entire asphalt construction sector, from levelling systems, through the quality control system for asphalt pavers, all the way to compaction systems for rollers. MOBA will also be showing off its 2D and 3D levelling systems for the earthworks sector, a new wheel loader scale, as well as its drilling systems, along with the many components of the MOBA product platform, at the Intermat fair.

Quality control during asphalt paving: PAVE-IR Scan
One example for improving the quality as well as the road building process is the PAVE-IR Scan system.
Temperature differences and laying on cold asphalt can often lead to premature damage to the roadway. This system offers a new way of preventing such damage and of monitoring the temperature directly during asphalt paving using a temperature scanner, thus allowing you to optimize the paving process. The system uses an intelligent temperature scanner over the entire paving width of up to 12 m to measure the temperature of the asphalt at up to 61 measurement points. The temperature profile is shown in real-time on a display. As a result, the operator can react at any time if irregularities occur. In addition, the profile is stored with the GPS position data and transferred to a USB stick. Using a software, the contractor can evaluate and document the data in the office, can use it for planning subsequent work and to document the quality of his or her work. At the same time, this analysis can be used to better understand the whole process of road construction and to improve the quality in the long term.