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Tapped Density Tester LTDT-A11 is 02 workstation benchtop unit, designed with cylinder volume of ≤ 250 ml, offers frequency ranges of 300 rpm. Outer surface is plastic coated, strong, resistant, non-corrosive, easy to clean, long working life. Features microprocessor controlled system, built-in micro printer, adjustable-speed motor and vibration assembly. For speed adjustment with range 250 rpm to 300 rpm, it uses speed control adjustment unit. Micro printers print test data such as sample number, volume, operator, weight, tap density and tap number.
Tap Density Tester is widely used to calculate bulk density and test tapped density, Hausner ratio across production, quality, packaging and research testing units in food, pharmacy, medicines and other industries. It is used in life sciences including microbiology, molecular biology, cell biotechnology, immunology and cell.
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
Work Station | 2 |
Sample Volume | ≤ 250 ml |
Sample Weight | ≤ 500 g |
Number of Tapping | 0 to 99999 (set 0 to output bulk density) |