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The robust PEEKsil™ tubing has smooth silica glass wetted surfaces and is chemically compatible to organic solvents. Each connection system is individually cut, polished, and manufactured to provide industry leading technology that produces superior chromatographic results in the most demanding UHPLC applications. The bioinert MarvelXACT™ PEEKsil™ connection systems utilize patented MarvelXACT™ fittings features a torque-limiting technology that is finger tight and provides a haptic “click” feedback when it reaches the optimum torque, assuring a perfect zero dead volume connection every time — no tool required.The fitting can be connected and disconnected 100+ times. It incorporates flexible 1/32" OD tubing for easy routing throughout your instrument and the connection system is compatible with 10-32 coned receiving ports. -
The robust PEEKsil™ tubing has smooth silica glass wetted surfaces and is chemically compatible to organic solvents. Each connection system is individually cut, polished, and manufactured to provide industry leading technology that produces superior chromatographic results in the most demanding UHPLC applications. The bioinert MarvelXACT™ PEEKsil™ connection systems utilize patented MarvelXACT™ fittings features a torque-limiting technology that is finger tight and provides a haptic “click” feedback when it reaches the optimum torque, assuring a perfect zero dead volume connection every time — no tool required.The fitting can be connected and disconnected 100+ times. It incorporates flexible 1/32" OD tubing for easy routing throughout your instrument and the connection system is compatible with 10-32 coned receiving ports.
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The robust PEEKsil™ tubing has smooth silica glass wetted surfaces and is chemically compatible to organic solvents. Each connection system is individually cut, polished, and manufactured to provide industry leading technology that produces superior chromatographic results in the most demanding UHPLC applications. The bioinert MarvelXACT™ PEEKsil™ connection systems utilize patented MarvelXACT™ fittings features a torque-limiting technology that is finger tight and provides a haptic “click” feedback when it reaches the optimum torque, assuring a perfect zero dead volume connection every time — no tool required.The fitting can be connected and disconnected 100+ times. It incorporates flexible 1/32" OD tubing for easy routing throughout your instrument and the connection system is compatible with 10-32 coned receiving ports.
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The robust PEEKsil™ tubing has smooth silica glass wetted surfaces and is chemically compatible to organic solvents. Each connection system is individually cut, polished, and manufactured to provide industry leading technology that produces superior chromatographic results in the most demanding UHPLC applications. The bioinert MarvelXACT™ PEEKsil™ connection systems utilize patented MarvelXACT™ fittings features a torque-limiting technology that is finger tight and provides a haptic “click” feedback when it reaches the optimum torque, assuring a perfect zero dead volume connection every time — no tool required.The fitting can be connected and disconnected 100+ times. It incorporates flexible 1/32" OD tubing for easy routing throughout your instrument and the connection system is compatible with 10-32 coned receiving ports.
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Our Intuitive™ fitting system from IDEX Health & Science for low pressure tubing assemblies, provides built-in torque control that enables high reproducibility and improved reliability of your connections. The torque limiting feature provides a haptic “click” feedback when it reaches the optimum torque, assuring a perfect connection every time. Integrated with our custom tubing assemblies, the Intuitive™ fitting can be used in an instrument’s fluidic connections with the highest flexibility in mind. This universal fitting is used with 1/16” OD tubing and works with Flanged, Flangeless, and Super Flangeless connection systems. With a high reusability factor of about 80 “clicks,” this fitting ensures connection flexibility. -
Our Intuitive™ fitting system from IDEX Health & Science for low pressure tubing assemblies, provides built-in torque control that enables high reproducibility and improved reliability of your connections. The torque limiting feature provides a haptic “click” feedback when it reaches the optimum torque, assuring a perfect connection every time. Integrated with our custom tubing assemblies, the Intuitive™ fitting can be used in an instrument’s fluidic connections with the highest flexibility in mind. This universal fitting is used with 1/8” OD tubing and works with Flanged and Super Flangeless connection systems. With a high reusability factor of about 80 “clicks,” this fitting ensures connection flexibility.
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Our Bottom Mount Dual-Stage Pump (DST) with Constant Performance PCB is a vacuum control system for use with IDEX film degassing chambers. The system includes a DST vacuum pump and a controller PCB that operates in two modes:- Similar to “Constant Vacuum” degasser pumps, the control system will maintain vacuum levels at a user-defined setpoint (default 120mmHg).
- The Constant Performance algorithm allows the user to set a flow rate and desired efficiency, from which the control algorithms will determine the nominal vacuum level.
With this patent pending algorithm in our Constant Performance Degassing Pump System, the user gains the following benefits:- A Means To Select A Given Efficiency Of Degassing For Any HPLC System
- Direct Link Between The Chromatographic Method Flow Rate And Optimal Vacuum Level.
- Consistent Degassing Efficiency For Flow Rates 0-10mL/Min
- Operates At Highest Possible Pressure Minimizing Solvent Loss To The Laboratory Atmosphere.
- Reduction Of Mobile Phase Concentration Changes Due To Pervaporation
- Reduced Vacuum Pump Wear Due To Lower Pump RPM
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Our Side Mount Dual-Stage Pump (DST) with Constant Performance PCB is a vacuum control system for use with IDEX film degassing chambers. The system includes a DST vacuum pump and a controller PCB that operates in two modes:
- Similar to “Constant Vacuum” degasser pumps, the control system will maintain vacuum levels at a user-defined setpoint (default 120mmHg).
- The Constant Performance algorithm allows the user to set a flow rate and desired efficiency, from which the control algorithms will determine the nominal vacuum level.
With this patent pending algorithm in our Constant Performance Degassing Pump System, the user gains the following benefits:- A Means To Select A Given Efficiency Of Degassing For Any HPLC System
- Direct Link Between The Chromatographic Method Flow Rate And Optimal Vacuum Level.
- Consistent Degassing Efficiency For Flow Rates 0-10mL/Min
- Operates At Highest Possible Pressure Minimizing Solvent Loss To The Laboratory Atmosphere.
- Reduction Of Mobile Phase Concentration Changes Due To Pervaporation
- Reduced Vacuum Pump Wear Due To Lower Pump RPM
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MarvelXACT™ Connection Systems have been expertly designed to eliminate the risk of under- or over-tightening with our patented torque limiting mechanism. This unique feature emits a haptic "click" feedback when it reaches the optimum torque. MarvelXACT™ incorporates our advanced MarvelX™ Sealing Technology to deliver precise face sealing (sealing at the port bottom), which eliminates additional internal volume, and minimizes carryover risk, peak tailing, and peak broadening. MarvelXACT™ incorporates flexible 1/32" OD tubing for easy routing through your instrument, and can be connected and disconnected more than 100 times. The connection system is compatible with 10-32 coned receiving ports and is absolutely finger-tight - no tool required. -
Our Headless Super Flangeless™ Nut eliminate loosening of fittings due to tube twisting, holds tight even during vibration and delivers the highest pressure holding for flat bottom fittings that we offer. It is for a 1/16" OD tubing and a 6-40 Flat-Bottom port. Manufactured from biocompatible PEEK it delivers excellent chemical resistance. Brochure -
Our Needle Port Accessories are designed for sample injection valves permitting the loading of the sample loop by means of conventional syringes. They are made so the least amount of sample is wasted. They can be used in analyses requiring biocompatibility with no metal contact in the fluid stream.
