solenoid pinch valves Search Results


three-way solenoid pinch valve for tubing  (Thermo Fisher)
N/A
Normally closed solenoid pinch valve
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12v three-way solenoid pinch valves  (Precigenome LLC)
90
Precigenome LLC 12v three-way solenoid pinch valves
Fluidic Multiplexing with <t>Three-Way</t> <t>Solenoid</t> Pinch Valves. A) Fluidic multiplexing (MUXing) schematics with 3-Way Pinch Valves: “wiring diagrams” and valve-state / output truth tables. *The 3 to 1 and 4 to 1 MUX schematics pictured are the optimal obtainable schematics using BEION pinch valves and Shore A 50 durometer hardness tubing, due to the internal solenoid spring being unable to fully compress more than one cross-section of Shore A 50 tubing in the OFF state. These schematics follow the Select N+1 rule, while optimal MUXes using different valves or softer tubing could follow the Select 2 to the N rule. B) i) Main use cases for fluidic MUXes, which are perturbation between sources (“digital” MUXing), and mixing of sources (“analog” MUXing). ii) Mixing diffusion computational fluid dynamic modeling, which shows the diffusion of infused inputs in tubing with three different MUXing cycle periods. iii) Quantitative representation of the data from part (ii). The behavior of the mole fraction can be further modeled by over-damped oscillators, whose dampening coefficients can predict when convergence at a mole fraction of 0.5 is reached. C) Setup and results of an experiment using a 3 to 1 MUX, a <t>DSCPM</t> unit, and dyed input solutions. The DSCPM infused from the three reservoirs at 15μL/min, while the MUX “mixed” the three inputs with a cycle period of 35 seconds.
12v Three Way Solenoid Pinch Valves, supplied by Precigenome LLC, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solenoid+pinch+valves/12v+three+way+solenoid+pinch+valves/bio_rxiv__2024__08__16__608339-128-8-16
Average 90 stars, based on 1 article reviews
12v three-way solenoid pinch valves - by Bioz Stars, 2026-10
90/100 stars
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electromagnetic solenoid pinch valve pk305-no  (Takasago Electric Inc)
90
Takasago Electric Inc electromagnetic solenoid pinch valve pk305-no
Fluidic Multiplexing with <t>Three-Way</t> <t>Solenoid</t> Pinch Valves. A) Fluidic multiplexing (MUXing) schematics with 3-Way Pinch Valves: “wiring diagrams” and valve-state / output truth tables. *The 3 to 1 and 4 to 1 MUX schematics pictured are the optimal obtainable schematics using BEION pinch valves and Shore A 50 durometer hardness tubing, due to the internal solenoid spring being unable to fully compress more than one cross-section of Shore A 50 tubing in the OFF state. These schematics follow the Select N+1 rule, while optimal MUXes using different valves or softer tubing could follow the Select 2 to the N rule. B) i) Main use cases for fluidic MUXes, which are perturbation between sources (“digital” MUXing), and mixing of sources (“analog” MUXing). ii) Mixing diffusion computational fluid dynamic modeling, which shows the diffusion of infused inputs in tubing with three different MUXing cycle periods. iii) Quantitative representation of the data from part (ii). The behavior of the mole fraction can be further modeled by over-damped oscillators, whose dampening coefficients can predict when convergence at a mole fraction of 0.5 is reached. C) Setup and results of an experiment using a 3 to 1 MUX, a <t>DSCPM</t> unit, and dyed input solutions. The DSCPM infused from the three reservoirs at 15μL/min, while the MUX “mixed” the three inputs with a cycle period of 35 seconds.
Electromagnetic Solenoid Pinch Valve Pk305 No, supplied by Takasago Electric Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solenoid+pinch+valves/electromagnetic+solenoid+pinch+valve+pinch+valve+pk+305no/10__2116_slash_analsci__16__65-19-1-6
Average 90 stars, based on 1 article reviews
electromagnetic solenoid pinch valve pk305-no - by Bioz Stars, 2026-10
90/100 stars
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pinch valve body  (McMaster-Carr)
90
McMaster-Carr pinch valve body
Fluidic Multiplexing with <t>Three-Way</t> <t>Solenoid</t> Pinch Valves. A) Fluidic multiplexing (MUXing) schematics with 3-Way Pinch Valves: “wiring diagrams” and valve-state / output truth tables. *The 3 to 1 and 4 to 1 MUX schematics pictured are the optimal obtainable schematics using BEION pinch valves and Shore A 50 durometer hardness tubing, due to the internal solenoid spring being unable to fully compress more than one cross-section of Shore A 50 tubing in the OFF state. These schematics follow the Select N+1 rule, while optimal MUXes using different valves or softer tubing could follow the Select 2 to the N rule. B) i) Main use cases for fluidic MUXes, which are perturbation between sources (“digital” MUXing), and mixing of sources (“analog” MUXing). ii) Mixing diffusion computational fluid dynamic modeling, which shows the diffusion of infused inputs in tubing with three different MUXing cycle periods. iii) Quantitative representation of the data from part (ii). The behavior of the mole fraction can be further modeled by over-damped oscillators, whose dampening coefficients can predict when convergence at a mole fraction of 0.5 is reached. C) Setup and results of an experiment using a 3 to 1 MUX, a <t>DSCPM</t> unit, and dyed input solutions. The DSCPM infused from the three reservoirs at 15μL/min, while the MUX “mixed” the three inputs with a cycle period of 35 seconds.
Pinch Valve Body, supplied by McMaster-Carr, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solenoid+pinch+valves/pinch+style+aluminum+solenoid+valve+tubing/us08012555-207-9-14
Average 90 stars, based on 1 article reviews
pinch valve body - by Bioz Stars, 2026-10
90/100 stars
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solenoid pinch valve pm-0815w  (Takasago Fluidic Systems)
90
Takasago Fluidic Systems solenoid pinch valve pm-0815w
Fluidic Multiplexing with <t>Three-Way</t> <t>Solenoid</t> Pinch Valves. A) Fluidic multiplexing (MUXing) schematics with 3-Way Pinch Valves: “wiring diagrams” and valve-state / output truth tables. *The 3 to 1 and 4 to 1 MUX schematics pictured are the optimal obtainable schematics using BEION pinch valves and Shore A 50 durometer hardness tubing, due to the internal solenoid spring being unable to fully compress more than one cross-section of Shore A 50 tubing in the OFF state. These schematics follow the Select N+1 rule, while optimal MUXes using different valves or softer tubing could follow the Select 2 to the N rule. B) i) Main use cases for fluidic MUXes, which are perturbation between sources (“digital” MUXing), and mixing of sources (“analog” MUXing). ii) Mixing diffusion computational fluid dynamic modeling, which shows the diffusion of infused inputs in tubing with three different MUXing cycle periods. iii) Quantitative representation of the data from part (ii). The behavior of the mole fraction can be further modeled by over-damped oscillators, whose dampening coefficients can predict when convergence at a mole fraction of 0.5 is reached. C) Setup and results of an experiment using a 3 to 1 MUX, a <t>DSCPM</t> unit, and dyed input solutions. The DSCPM infused from the three reservoirs at 15μL/min, while the MUX “mixed” the three inputs with a cycle period of 35 seconds.
Solenoid Pinch Valve Pm 0815w, supplied by Takasago Fluidic Systems, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solenoid+pinch+valves/solenoid+pinch+valve+pm+0815w/pmc10985227-218-14-18
Average 90 stars, based on 1 article reviews
solenoid pinch valve pm-0815w - by Bioz Stars, 2026-10
90/100 stars
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pinch valve pg-pv solenoid pinch valve  (Precigenome LLC)
90
Precigenome LLC pinch valve pg-pv solenoid pinch valve
Fluidic Multiplexing with <t>Three-Way</t> <t>Solenoid</t> Pinch Valves. A) Fluidic multiplexing (MUXing) schematics with 3-Way Pinch Valves: “wiring diagrams” and valve-state / output truth tables. *The 3 to 1 and 4 to 1 MUX schematics pictured are the optimal obtainable schematics using BEION pinch valves and Shore A 50 durometer hardness tubing, due to the internal solenoid spring being unable to fully compress more than one cross-section of Shore A 50 tubing in the OFF state. These schematics follow the Select N+1 rule, while optimal MUXes using different valves or softer tubing could follow the Select 2 to the N rule. B) i) Main use cases for fluidic MUXes, which are perturbation between sources (“digital” MUXing), and mixing of sources (“analog” MUXing). ii) Mixing diffusion computational fluid dynamic modeling, which shows the diffusion of infused inputs in tubing with three different MUXing cycle periods. iii) Quantitative representation of the data from part (ii). The behavior of the mole fraction can be further modeled by over-damped oscillators, whose dampening coefficients can predict when convergence at a mole fraction of 0.5 is reached. C) Setup and results of an experiment using a 3 to 1 MUX, a <t>DSCPM</t> unit, and dyed input solutions. The DSCPM infused from the three reservoirs at 15μL/min, while the MUX “mixed” the three inputs with a cycle period of 35 seconds.
Pinch Valve Pg Pv Solenoid Pinch Valve, supplied by Precigenome LLC, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solenoid+pinch+valves/pinch+valve+pg+pv+solenoid+pinch+valve/10__21273_slash_hortsci17975___24-133-3-9
Average 90 stars, based on 1 article reviews
pinch valve pg-pv solenoid pinch valve - by Bioz Stars, 2026-10
90/100 stars
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electronic check valve 2/2 nc solenoid pinch valve series 284  (ASCO Numatics)
90
ASCO Numatics electronic check valve 2/2 nc solenoid pinch valve series 284
(A) The cardiac loading device (CLD) consists of a ventricle balloon and a reservoir balloon connected by tubing, in which an <t>electronic</t> check valve (ECV) is placed. In each section of tubing between the ECV and balloon, a hemostasis valve and a syringe port are located for insertion of catheters and for control of device volume (pressure), respectively; (B) Photo of the CLD.
Electronic Check Valve 2/2 Nc Solenoid Pinch Valve Series 284, supplied by ASCO Numatics, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solenoid+pinch+valves/electronic+check+valve+2+2+nc+solenoid+pinch+valve+series+284/pmc05922540-34-1-12
Average 90 stars, based on 1 article reviews
electronic check valve 2/2 nc solenoid pinch valve series 284 - by Bioz Stars, 2026-10
90/100 stars
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solenoid pinch valves  (BEION Corporation)
90
BEION Corporation solenoid pinch valves
(A) The cardiac loading device (CLD) consists of a ventricle balloon and a reservoir balloon connected by tubing, in which an <t>electronic</t> check valve (ECV) is placed. In each section of tubing between the ECV and balloon, a hemostasis valve and a syringe port are located for insertion of catheters and for control of device volume (pressure), respectively; (B) Photo of the CLD.
Solenoid Pinch Valves, supplied by BEION Corporation, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solenoid+pinch+valves/solenoid+pinch+valves/ppr0830467-173-24-28
Average 90 stars, based on 1 article reviews
solenoid pinch valves - by Bioz Stars, 2026-10
90/100 stars
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solenoid pinch-valve (asco® valve inc.)  (ASCO Valve Inc)
90
ASCO Valve Inc solenoid pinch-valve (asco® valve inc.)
(A) The cardiac loading device (CLD) consists of a ventricle balloon and a reservoir balloon connected by tubing, in which an <t>electronic</t> check valve (ECV) is placed. In each section of tubing between the ECV and balloon, a hemostasis valve and a syringe port are located for insertion of catheters and for control of device volume (pressure), respectively; (B) Photo of the CLD.
Solenoid Pinch Valve (Asco® Valve Inc.), supplied by ASCO Valve Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solenoid+pinch+valves/solenoid+pinch+valve++asco++valve+inc++/pmc05001891-73-19-21
Average 90 stars, based on 1 article reviews
solenoid pinch-valve (asco® valve inc.) - by Bioz Stars, 2026-10
90/100 stars
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vaplock solenoid operated pinch valve  (Cole-Parmer)
N/A
Cole Parmer VapLock Solenoid Operated Pinch Valve Two Way Normally Open 1 32 ID Silicone 12 VDC
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cole-parmer solenoid pinch valve for l/s 25 tubing  (Thermo Fisher)
N/A
Solenoid-Operated Pinch Valve For Masterflex Pump Tubing
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cole-parmer solenoid pinch valve for l/s 16 tubing  (Thermo Fisher)
N/A
Solenoid-Operated Pinch Valve For Masterflex Pump Tubing
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Image Search Results


Fluidic Multiplexing with Three-Way Solenoid Pinch Valves. A) Fluidic multiplexing (MUXing) schematics with 3-Way Pinch Valves: “wiring diagrams” and valve-state / output truth tables. *The 3 to 1 and 4 to 1 MUX schematics pictured are the optimal obtainable schematics using BEION pinch valves and Shore A 50 durometer hardness tubing, due to the internal solenoid spring being unable to fully compress more than one cross-section of Shore A 50 tubing in the OFF state. These schematics follow the Select N+1 rule, while optimal MUXes using different valves or softer tubing could follow the Select 2 to the N rule. B) i) Main use cases for fluidic MUXes, which are perturbation between sources (“digital” MUXing), and mixing of sources (“analog” MUXing). ii) Mixing diffusion computational fluid dynamic modeling, which shows the diffusion of infused inputs in tubing with three different MUXing cycle periods. iii) Quantitative representation of the data from part (ii). The behavior of the mole fraction can be further modeled by over-damped oscillators, whose dampening coefficients can predict when convergence at a mole fraction of 0.5 is reached. C) Setup and results of an experiment using a 3 to 1 MUX, a DSCPM unit, and dyed input solutions. The DSCPM infused from the three reservoirs at 15μL/min, while the MUX “mixed” the three inputs with a cycle period of 35 seconds.

Journal: bioRxiv

Article Title: A Continuous, Low-Flow, and Multiplexing Pumping System for Microfluidics Applications

doi: 10.1101/2024.08.16.608339

Figure Lengend Snippet: Fluidic Multiplexing with Three-Way Solenoid Pinch Valves. A) Fluidic multiplexing (MUXing) schematics with 3-Way Pinch Valves: “wiring diagrams” and valve-state / output truth tables. *The 3 to 1 and 4 to 1 MUX schematics pictured are the optimal obtainable schematics using BEION pinch valves and Shore A 50 durometer hardness tubing, due to the internal solenoid spring being unable to fully compress more than one cross-section of Shore A 50 tubing in the OFF state. These schematics follow the Select N+1 rule, while optimal MUXes using different valves or softer tubing could follow the Select 2 to the N rule. B) i) Main use cases for fluidic MUXes, which are perturbation between sources (“digital” MUXing), and mixing of sources (“analog” MUXing). ii) Mixing diffusion computational fluid dynamic modeling, which shows the diffusion of infused inputs in tubing with three different MUXing cycle periods. iii) Quantitative representation of the data from part (ii). The behavior of the mole fraction can be further modeled by over-damped oscillators, whose dampening coefficients can predict when convergence at a mole fraction of 0.5 is reached. C) Setup and results of an experiment using a 3 to 1 MUX, a DSCPM unit, and dyed input solutions. The DSCPM infused from the three reservoirs at 15μL/min, while the MUX “mixed” the three inputs with a cycle period of 35 seconds.

Article Snippet: This is because the valves used for the DSCPM prototype (12V Three-Way Solenoid Pinch Valves from BEION/PreciGenome) cannot maintain the OFF state when pinching more than one cross-section of tubing.

Techniques: Multiplexing, Diffusion-based Assay

(A) The cardiac loading device (CLD) consists of a ventricle balloon and a reservoir balloon connected by tubing, in which an electronic check valve (ECV) is placed. In each section of tubing between the ECV and balloon, a hemostasis valve and a syringe port are located for insertion of catheters and for control of device volume (pressure), respectively; (B) Photo of the CLD.

Journal: PLoS ONE

Article Title: Development of a cardiac loading device to monitor cardiac function during ex vivo graft perfusion

doi: 10.1371/journal.pone.0195721

Figure Lengend Snippet: (A) The cardiac loading device (CLD) consists of a ventricle balloon and a reservoir balloon connected by tubing, in which an electronic check valve (ECV) is placed. In each section of tubing between the ECV and balloon, a hemostasis valve and a syringe port are located for insertion of catheters and for control of device volume (pressure), respectively; (B) Photo of the CLD.

Article Snippet: An electronic check valve (ECV; 2/2 NC solenoid pinch valve series 284, ASCO Numatics, Florham Park, NJ, USA) controls the flow between the balloons in a binary manner, as shown in .

Techniques: Control