Lenterra Home PageDecember 22, 2020 2021-12-06 5:56
Lenterra Home Page
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LIR characterizes powders, liquids or any other material that flows or can flow
Micro-optical flow force measurement technology
Lenterra’s measurement technology relies on extreme sensitivity of optical resonators to provide a miniature and sensitive but robust and simple flow sensor with no moving parts.
Lenterra’s Technology Featured on PAT & QbD Conference in India May 2022 Dr. Sanjay Sharma, VP & Head-Technology Transfer of Lupin Ltd.,
Lenterra Inc. Launches a New Website January 2022 The new website from Lenterra Inc., a leader in inline rheometry, is a resource that presents
GAMP Services becomes Lenterra’s distribution partner in India and Bangladesh September 2021 A leader in inline rheometry, Lenterra Inc., expands
Lenterra joins forces with Dafratec to expand distribution of its products to Brazil April, 2021 A leader in inline rheometry, Lenterra Inc., expands
Lenterra Inc. Enters Into Product Distribution Agreement With Reifycs Analytical Co., Ltd., a Japan Corporation
Lenterra Inc. Enters Into Product Distribution Agreement With Reifycs Analytical Co.,Ltd., a Japan Corporation March, 2021 A leader in inline
Freeman Technology Ltd. is no longer the global distribution partner of Lenterra Inc. January, 2021 In July 2016, Freeman Technology combined effort
Dr. Sanjay Sharma, VP & Head-Technology Transfer of Lupin Ltd. Lenterra’s LIR technology was featured by Dr. Sharma at “PAT & QbD”
In comparison with off-line rheometer, Lenterra Inline Rheometer demonstrated superior sensitivity to changes in the wet mass during granulation
DFF sensor can be used as a tool to identify the end point of a WG process with respect to granule densification or wet mass consistency, and as a
Studies indicate that DFF sensor can be a valuable tool for wet granulation formulation and process development and scale-up, as well as for routine
The data presented here demonstrate that in-line DFF measurements can be used to monitor the variation in granule properties during a HSWG process.