Controlled density measurement: the DMA series from Anton Paar (DMA 501 & DMA 1001)
The DMA series from Anton Paar, consisting of the DMA 501 and DMA 1001 models, has been designed to offer a complete solution for the varied density measurement needs of the pharmaceutical, chemical, food and petrochemical industries. These compact instruments combine the precision of reference laboratory equipment with the ease of use required in the field. Thanks to their robust design, they can be used in harsh environments without compromising the quality of the results.
The DMA 501 and DMA 1001 stand out in particular for their compatibility with a wide range of industry standards (ISO, ASTM, USP, Ph. Eur., ChP, etc.), making them the tools of choice for quality control in compliance with the most stringent regulatory requirements. The DMA 501, with an accuracy of 0.001 g/cm³, is ideal for everyday applications. The more powerful DMA 1001 achieves a remarkable accuracy of 0.0001 g/cm³, meeting the requirements of the most precise analyses.
Equipped with exclusive technologies such as U-View™ and FillingCheck™, these density meters guarantee reliable measurements, automatically detect filling errors and ensure complete traceability. Their 7-inch colour touchscreen remains functional even when wearing gloves, making navigation smooth in the laboratory or industrial environment.
Just one millilitre of sample is enough for these devices to deliver results on various parameters: bulk density, density, alcohol content, dry extract, or even specific calculations via API functions. Their borosilicate glass measuring cell, combined with resistant materials such as PPFE, ensures optimal durability, even when dealing with aggressive or complex samples.
The DMA 501 and 1001 support modern communication with Ethernet, USB and RS232 ports, facilitating their integration into existing data systems.
Thanks to their ease of use, measurement accuracy and compatibility with industrial requirements, the DMA 501 and DMA 1001 density meters are essential tools for ensuring the reliability and reproducibility of daily density analyses.
