Eliminate manual measurement errors and secure your data flow from the forest to the mill. Our solution measures piled volume, calculates gross volume, and assesses quality traits like temperature and impurities in real time. Experience a seamless measurement process that delivers precise statistics without delay, allowing you to focus on maximizing throughput.
With flexibility being a keyword in the world of saw- and pulp mills today, being able to ensure deliveries regardless of weather conditions or time of day is a valuable asset. TimSpect is developed to measure piled volume and diameters, calculate gross volume, quality check your load and provide you with the statistics in seconds.
Optimize your supply chain of woodchip material. TimSpect is the solution that measures the exact volume of your load, as well as collecting valuable quality data such as surface fraction, impurities, colors and temperature of the load. Fully automatic, with the data in your hands without delay.
Streamlined roundwood and woodchip measurement? In one system?
🔵 Our certified system has been delivering just that for 5+ years. Learn how at Elmia Wood, Booth WC9187.
CIND and Småland Timber AB have signed an agreement
Cind has been trusted to help Stora Enso with the measurement of pulpwood at six of Stora Enso's facilities in Sweden.
Utilizing technology from Saab, we have delivered a pilot plant to Trätåg for automatic measurement of timber stacks on trucks. The system is linked to SDC's national system for remote measurement of timber trucks. This week the plant received type-approval from Virkesmätningskontroll (VMK) and is now ready to be put into operation.
Dynamic 3D measurement technologies have been successfully deployed by numerous companies in the timber and forest industry in order to automate volume and quality controls. By utilising patented image processing technologies, initially developed in the defence industry, significant competitive advantages are achieved.
Contact us and learn more about how to eliminate time, costs, and errors from your measurement process.