Ken-Cath CVC (Central Venous Catheter)
Feature & Benefit
Biocompatible Material: The catheter is typically made of medical-grade polyurethane or silicone, which is kink-resistant and softens at body temperature to minimize trauma to the vessel wall and enhance patient comfort.
Radiopacity and Markings: The catheter is radiopaque,meaning it is visible on an X-ray, and includes depth markings along its length. This allows clinicians to confirm correct placement in the vena cava.
Soft, Tapered Tip: The catheter tip is soft and tapered to facilitate smooth and easy insertion, reducing the risk of vascular trauma.
Pro-Kenk Hydrophilic Guide Wire
| REF. NO. | DESCRIPTION | SIZE |
|---|---|---|
| PKHG-150-25 | STREIGHT | 0.25 in × 150 cm |
| PKHG-150-32 | STREIGHT | 0.32 in × 150 cm |
| PKHG-150-35 | STREIGHT | 0.35 in × 150 cm |
| PKHG-150-35A | ANGLED | 0.35 in × 150 cm |
| PKHG-260-32 | STREIGHT | 0.32 n × 260 cm |
| PKHG-260-35 | STREIGHT | 0.35 in × 260 cm |
| PKHG-260-32A | ANGLED | 0.32 in × 260 cm |
| PKHG-260-35A | ANGLED | 0.35 in × 260 cm |
Pro-Kenk PTFE Coated Guide Wire
| REF. NO. | DESCRIPTION |
|---|---|
| KSGWS 25-150 | 0.025" PTFE Coated, Streight Tip, 150 cm |
| KSGWS 32-150 | 0.032" PTFE Coated, Streight Tip, 150 cm |
| KSGWS 35-150 | 0.035" PTFE Coated, Streight Tip, 150 cm |
| KSGWS 38-150 | 0.038" PTFE Coated, Streight Tip, 150 cm |
| KSGWJ 32-150 | 0.032" PTFE Coated, J Tip, 150 cm |
| KSGWJ 35-150 | 0.035" PTFE Coated, J Tip, 150 cm |
| KSGWJ 38-150 | 0.038" PTFE Coated, J Tip, 150 cm |
| KSGWS 35-70 | 0.035" Uncoated, Streight Tip, 70 cm |
| KSGWS 38-70 | 0.038" Uncoated, Streight Tip, 70 cm |
| KSGWJ 35-70 | 0.035" Uncoated, J Tip, 70 cm |
| KSGWJ 38-70 | 0.038" Uncoated, J Tip, 70 cm |
Pro-Kenk Spinal Needle
Feature & Benefit
Quincke (Cutting Tip): Features a sharp, beveled tip that cuts through tissue. It is often preferred for diagnostic lumbar punctures because it provides faster access and clear tactile feedback.
Pencil-Point (Atraumatic): Designs like Whitacre or Sprotte have a blunt, rounded tip that spreads tissue fibers rather than cutting them. This significantly reduces CSF leakage and the risk of postprocedure headaches.
