Scanlan International
Surgical products designed and manufactured by the Scanlan family since 1921Tunneler System
Scanlan® Tunneler Grasping Forceps and Single-Use Tunneler Sheeths
The SCANLAN® Vascular Tunneling System combines high quality grasping forceps with single-use tunneler sheaths for fast, accurate, atraumatic implantation of subcutaneous grafts.
The grasping forceps features include . . .
• A choice of three styles: Vascular tunneler grasping forceps (20 1/2″ / 52 cm), A/V Access tunneler grasping forceps (12″ / 30.5 cm), and Full Curve A/V Access tunneler grasping forceps (12″ / 30.5 cm)
• Each style will accommodate two sheath diameters (large or small)
• A knurled handle for positive control
• A handle indicator to verify tunneler curve direction
• Stainless steel construction, offering strength and long life, as well as quick, reliable, atraumatic graft placement
• Specially designed, stainless steel sterilization/storage case also available
The single-use sheath features include . . .
• Two sheath diameters (Large and Small) designed to fit each forceps style
• Each sheath diameter available in two lengths (20 1/2″ / 52 cm and 12″ / 30.5 cm) to accommodate various grafts
• Allows atraumatic tunneling and placement of grafts without kinking, twisting, stretching, or pulling
• Smooth polymer sheaths and bullet tips offer near frictionless graft placement, essential for many new graft surfaces
• Minimal sheath diameters avoid excessive tissue disruption
• Color-coding provides easy length and diameter identification
• Radiopaque and latex-safe
Scanlan® Vascular Tunneler and Single-Use Tunneler Sheeths
The SCANLAN® Vascular Tunneling System combines high quality grasping forceps with single-use tunneler sheaths for fast, accurate, atraumatic implantation
of subcutaneous grafts.
| Cat. No. | Description | |
| 9009-24 | Vascular Tunneler (20.5″ / 52 cm) | |
| 9009-16 | Tunneler Sheath and Bullet tip (20.5″ / 52 cm) Interior Diameter 12 mm, for grafts up to 10 mm |
|
| 9009-18 |
Tunneler Sheath and Bullet tip (20.5″ / 52 cm) |
Scanlan® A/V Access Tunneler and Single-Use Tunneler Sheeths
The SCANLAN® Vascular Tunneling System combines high quality grasping forceps with single-use tunneler sheaths for fast, accurate, atraumatic implantation of subcutaneous grafts.
| Cat. No. | Description | |
| 9009-14 | A/V Access Tunneler (12″ / 30.5 cm) | |
| 9009-20 | Tunneler Sheath and Bullet tip (12″ / 30.5 cm), Interior Diameter 9 mm, for grafts up to 8 mm | |
| 9009-22 | Tunneler Sheath and Bullet tip (12″ / 30.5 cm), Interior Diameter 7 mm, for grafts up to 6 mm |
Scanlan® Partial Curve A/V Access Tunneler and Single-Use Tunneler Sheeths
The SCANLAN® Vascular Tunneling System combines high quality grasping forceps with single-use tunneler sheaths for fast, accurate, atraumatic implantation of subcutaneous grafts.
| Cat. No. | Description | |
| 9009-13 | A/V Access Tunneler Partial Curve (12″ / 30.5 cm) | |
| 9009-20 | Tunneler Sheath and Bullet tip (12″ / 30.5 cm), Interior Diameter 9 mm, for grafts up to 8 mm | |
| 9009-22 | Tunneler Sheath and Bullet tip (12″ / 30.5 cm), Interior Diameter 7 mm, for grafts up to 6 mm |
Scanlan® Full Curve A/V Access Tunneler and Single-Use Tunneler Sheeths
The SCANLAN® Vascular Tunneling System combines high quality grasping forceps with single-use tunneler sheaths for fast, accurate, atraumatic implantation of subcutaneous grafts.
| Cat. No. | Description | |
| 9009-15 | A/V Access Tunneler Full Curve (12″ / 30.5 cm) | |
| 9009-21 | Tunneler Sheath and Bullet tip (12″ / 30.5 cm), Interior Diameter 9 mm, for grafts up to 8 mm | |
| 9009-23 | Tunneler Sheath and Bullet tip (12″ / 30.5 cm), Interior Diameter 7 mm, for grafts up to 6 mm |
Scanlan® Tunneler Tray
The SCANLAN® Vascular Tunneling System combines high quality grasping forceps with single-use tunneler sheaths for fast, accurate, atraumatic implantation of subcutaneous grafts.
| Cat. No. | Description | |
| 9009-10 |
Vascular Tunneler and A/V Access Tunneler Grasping Forceps Set |
|
| Vascular Tunneler 20.5″ (52 cm) | ||
| A/V Access Tunneler 12″ (30.5 cm) | ||
| tunneler storage / sterilization tray 3.5″ x 26″ x 1.5″ (8.9 cm x 66 cm x 3.8 cm) | ||
| (Set does not include tunneler sheaths.) | ||
| Cat. No. | Description | |
| 9009-12 |
Vascular Tunneler Grasping Forceps Set |
|
| Vascular Tunneler 20.5″ (52 cm) | ||
| tunneler storage / sterilization tray 3.5″ x 26″ x 1.5″ (8.9 cm x 66 cm x 3.8 cm). | ||
| (Set does not include tunneler sheaths.) | ||
| Cat. No. | Description | |
| 9009-26 |
Tunneler Storage / Sterilization Tray 3.5″ x 26″ x 1.5″ (8.9 cm x 66 cm x 3.8 cm) |
|
| Accommodates one Vascular and one A/V Access Tunneler Grasping Forceps (will not accommodate the Full Curve Tunneler Grasping Forceps). |
Scanlan® Tunneler Grasping Forceps and Single-Use Tunneler Sheeths
The SCANLAN® Vascular Tunneling System combines high quality grasping forceps with single-use tunneler sheaths for fast, accurate, atraumatic implantation
of subcutaneous grafts.
The grasping forceps features include . . .
• A choice of three styles: Vascular tunneler grasping forceps (20 1/2″ / 52 cm), A/V Access tunneler grasping forceps (12″ / 30.5 cm), and Full Curve A/V Access tunneler grasping forceps (12″ / 30.5 cm)
• Each style will accommodate two sheath diameters (large or small)
• A knurled handle for positive control
• A handle indicator to verify tunneler curve direction
• Stainless steel construction, offering strength and long life, as well as quick, reliable, atraumatic graft placement
• Specially designed, stainless steel sterilization/storage case also available
The single-use sheath features include . . .
• Two sheath diameters (Large and Small) designed to fit each forceps style
• Each sheath diameter available in two lengths (20 1/2″ / 52 cm and 12″ / 30.5 cm) to accommodate various grafts
• Allows atraumatic tunneling and placement of grafts without kinking, twisting, stretching, or pulling
• Smooth polymer sheaths and bullet tips offer near frictionless graft placement, essential for many new graft surfaces
• Minimal sheath diameters avoid excessive tissue disruption
• Color-coding provides easy length and diameter identification
• Radiopaque and latex-safe