|
|
 |
 |
Product features |
| The materials are secured between each end clamp. Upon activation of the process cycle, the thermal nozzle advances to the materials and then traverses along their length at a controlled speed. The outer heat shrink layer is then stripped away.
|
|
|
The Beahm Designs Inc. This is a system for the purpose of reflowing thermoplastic tubings into a single composite shaft by means of traversing a thermal nozzle along the length of the tube.
Functional Overview: The materials are secured between each end clamp. Upon activation of the process cycle, the thermal nozzle advances to the materials and then traverses along their length at a controlled speed. The outer heat shrink layer is then stripped away.
This system gives you:
- Consistent laminations
- Process Control (ie temperature, traverse rate, expand pressure)
| Catheter Tubing Materials |
Virtually all thermoplastics such as but not limited to;
Pebax
Nylon
Polyethelene
Polypropylene
Polyurethane
FEP
PTFE |
| Features |
| Tooling Options |
Thermal Nozzle
Grip tooling |
| Catheter Lamination Lengths |
Up to 7ft. |
| Tubing Size |
1 to 31 Fr
0.013鈥� to 0.375鈥� in. |
| Facilities Requirements |
120VAC or 220VAC
50/60 Hz.
500 watts max. |
| Services |
Equipment Design and Development
Process Development
First Article Samples - Prototyping
Tooling |
|
|
|
