Tapered or conical tips are a standard configuration for many catheter applications, but don’t let their simple shape fool you. Their precise external and internal geometric configurations are designed for specific functions, and they require a precise, repeatable process to be formed accurately. A wide variation in tube sizes, tip configurations and polymer choices add extra layers of complexity to the tip forming process. Vante and PlasticWeld diverse equipment options provide you with unmatched versatility to meet your specific production challenges.
Tube OD Range: Tube sizes ranging from 2Fr up to 45Fr
Geometry Configurations: Including thin-walled tips, profiled ID transitions, thick walled and stepped OD’s.
Taper Lengths: Tip lengths ranging from 1mm up to 90mm
Materials: All thermoplastic polymers can be formed: including LDPE, HDPE, PE copolymers, PP, PU & PU blends, PEBAX, FEP, and many others.
Standard Machine Configurations: 1-up, 2-up and 4-up systems depending on project details.
Customized tooling enhancements to provide precise positioning of critical internal features
Contact us about your application
A growing number of advanced catheter applications utilize multiple lumens in a tube. Tips are designed to close off some lumens while keeping others open. Their precise external and internal geometric configurations are designed for specific functions, and they require a precise, repeatable process to be formed accurately. A wide variation in tube sizes, tip configurations and polymer choices add extra layers of complexity to the tip forming process. Vante and PlasticWeld diverse equipment options provide you with unmatched versatility to meet your specific production challenges.
Tube OD Range: Tube sizes ranging from 2Fr up to 45Fr
Geometry Configurations: Including thin-walled tips, profiled ID transitions, thick walled and stepped OD’s.
Taper Lengths: Tip lengths ranging from 1mm up to 90mm
Materials: All thermoplastic polymers can be formed: including LDPE, HDPE, PE copolymers, PP, PU & PU blends, PEBAX, FEP, and many others.
Standard Machine Configurations: 1-up, 2-up and 4-up systems depending on project details.
Customized tooling enhancements to provide precise positioning of critical internal features
Contact us about your application
Dilator tips require precise external and internal geometric configurations to perform properly. A wide variation in tube sizes, tip configurations and polymer choices add extra layers of complexity to the tip forming process. Vante and PlasticWeld diverse equipment options provide you with unmatched versatility to meet your specific production challenges.
Tube OD Range: Tube sizes ranging from 2Fr up to 45Fr
Geometry Configurations: Including thin-walled tips, profiled ID transitions, thick walled and stepped OD’s.
Taper Lengths: Tip lengths ranging from 1mm up to 90mm
Materials: All thermoplastic polymers can be formed: including LDPE, HDPE, PE copolymers, PP, PU & PU blends, PEBAX, FEP, and many others.
Standard Machine Configurations: 1-up, 2-up and 4-up systems depending on project details.
Customized tooling enhancements to provide precise positioning of critical internal features
Contact us about your application
IV tips are a standard and sometimes challenging catheter application. Their relatively small size and ultra thin-walled tubing creates a difficult challenge for most tipping platforms. Their precise external and internal geometric configurations are designed for specific functions, and they require a precise, repeatable process to be formed accurately. Vante and PlasticWeld diverse equipment options provide you with unmatched versatility to meet your IV tip production challenges.
Tube OD Range: Tube sizes ranging from 22ga and up
Geometry Configurations: Including thin-walled tips, profiled ID transitions
Taper Lengths: Tip lengths ranging from 1mm up to 10mm
Materials: Polymers generally include PTFE.
Standard Machine Configurations: 1-up, 2-up and 4-up systems depending on project details.
Customized tooling enhancements to provide precise positioning of critical internal features