Density Meter :

DMA-5000-M

• Measure density and concentration at 6-digit accuracy
• Ideal for handling highly viscous and highly dense samples
• The first choice for research, authorities, and standards organizations

With its six-digit accuracy DMA 5000 M is the most precise digital density meter you can get. The patented Pulsed Excitation Method delivers the most stable density results based on comprehensive knowledge of the oscillation characteristics. The influence of viscosity is compensated twice as effectively as ever before. It is ideal for your high-end R&D applications and sets the tone at authorities as well as standards organizations. 

Key features 

Leading viscosity correction

• Automatic viscosity correction across the entire viscosity range of samples
• Eliminates viscosity-related errors twice as effectively as ever before
• No viscosity standards required

The most excellent repeatability and reproducibility

• Repeatability up to the 7th digit
• 100 % improved reproducibility 
• Optimized production process due to minimized loss of sample
• Unbeatable efficiency in your workflows

ThermoBalance™ temperature management

• No temperature-related fluctuations 
• No temperature-related aging effects on the measuring cell
• Change between temperatures quickly without drifts and rely on immediate temperature stability

The benchmark for density measurement

DMA 5000 M is the go-to product for the highest authorities when perfection is required. The unshakeable density results from DMA 5000 M are essential in work at:

• Standards organizations
• Government laboratories
• Major distilleries and taxation offices
• High-end research in all industrial branches

The most in-depth insight into your samples

• The U-View™ camera feature displays and stores live images of the oscillating U-tube sensor and the entire filled-in sample so you have the details at hand any time you want
• The unique combination of U-View™ and FillingCheck™, the automatic real-time bubble detection feature, monitors the entire measurement sequence and allows later verification of the results, which is particularly useful when using automatic sampling systems