• November 1, 2019 Presentation at the 2019 AIChE annual meeting
  • Lenterra is presented at the 2019 AIChE annual meeting in Orlando: “Comparative Study of Sugar Powder Consistency Using an FT4 Powder Rheometer and Drag Force Flow (DFF) Sensor”. Details…
  • May 20, 2019 New White Papers 10 to 16 are posted
  • In new White Papers the real-time in-line response of DFF sensor is compared with at-line response of FT4 Powder Rheometer® as well as with measurement of the motor current (amperage) during high shear wet granulation, a new independent metric: Powder Consistency Factor (PCF) is introduced, and results of comparative studies of common sugar powders are presented. Details…
  • May 29, 2018 New White Papers on application of DFF sensor in High Shear Wet Granulation
  • White Paper 8 compares DFF Sensor technology with Focused Beam Reflectance Measurement (FBRM) in monitoring of a granulation cycle in a 30L PharmaConnect HSWG granulator. In another study described in White Paper 9, DFF sensor identifies optimal formulation, predicts granulation end point, and enables scale up. Details…
  • February 19, 2018 DFF sensor is featured on Freeman Technology’s website
  • Freeman Technology Ltd., a partner and distributor of Lenterra’s DFF and RealShear sensors, has added an Application note on its website describing how DFF sensor is used complimentary with Freeman Technology’s FT4 Powder Rheometer®. Details…
  • February 1, 2018 “Application Notes” section is added to Lenterra’s website
  • Application Notes 1 to 7 describe DFF sensor operation, theoretical background and principles of the flow force measurements, and give examples of Lenterra Flow Force Sensor System application. Details…

Lenterra’s in-line PAT sensor system provides reliable and accurate computation of the properties of rheologically complex fluid flows during the high shear wet granulation process (HSWG) – without the need to interrupt the fluid flow.

This offers pharmaceutical companies an efficient, cost-effective production process for precisely producing a wet mass with specific desired characteristics.

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In certain biotechnology processes, cell culture techniques are leveraged to produce and manufacture therapeutic proteins and antibodies.

Lenterra’s efficient and effective in-line PAT uses reliable fluid flow sensor measurement to help monitor cell growth in bioreactors, improve the throughput of protein production which reduces the cost of drug production.

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In the lubricant, paint and ink industries where most of the fluids used are non-Newtonian with varying viscosities, dynamic control of fluid viscosity is required to produce a quality finished product.

Lenterra’s in-line PAT provides reliable fluid flow sensor measurement that not only helps produce a final product with the correct properties but also increases the longevity of the processing equipment by blocking valves and presses when viscosity is not optimal.

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In the oil and gas industries, accurate fluid flow measurement plays a vital role in production optimization.

Where periodic well tests can take months to reveal production problems such as mechanical failures, water breakthroughs and casing damage, Lenterra’s sensors can provide timely, real-time flow measurements – heading off potential problems before they can become a threat to operations.

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