CAPIOX® RX OXYGENATOR
Description
Oxygenator
Balanced Performance
- Low priming volume, high gas exchange and low pressure drop are optimally balanced for superb performance.
- Hollow fibers manufactured exclusively by Terumo using a patented technology with total quality management from raw materials to finished product.
- Woven fiber bundle ensures consistent and high-performance gas exchange.
- Choice of blood outlet port configurations for easy access and increased circuit flexibility.
- Top-to-bottom blood flow path and air purge line provide excellent air removal capability.
- No DEHP used in PVC tubing.
Hardshell Reservoir
Full Featured
- Elongated shape provides a stable blood flow path and enhanced visibility at all levels from all angles.
- Rotating venous inlet improves set-up flexibility.
- No DEHP used in PVC tubing.
- Connecting mount increases flexibility in circuit set-up and oxygenator rotation.
- Funnel-shaped cardiotomy filter improves breakthrough and residual volumes.
- Positive pressure relief value for additional safety.
Characteristics
- Terumo’s exclusive hollow fiber
- High flow with very low priming volume
- Superior O2 transfer performance
- Outstandingly low pressure drop
General specifications
Oxygenator
| Oxygenator | RX15 R30 reservoir | RX15 R40 reservoir | RX25 |
|---|---|---|---|
| Housing material | Polycarbonate | ||
| Fiber material | Microporous polypropylene | ||
| Heat exchanger material | Stainless steel | ||
| Fibers: Approx. surface area | 1.5 m² | 1.5 m² | 2.5 m² |
| Heat exchanger: Approx. surface area | 0.14 m² | 0.14 m² | 0.2 m² |
| Blood flow range | 0.5 – 4.0 L/min | 0.5 – 5.0 L/min | 0.5 – 7.0 L/min |
| Priming Volume (static) | 135 mL | 135 mL | 250 mL |
| Blood inlet port (from pump) | 3/8″ (9.5 mm) | ||
| Blood outlet port | 3/8″ (9.5 mm) | ||
| Cardioplegia port | 1/4″ (6.4 mm) | ||
| Gas inlet port | 1/4″ (6.4 mm) | ||
| Gas outlet port | 1/4″ (6.4 mm) | ||
| Water ports | 1/2″ (12.7 mm) Hansen quick connect fittings | ||
| Maximum pressure Blood inlet | 133 kPa (1.000 mmHg) | ||
| Maximum pressure Water inlet | 196 kPa (2 kgf/cm²)(28.5 psi) | ||
Hardshell reservoir
| Hardshell Reservoir | RX15 R30 reservoir | RX15 R40 reservoir | RX25 |
|---|---|---|---|
| Housing material | Polycarbonate | ||
| Venous filter materials | Polyester screen type | ||
| Cardiotomy filter material | Polyester depth type | ||
| Defoamer material | Polyurethane foam | ||
| Blood flow range: Venous | 0.5 – 4.0 L/min | 0.5 – 5.0 L/min | 0.5 – 7.0 L/min |
| Blood flow range: Cardiotomy inlet | 4.0 L/min | 5.0 L/min | 5.0 L/min |
| Blood flow range: Combined flow | 4.0 L/min | 5.0 L/min | 7.0 L/min |
| Blood storage capacity | 3.000 mL | 4.000 mL | 4.000 mL |
| Minimum operating volume | 70 mL | 200 mL | 200 mL |
| Venous blood inlet port (rotatable) > when 1/4″ adaptor is attached |
3/8″ (9.5 mm); 1/4″ (6.4 mm) |
1/2″ (12.7 mm) | |
| Blood outlet port (to pump) > when 1/4″ adaptor is attached |
3/8″ (9.5 mm); 1/4″ (6.4 mm) |
3/8″ (9.5 mm) | |
| Suction ports (rotatable) | Six: 1/4″ (6.4 mm) | ||
| Vertical port (to CR filter) | 3/8″ (9.5 mm) | ||
| Quick prime port | 1/4″ (6.4 mm) | ||
| Vent port | 1/4″ (6.4 mm) | ||
| Auxiliary port | 1/4″ – 3/8″ (6.4 mm – 9.5 mm) | ||
| Luer ports | Three filtered luer locks to cardiotomy filter, one non-filtered luer lock, two luer locks on venous inlet | ||
| Maximum sustainable negative pressure in reservoir | -20.0 kPa (-150 mmHg) | ||
Xcoating™ Surface Coating, Terumo Corporation’s biocompatible amphiphilic polymer surface coating, is a standard feature on the CAPIOX® RX Oxygenators.
Item specifications
Choose the blood outlet port configuration that best suits your circuit.
| West outlet port
Oxy inlet on right when outlet is
facing away from user
|
East outlet port
Oxy inlet on left when outlet is
facing away from user
|
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PRODUCT DETAILS
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ORDERING INFORMATION
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Balloon’s
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Glide sheath
Product overview
Expanding trans-radial access to include more patients
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- Glide sheath Slender is coated with Terumo’s proprietary hydrophilic coating, allowing for smooth insertion and removal.
Features and Benefits

The proprietary thin-wall technology and Terumo M Coat hydrophilic coating
- Per the American Heart Association, dedicated radial sheaths with hydrophilic coating combined with smaller diameter sheaths and a tapered tip design may reduce risk of arterial spasm and radial occlusion1
- Featuring Terumo’s proprietary hydrophilic coating, the Glide sheath Slender Sheath is the only thin-wall radial sheath on the market to demonstrate superior and consistent performance in lubricity and durability over time
The Glide sheath Slender Sheath is the only thin-wall sheath that demonstrated best in class performance in all of the American Heart Association’s identified critical features that lead to reduced spasm.
THE POWER OF TERUMO GLIDE TECHNOLOGY™: LUBRICITY OVER TIMES
Hydrophilic coating is critical to procedural success, Physicians need to trust that their sheath will be just as lubricous at the end of case as it is at the beginning.
The graph below demonstrates the results of recent benchtop testing. The lower the value, the more lubricious the coating. The straighter the line, the more consistent, and reliable, the performance.
Glide sheath Slender Sheath outperformed the other competitive sheaths in both key features: lubricity and lubricity over time.

Unmatched Clinical Evidence
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PTCA Balloon Ryurei
Description
Confidence in your hands
Ryurei™ has superior crossability1 thanks to the combination of low distal profiles and Terumo’s hydrophilic M coating. The short balloon bonding and reinforced shaft1 results in enhanced trackability1 while maintaining excellent pushability1.
These features can increase physician’s confidence in success even during complex procedures.
CharacteristicsExcellent Pusability
The combination of flexible distal part, tapered core wire on the midshaft and the thick proximal hypotube, results in smooth and balanced transition across the entire catheter for high transmission force, resulting in excellent pushability
Superior Crossability2
Thanks to the combination of distal low profiles and the Terumo hydrophilic M-Coat, Ryurei offers low friction in crossing tight lesions
Enhanced Trackability2
With an optimal tip design and improved balloon bonding, Ryurei provides enhanced trackability, even in tortuous anatomy and difficult to navigate vessels.
General specifications
Shaft diameter 1.9 Fr/0.64 mm Proximal • 2.5 Fr/0.84 mm Middle • 2.4 Fr/0.79 mm to 2.7 Fr/0.89 mm (tapered) Distal (1.00 to 1.50 mm) • 2.6 Fr/0.87 mm Distal (2.00 to 4.00 mm) Usable length 145 cm Balloon markers # 1(Ø1.0 to Ø 1.5 mm) • 2(Ø2.0 to Ø4.0 mm) Nominal pressure 6 atm / 608 kPa Rated burst pressure Ø1.0 – 3.0 mm=14 atm(1419kPa) • Ø3.25 – 4.0 mm = 12 atm(1216 kPa) Guidewire compatibility Maximum diameter: 0.014″ / 0.36 mm Lesion entry profile 0.41 mm (Ø1.00 to Ø1.50 mm) • 0.43 mm (Ø2.00 to Ø4.00 mm) Coating Hydrophilic Item specifications
Balloon length / Product code
Balloon Diameter 5 mm 10 mm 15 mm 20 mm 30 mm 40 mm 1.00 mm DC-RR1005HH 1.25 mm DC-RR1205HH DC-RR1210HH DC-RR1215HH DC-RR1220HH 1.50 mm DC-RR1505HH DC-RR1510HH DC-RR1515HH DC-RR1520HH 2.00 mm DC-RR2010HHW DC-RR2015HHW DC-RR2020HHW DC-RR2030HHW DC-RR2040HHW 2.25 mm DC-RR2210HHW DC-RR2215HHW DC-RR2220HHW 2.50 mm DC-RR2510HHW DC-RR2515HHW DC-RR2520HHW DC-RR2530HHW DC-RR2540HHW 2.75 mm DCRR2710HHW DC-RR2715HHW DC-RR2720HHW 3.00 mm DC-RR3010HHW DC-RR3015HHW DC-RR3020HHW DC-RR3030HHW DC-RR3040HHW 3.25 mm DC-RR3210HHW DC-RR3215HHW DC-RR3220HHW 3.50 mm DC-RR3510HHW DC-RR3515HHW DC-RR3520HHW DC-RR3530HHW DC-RR3540HHW 3.75 mm DC-RR3710HHW DC-RR3715HHW DC-RR3720HHW 4.00 mm DC-RR4010HHW DC-RR4015HHW DC-RR4020HHW References
1 Ryurei φ1.00-5mm compared to Tazuna 1.25-10 mm- Data on file ISCD-416-31-4
* For Ryurei Ø 1.00 mm – Ø 1.50 mm.
** For Ryurei Ø 1.00mm – 5mm 2 Compared to Tazuna PTCA dilatation catheter









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