Anton Paar DMA 35 Standard Portable Density Meter, Digital Handheld Device

The Anton Paar DMA 35 Standard Portable Density Meter is a compact, high-precision instrument designed for fast, on-site measurement of density, relative density, and concentration. Built around a borosilicate glass oscillator, this digital device supports viscosity correction and traceability, making it suitable for diverse industries including food & beverage, chemicals, and pharmaceuticals. It enables quick, one-handed measurements with gesture control and alerts users when results fall outside of tolerance limits. Designed with a rugged case and an exchangeable measuring cell, it also handles highly viscous samples with ease.

Key Features:

• Brand: Anton Paar
• Measurement Capabilities: Density, relative density, alcohol, sugar/extract, API, H₂SO₄, and 10 programmable custom units
• Design: Borosilicate glass oscillator based on oscillator principle with rugged, exchangeable measuring cell
• Usability: One-handed gesture control; sample filling via manual filling pump or syringe
• Functionality: Viscosity correction for accurate results even with highly viscous samples; tolerance alerts for results outside defined limits; full measurement traceability
• Durability: Robust casing designed for field and lab use
• Warranty: 3 years

Scope of Supply:

• Density meter
• Filling tube
• Adapter for syringe filling
• Syringes
• Transportation case
• Rubber protection for measuring cell
• 3 x batteries
• Allen key
• Instructions/manual

Ideal for laboratories and field applications, the Anton Paar DMA 35 Standard provides reliable, accurate measurements in a portable format.

Frequently Asked Questions

1. What is the Anton Paar DMA 35 Standard Portable Density Meter, Digital Handheld Device used for?

It is a compact, high-precision instrument designed for fast, on-site measurement of density, relative density, and concentration. Built around a borosilicate glass oscillator, this digital device supports viscosity correction and traceability, making it suitable for diverse industries including food & beverage, chemicals, and pharmaceuticals. It enables quick, one-handed measurements with gesture control and alerts users when results fall outside of tolerance limits. Designed with a rugged case and an exchangeable measuring cell, it also handles highly viscous samples with ease.

2. Is the Anton Paar DMA 35 Standard Portable Density Meter, Digital Handheld Device suitable for fast, on-site measurement of density, relative density, and concentration?

Yes. It is designed for fast, on-site measurement of density, relative density, and concentration, and offers a warranty of 3 years and 3 x batteries to support this kind of work.

3. What warranty does the Anton Paar DMA 35 Standard Portable Density Meter, Digital Handheld Device have?

It has a warranty of 3 years, 3 x batteries and 3 years warranty, and is supplied under manufacturer part number 172244.

4. What measurement capabilities and design does the Anton Paar DMA 35 Standard Portable Density Meter, Digital Handheld Device offer?

It offers density, relative density, alcohol, sugar/extract, API, H2SO4, and 10 programmable custom units, borosilicate glass oscillator based on oscillator principle with rugged, exchangeable measuring cell, one-handed gesture control; sample filling via manual filling pump or syringe and viscosity correction for accurate results even with highly viscous samples; tolerance alerts for results outside defined limits; full measurement traceability.

5. How does the Anton Paar DMA 35 Standard Portable Density Meter, Digital Handheld Device compare with the Thermo Eutech CON 150 Portable Conductivity Meter Kit from Thermo Scientific?

For fast, on-site measurement of density, relative density, and concentration, the Anton Paar model is the better choice, offering a warranty of 3 years, 3 x batteries and 3 years warranty. The Thermo Scientific model offers a conductivity range of 0 to 200 mS/cm, a resolution (conductivity) of 0.01 μS/cm to 0.1 mS/cm and a resolution (temperature) of 0.1°C (0.1°F) as an alternative, while the Anton Paar model's density, relative density, alcohol, sugar/extract, API, H2SO4, and 10 programmable custom units and borosilicate glass oscillator based on oscillator principle with rugged, exchangeable measuring cell help make it a strong fit for fast, on-site measurement of density, relative density, and concentration.