1. Application-Focused Peripheral Catheter Design

Peripheral vascular procedures require catheters that can travel through longer and sometimes more tortuous vessel pathways while maintaining stable support and smooth delivery.

We help customers develop peripheral catheter solutions according to:

• Target vessel and access route
• Required working length
• Required shaft support
• Distal flexibility requirement
• Guidewire compatibility
• Device compatibility
• Lumen size and patency
• Tip softness and transition design
• Radiopaque visibility requirement
• Coating and surface performance
• Packaging and OEM requirements

This application-focused approach helps customers build catheter products that better match clinical and engineering needs.

2. Strong Long-Shaft Catheter Capability

Peripheral catheter products often require longer shafts than coronary or neurovascular products. A stable long shaft requires strong dimensional control, suitable material selection, and reliable reinforcement design.

We can support:

• Long working length catheter shafts
• Supportive proximal shaft design
• Flexible distal segment design
• Variable stiffness transition
• Multi-layer shaft structure
• Braided reinforced shaft
• Coil-reinforced shaft
• PTFE-lined shaft
• Pebax / PA / PU / FEP / HDPE material structures
• Thin-wall and large-lumen structure design

By adjusting shaft structure and material combination, we help customers achieve the required balance between pushability, flexibility, and deliverability.

3. Reinforcement for Support, Torque & Kink Resistance

Peripheral vascular intervention may require catheters with stronger support and better kink resistance, especially for long access routes and complex lesions.

We can support reinforced catheter structures such as:

• Stainless steel braid
• Nitinol braid
• Stainless steel coil
• Nitinol coil
• Variable braid density
• Variable coil pitch
• Reinforced proximal section
• Flexible distal section
• Customized stiffness transition

These structures can help improve:

• Pushability
• Trackability
• Torque response
• Kink resistance
• Shaft support
• Device delivery stability
• Lumen integrity

4. Customized Distal Tip Design

The distal tip is important for atraumatic access, smooth crossing, and device compatibility. Different peripheral applications may require different tip designs.

We can support:

• Soft tip
• Tapered tip
• Atraumatic tip
• Shaped tip
• Radiopaque tip
• Heat-formed tip
• Smooth transition tip
• Multi-durometer distal segment
• Customized tip geometry
• Transparent or reinforced distal section

A well-designed distal end helps improve smooth entry, trackability, and handling performance.

5. Large-Lumen & Thin-Wall Structure Support

For aspiration, thrombectomy, and device delivery applications, lumen size and shaft stability are critical.

We can support development of catheter structures focused on:

• Large lumen design
• Thin-wall shaft structure
• Lumen patency
• Smooth inner lumen
• Device compatibility
• Aspiration performance support
• Stable outer diameter control
• Reinforced shaft with lumen stability

This is especially useful for peripheral aspiration catheters, delivery catheters, and support catheters.

6. Radiopaque Visibility Solutions

Visibility under fluoroscopy is important for peripheral catheter positioning and procedural control.

We can support:

• Marker band placement
• Single or multiple marker bands
• Platinum-iridium marker
• Gold marker
• Tungsten-filled material
• Barium sulfate-filled material
• Radiopaque distal segment
• Radiopaque tip
• Customized marker position

These options help customers design catheter products with better visibility according to application needs.

7. Flexible OEM / ODM Cooperation

We support different cooperation models according to customer project stage.

We can work with customers on:

• Customer design manufacturing
• Joint product development
• OEM manufacturing
• ODM development
• Private label supply
• Prototype development
• Pilot production
• Commercial batch production
• Long-term customized supply

Whether your project is still at the design stage or ready for production transfer, we can provide professional support according to your needs.

1. Requirement Review

We help customers review the intended peripheral vascular application and translate application needs into technical requirements.

This may include:

• Application analysis
• Drawing review
• Sample review
• Product structure discussion
• Material selection suggestion
• Performance target discussion
• Manufacturing feasibility evaluation

2. Technical Proposal

Based on the customer’s application and product requirements, we can provide a technical proposal covering:

• Shaft structure recommendation
• Material combination suggestion
• Reinforcement design
• Tip design
• Marker band solution
• Coating option
• Assembly method
• Process route
• Cost optimization suggestion

3. Prototype Development

We support prototype development for early evaluation and design verification.

Prototype support may include:

• Engineering sample production
• Structure comparison samples
• Material comparison samples
• Tip design samples
• Shaft performance samples
• Coating evaluation samples
• Marker band position samples
• Customer sample confirmation

4. Process Optimization

After prototype confirmation, we help optimize the manufacturing process for consistency, stability, and scalability.

Process optimization may include:

• Shaft process optimization
• Reflow process optimization
• Tip forming process improvement
• Reinforcement process control
• Marker band assembly control
• Hub bonding optimization
• Coating process control
• Inspection method improvement
• Production efficiency improvement

5. Pilot Production & Batch Supply

We support different production stages according to customer project progress.

We can provide:

• R&D samples
• Engineering samples
• Small-batch trial production
• Pilot production
• Validation batch support
• Commercial batch production
• Long-term OEM supply

Choosing us means working with a catheter manufacturing partner who understands both peripheral vascular application requirements and catheter manufacturing feasibility.

We can help customers:

• Develop catheter products for peripheral vascular applications
• Support long-shaft catheter design and manufacturing
• Optimize shaft support, flexibility, and torque response
• Customize distal tip design and transition structure
• Support reinforced shaft design for kink resistance and deliverability
• Provide large-lumen and thin-wall catheter structure support
• Provide marker band and radiopaque visibility solutions
• Support coating and surface performance requirements
• Move efficiently from prototype to production
• Provide flexible OEM/ODM cooperation
• Support long-term customized catheter projects