SENTAI™

Guidewires

SAMURAI RC Guidewire

Samurai RC Guidewire Schematic

Tip Diameter (inch)

Tip Load (gf)

Tip Radiopacity (cm)

Tip Style

Coil / Covering

Coil Length (cm)

Coating

Core Material

0.014

1.2

4

Inner Coil Technology

Spring Coil

24

Hydrophilic

Stainless Steel

Inner Coil Technology (ICT) - A stainless steel inner coil affixed directly to the distal portion of the stainless steel core enhances the shape retention and durability of the distal tip, reduces whipping, and provides exceptional torqueability.

Hydrophilic Coating & Extended Spring Coil – The coating over the full length of the extended spring coil promotes excellent trackability through extremely tight and tortuous anatomy.

Compound-Taper Stainless Steel Core – The unique design of SAMURAI RC’s stainless steel core provides 1:1 torque response and increased flexibility for excellent trackability through tortuous anatomy.

FIGHTER Guidewire

FIGHTER Guidewire

Tip Diameter (inch)

Tip Load (gf)

Tip Radiopacity (cm)

Tip Style

Coil / Covering

Coil Length (cm)

Coating

Core Material

0.009

1.5

3.5

Core-to-tip

Clear Polymer over Spring Coil

18

Hydrophilic

Stainless Steel

Clear Polymer Jacket & Hydrophilic Coating – The combination of polymer cover and hydrophilic coating enables excellent crossability and exceptional trackability through challenging anatomy.

Tapered 0.009” Core-To-Tip Design – This feature provides 1:1 torque response to navigate through the most challenging lesions.

Micro-Stamped Core – This innovation facilitates a small, controlled prolapse and retention of that shape.

Compound-Taper Stainless Steel Core – The unique design of FIGHTER’s stainless steel core promotes 1:1 torque response and excellent trackability through challenging anatomy.

HORNET Guidewire

HORNET Guidewire

Tip Diameter (inch)

Tip Load (gf)

Tip Radiopacity (cm)

Tip Style

Coil / Covering

Coil Length (cm)

Coating

Core Material

0.008

1.0

3.5

Core-to-tip

Spring Coil

15

Hydrophilic

Stainless Steel

The smallest tip profile of any coronary guidewire – Tapered to 0.008”, the small tip profile and soft, atraumatic tip enable outstanding ability to safely cross the most challenging lesions.

Compound-Taper Stainless Steel Core – The unique design of HORNET’s stainless steel core provide outstanding trackability and 1:1 torque response for precise steerability in the most challenging anatomy.

Hydrophilic Coating – The coating over the entire length of the spring coil promotes crossability, trackability, and device deliverability in challenging anatomy.

HORNET 10 Guidewire

HORNET 10 Guidewire

Tip Diameter (inch)

Tip Load (gf)

Penetration Force (gf/mm2)

Tip Radiopacity (cm)

Tip Style

Coil / Covering

Coil Length (cm)

Coating

Core Material

0.008

10

308

3.5

Core-to-tip

Spring Coil

15

Hydrophilic

Stainless Steel

The smallest tip profile of any coronary guidewire – Tapered to 0.008”, the small tip profile enables excellent crossability for the most challenging and resistant lesions.

Compound-Taper Stainless Steel Core – The unique design of HORNET 10’s stainless steel core provides outstanding trackability and 1:1 torque response for precise steerability in the most challenging anatomy.

Hydrophilic Coating – The coating over the entire length of the spring coil promotes crossability, trackability, and device deliverability in challenging anatomy.

HORNET 14 Guidewire

HORNET 14 Guidewire

Tip Diameter (inch)

Tip Load (gf)

Penetration Force (gf/mm2)

Tip Radiopacity (cm)

Tip Style

Coil / Covering

Coil Length (cm)

Coating

Core Material

0.008

14

432

3.5

Core-to-tip

Spring Coil

15

Hydrophilic

Stainless Steel

Built to cross – the 0.008” tapered tip and 14 gram tip load combine to give Hornet 14 the highest penetration force of any coronary guidewire making it capable of crossing the most challenging lesions.

Compound-Taper Stainless Steel Core – The unique design of HORNET 14’s stainless steel core provides outstanding trackability and 1:1 torque response for precise steerability in the most challenging anatomy.

Hydrophilic Coating – The coating over the entire length of the spring coil promotes crossability, trackability, and device deliverability in challenging anatomy.

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