compression strength-testing machine (cstm Search Results


compression strength-testing machine (cstm  (MTS Systems Corporation)
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MTS Systems Corporation compression strength-testing machine (cstm
In vitro aneurysm model. (A) Model consisted of two acrylic blocks into which a 3 mm saccular aneurysm was patterned. Dome bisection created an opening over which a latex membrane was affixed. (B) A <t>CSTM</t> fed endovascular coils at a constant rate, while simultaneously measuring insertion force. (C) Latex membranes were visualized microscopically. Reference frames (left) were subtracted from frames captured during embolization (right). For each frame, maximum membrane displacement was calculated and converted to a force <t>via</t> <t>calibration</t> curve.
Compression Strength Testing Machine (Cstm, supplied by MTS Systems Corporation, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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In vitro aneurysm model. (A) Model consisted of two acrylic blocks into which a 3 mm saccular aneurysm was patterned. Dome bisection created an opening over which a latex membrane was affixed. (B) A CSTM fed endovascular coils at a constant rate, while simultaneously measuring insertion force. (C) Latex membranes were visualized microscopically. Reference frames (left) were subtracted from frames captured during embolization (right). For each frame, maximum membrane displacement was calculated and converted to a force via calibration curve.

Journal: Neurosurgery

Article Title: Force Characterization of Intracranial Endovascular Embolization: Coil Type, Microcatheter Placement, and Insertion Rate

doi: 10.1227/NEU.0000000000000525

Figure Lengend Snippet: In vitro aneurysm model. (A) Model consisted of two acrylic blocks into which a 3 mm saccular aneurysm was patterned. Dome bisection created an opening over which a latex membrane was affixed. (B) A CSTM fed endovascular coils at a constant rate, while simultaneously measuring insertion force. (C) Latex membranes were visualized microscopically. Reference frames (left) were subtracted from frames captured during embolization (right). For each frame, maximum membrane displacement was calculated and converted to a force via calibration curve.

Article Snippet: Force-displacement calibration of membranes on the model was obtained via a compression strength-testing machine (CSTM) (MTS 6 Sintech 20/G, MTS Systems Corporation, Eden Prairie, MN).

Techniques: In Vitro