Accurate measurement of material quality.
In the field of conventional particle analysis, Haver & Boecker has been the market-leading manufacturer of analysis sieve graders for many years. In the early 90s, this head start in terms of expertise provided the ideal conditions for taking new steps as a pioneer in particle analysis with the integration of powerful computer technology.
Then as now, Haver & Boecker photo-optical analysis systems represent the latest state of technology.
The patented HAVER CPA measuring process is used to analyse grain sizes and grain shapes of dry and non-agglomerating particles in bulk materials in the measuring range from 10 µm to 400 mm.
When fitted with the appropriate HAVER peripherals, this process can be used as a laboratory, technical centre or online version in many different fields. The CPA technology can be used to analyse coarse and fine materials such as gravel, sand, coke, coal, plastic granules, wood chippings, chemical and pharmaceutical products, fertilisers, foodstuffs and many more.
The results produced by the HAVER CPA are absolutely comparable with a conventional sieve analysis but offer a range of decisive advantages. These include high reproducibility of the measuring results, enormous time saving, additional information relating to grain shapes and the number of particles and low operating costs thanks to low-maintenance technology.
Another advantage is the diversity of the particle data analysis. HAVER individual particle memory enables different grain shape values to be evaluated for every particle measured and statistical means to be determined in freely selectable grain size classes. All particles of a sample which lie within the measuring range are analysed and can also be counted if required.
The HAVER CPA software deployed in HAVER CPA systems is easy to use and runs under all popular Windows operating systems. It offers a wide range of analysis functions as well as evaluating the measuring results and displaying them graphically.
HAVER CPA systems are ready to connect to a PLC control system as standard. They can also be integrated into online processes at a later date- without modification. The robust technology is virtually maintenance-free and is therefore absolutely fail-safe and works reliably even under extreme conditions. |
