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This capnography adapter includes a 0.2 micron inline filter and a reflective connector with a female Luer lock interface. The 6-inch tubing length is optimized for bedside monitor connections during anesthesia and procedural sedation. The inline filter supports particulate protection for capnography sampling lines.
Intended for operating rooms, procedural suites and critical care monitoring, adapters are hygienically packaged. Bulk sourcing and batch labeling options are available to support inventory management and clinical QA control.
This capnography adapter includes a 0.2 micron inline filter and a reflective connector with a male Luer lock for secure sampling-line connections. The 6-inch tubing length suits bedside monitor routing in operating rooms and critical care settings. The inline filter protects monitors and sampling systems from particulate ingress.
Intended for anesthesia and monitoring teams, adapters are hygienically packaged. Bulk sourcing options and batch labeling are available to support QA acceptance and inventory control.
This capnography adapter integrates a 0.2 micron inline filter with a reflective connector and female Luer Lock. It is configured with a 4.2m sampling tubing to support extended monitoring runs in clinical settings. The reflective connector improves sensor alignment and signal reliability during sampling. The filter protects analyzers from particulate ingress while maintaining fast response time for ETCO2 monitoring.
Designed for hospital respiratory monitoring and anesthesia carts, the assembly suits continuous capnography sampling workflows. Tubing length and connector type support remote monitoring and centralized analyzer setups. Procurement teams can standardize on this adapter for repeat replenishment programs and inventory planning.
This capnography adapter features a 0.2 micron inline filter and reflective connector paired with a Female Luer Lock interface. The 3.0m tubing length balances reach and minimal sample transit delay. The filter protects analyzers from particulates while preserving ETCO2 waveform fidelity. Reflective connector design enhances optical coupling for reliable sampling.
Appropriate for anesthesia workstations, ICU monitoring, and transport monitoring where moderate tubing length is required. The adapter is supplied in sterile packaging and intended for single-patient use in clinical workflows. Procurement teams can include this SKU in routine replenishment orders.
This compact capnography adapter pairs a 0.2 micron inline filter with a reflective connector and Female Luer Lock. The 2.1m tubing length is suited to bedside monitoring with reduced tubing slack. The inline filter preserves analyzer integrity by blocking particulates while the reflective connector improves sampling alignment.
Ideal for ICUs, post-anesthesia care units, and transport monitors where short tubing runs are preferred. The product supports single-patient use and routine replenishment. Procurement teams may standardize on this shorter length for central supply cabinets.
This capnography adapter features a 0.2 micron inline filter and reflective connector with a Male Luer Lock interface. A 4.2m tubing length supports remote monitor placement while preserving response time. The assembly minimizes particulate ingress and optimizes sensor coupling for reliable ETCO2 sampling.
Suitable for operating theatres and central monitoring installations that require extended tubing runs. The Male Luer Lock gender ensures compatibility with specific monitor inlet designs. Procurement teams can source this SKU in bulk for scheduled replenishment.
This adapter combines a 0.2 micron filter with a reflective connector and Male Luer Lock interface. The 3.0m tubing length is optimized for typical bedside-to-monitor routing with minimal sample delay. The filter safeguards analyzers while maintaining sampling responsiveness for ETCO2 monitoring.
Recommended for ORs and wards that use Male Luer Lock connections. The assembly is sterile-packed for single-patient use. Procurement teams can include this SKU in routine inventory replenishment and project orders.
This adult nasal cannula integrates CO2 sampling with an O2 delivery channel, a universal O2 connector and a Female Luer Lock analyzer interface. The 2.1m tubing length supports bedside monitoring with minimal dead space. The design enables concurrent oxygen therapy and non-invasive CO2 monitoring for routine clinical and procedural use.
Suitable for wards, PACU and sedation areas where combined oxygen delivery and capnography are needed. Units are sterile-packed and available for hospital procurement and distributor orders.
This adult dual CO2 sampling nasal cannula integrates separate sampling lines for capnography and an O2 delivery lumen. The construction uses medical-grade polymer tubing and latex-free connectors suitable for clinical use in monitoring applications. The sampling ports are configured with male luer lock and universal O2 connector options to match common monitoring and oxygen delivery interfaces. Tubing length 2.1 m supports bedside placement without tension. The design minimizes flow interference and secures sampling fidelity during routine monitoring.
Connector options include universal O2 fittings and male luer lock for sampling lines. The cannula is supplied sterile in single sealed pouches for hygiene. Packaging is designed for hospital inventory handling and batch-level traceability. The product is tailored for anesthesiology, ICU, and procedural monitoring where combined CO2 sampling and oxygen delivery are required.
This adult dual CO2 sampling nasal cannula includes a reflective connector and an integrated 0.2 micron filter in-line with the sampling pathway. It is constructed from medical-grade, latex-free polymer designed to maintain sampling integrity while reducing particulate ingress. The reflective connector supports visual alignment during placement and enhances secure connection to monitoring lines. Tubing length of 2.1 m accommodates bedside setups and monitoring stations without restricting movement.
Designed for single-use sterile packaging, each unit is individually sealed to maintain sterility until point of use. Connector and filter variants are available as configured SKUs to match hospital monitoring system requirements. Packaging options focus on hospital inventory handling with carton-level batch identifiers to support stock rotation and procurement workflows.
This adult dual CO2 sampling nasal cannula includes a female luer lock sampling connection and a standard O2 connector for oxygen delivery. The device is manufactured from medical-grade, latex-free polymer tubing designed to reduce irritation and maintain sampling integrity. Tubing is 2.1 m to facilitate bedside monitoring without tension. Each unit is supplied sterile and packaged individually to support clinical asepsis.
The female luer lock interface provides compatibility with common monitoring lines and gas-sampling adapters. Units are produced to hospital-ready packaging standards, labeled with lot and traceability information. Connector variants are offered as separate SKUs to match procurement needs.
This adult dual CO2 sampling nasal cannula features a male luer lock sampling interface alongside a standard O2 connector. Constructed from latex-free medical polymer, the tubing is 2.1 m to support flexible bedside placement. Each unit is supplied sterile in single pouches to meet hospital infection-control practices. The male luer lock variant is specified to align with common monitoring equipment connections.
Connector-focused SKU configuration simplifies procurement for departments using male luer interfaces. Packaging supports cartonized hospital distribution with lot-level labeling for traceability and inventory control.
This adult CO2 sampling nasal cannula is configured without oxygen delivery and includes an orange reflective connector with an in-line 0.2 μm particulate filter. The tubing is made from medical-grade, latex-free polymer and measures 2.1 m to facilitate flexible placement. Individual sterile packaging supports aseptic handling and simplifies inventory management in clinical areas.
The orange reflective connector aids visual identification and reduces cross-connection risk. Units ship in hospital-ready cartons labeled by lot, and filter-equipped variants are supplied as dedicated SKUs to match procurement specifications.
This adult CO2 sampling nasal cannula is configured with a male luer connector and 2.1 m tubing length for flexible patient monitoring. Manufactured from medical-grade, latex-free polymer, it is supplied sterile and packaged individually. The male luer connection simplifies direct sampling line attachment in clinical monitoring systems.
Available as single-use sealed units, the product is packed in cartons with lot identifiers to support hospital inventory control. Ordering options include mixed or uniform connector packs depending on procurement needs.
This adult CO2 sampling nasal cannula features a female luer connector for direct sampling line attachment and a 2.1 m tubing length. Constructed from latex-free medical polymer, it is supplied sterile in individual pouches to support aseptic handling. The female luer interface simplifies connection to monitoring devices that use luer fittings.
SKU packaging targets hospital inventory needs with labeled cartons and lot identifiers. Units are configured to reduce connector adaptation and streamline procurement for departments standardizing on luer connections.
This all-purpose adult sampling line integrates a T connector, 0.2 micron inline filter, and a reflective connector. The 2.1m tubing length is suitable for standard bedside monitoring and delivers low dead space for accurate waveform capture. The T connector enables branching for auxiliary sampling or oxygen feed options where applicable.
Designed for adult monitoring in ICU and procedural areas, the assembly supports capnography and gas sampling workflows. Units are sterile-packed and available in bulk quantities for hospital procurement teams.
This all-purpose adult sampling line combines a T connector, 0.2 micron inline filter, and Female Luer Lock termination. The 2.1m tubing length is optimized for bedside monitoring and provides minimal dead space for accurate gas sampling. The T connector supports accessory attachment or branching where required.
Intended for adult monitoring in ICUs, ORs, and procedural areas. Units are sterile-packed and available in bulk for procurement programs. Specify connector gender and quantity when requesting a quote.
This adapter provides a 0.2 micron inline filter and reflective connector with Male Luer Lock termination. The 2.1m tubing is suitable for bedside monitoring where compact routing is preferred. The inline filter reduces particulate ingress while the reflective connector ensures consistent sampling alignment.
Ideal for wards and transport monitors where short tubing length is appropriate. Units are sterile-packed and available for bulk ordering to support routine inventory needs.
This all-purpose sampling line includes a T connector, 0.2 micron filter, and Male Luer Lock termination. The 2.1m tubing length supports typical bedside monitoring with low sample transit volume. The T connector enables branching to auxiliary sampling points when needed.
Suitable for adult intensive care and procedural monitoring. Units are sterile-packaged and can be ordered in bulk for inventory replenishment. Confirm connector gender and quantity at RFQ stage.
This paediatric dual CO2 sampling cannula incorporates a SCOOP-style O2 delivery passage, a universal O2 connector, and a Female Luer Lock sampling connector. The 2.1m tubing length supports flexible monitor placement while accommodating paediatric airway geometry. The design balances oxygen delivery with accurate CO2 sampling for pediatric monitoring contexts.
Intended for pediatric procedural sedation, PACU and pediatric ward monitoring. Each cannula is sterile-packed and sized for paediatric patients. Procurement teams should specify size and documentation needs when requesting quotes.
This adult nasal/oral dual CO2 sampling cannula integrates an O2 delivery channel using a SCOOP design, a universal O2 connector, and a reflective sampling connector with a 0.2 micron inline filter. The 2.1m tubing length supports flexible monitor placement and routine clinical workflows. The dual-channel design enables simultaneous oxygen therapy and CO2 sampling for non-invasive monitoring.
Suitable for procedural sedation, post-anesthesia care, and ward monitoring where combined O2 delivery and capnography sampling are needed. Supplied sterile and available for bulk replenishment programs. Indicate connector preference and documentation needs when requesting a quote.
This paediatric dual CO2 sampling cannula uses a SCOOP O2 delivery channel and a universal O2 connector combined with a Male Luer Lock sampling connector. The 2.1m tubing length supports pediatric monitoring scenarios while reducing dead space. The dual-channel design balances oxygen delivery with reliable CO2 sampling for small tidal volumes.
Intended for pediatric procedural and ward monitoring. Each cannula is sterile-packed and sized for pediatric patients. Procurement teams should specify size range and documentation needs when requesting quotes.
This adult dual CO2 sampling cannula features a SCOOP-design O2 delivery channel, universal O2 connector and Female Luer Lock sampling connector. The 2.1m tubing supports bedside monitoring while minimizing dead space. The design enables concurrent oxygen therapy and CO2 sampling for procedural and recovery unit monitoring.
Appropriate for PACU, procedural sedation, and ward monitoring where combined oxygen delivery and capnography sampling are needed. Units are sterile-packed and available in bulk for procurement programs.
This adult dual CO2 cannula integrates a SCOOP-style O2 delivery channel, a universal O2 connector and a Male Luer Lock sampling connector. The design supports simultaneous oxygen therapy and CO2 sampling while the 2.1m tubing length supports bedside monitoring without excessive dead space. The cannula is sized for adult airway geometry and routine clinical use.
Suited for PACU, sedation units, and wards requiring combined oxygen delivery and capnography. Supplied sterile and available for bulk ordering. Specify connector type and quantity when requesting a quote.