Private Label Iontophoresis Pad For Drug Delivery

Private Label Iontophoresis Pad For Drug Delivery
Details:
Component Customization: The patch architecture comprises a medical-grade foam or spunlace backing, an Ag/AgCl sensor track, a rayon/polyester blended reservoir, and an acrylic adhesive. The thickness and density of the rayon layer are altered to precisely match the target drug capacity (cc) specified by the OEM client.

ISO Standards: Cleanroom assembly protocols comply with ISO 13485. Skin-contact adhesives and materials undergo ISO 10993-5 (Cytotoxicity) and ISO 10993-10 (Sensitization) testing.

MOQ:Custom aluminium foil bag packaging: minimum order of 10,000.
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Description
Technical Parameters
 

Private Label Iontophoresis Pads | OEM Drug Delivery | TOP-RANK

 

 

White-label iontophoresis electrodes. Configurable fluid capacities (1.5cc-3.0cc) with custom rotary die-cut geometry. ISO 13485 compliant manufacturing.

 

Product Overview

 

These private label iontophoresis pads are blank-canvas electro-medical consumables built for B2B medical distributors. The hardware utilizes direct galvanic current to drive ionic drug solutions through the skin barrier. We focus the OEM customization process entirely on reservoir volume calibration, physical backing geometry, and high-barrier pouch printing to support independent brand deployment.

 

Key Features

 

  • Configurable Reservoir Tolerance 

    Localized treatments demand specific fluid dosages. If 3.0cc of liquid is forced into a 1.5cc reservoir, the medication bridges the adhesive border. This physical bridging causes the electrical current to track across the skin surface rather than penetrating the dermis. During lamination, strict control over the non-woven fiber density confines the exact fluid volume within the active conductive footprint. 

     

  • Anatomical Die-Cut Adaptability

    Straight rectangular pads fail under mechanical shear when applied to the elbow or knee. Custom rotary die-cutting produces lobed or butterfly configurations. This specific geometry distributes the kinetic strain outward. During joint flexion, the Ag/AgCl grid remains in parallel contact with the curved epidermal surface.

     

  • White-Label Barrier Packaging 

    The pads contain pre-dried chemical pH buffers. Under fluctuating warehouse temperatures, low-density plastic pouches allow moisture ingress, which prematurely activates and neutralizes the buffer matrix. The packaging line utilizes AL/PE (Aluminum/Polyethylene) multi-layer foil pouches with documented Moisture Vapor Transmission Rates (MVTR). Direct rotary printing on the foil achieves OEM branding without compromising the physical seal.

 

Applications

 

Sports Medicine

Delivery hardware for focal calcific tendonitis protocols.

 

Dermatology

Axillary or palmar hyperhidrosis custom geometry sets.

 

Clinical Supply

Branded consumables for hospital pain management.

OEM & Private Label

 

  • Printing Integration: Full 4-color printing is available for the primary foil pouch, internal instructions for use (IFU), and secondary cardboard dispenser boxes. 

  • Supply Chain Routing : Base material lamination and conductive printing run in China. Automated pouch sealing, QA sorting, and global palletization occur at our Vietnam hub to establish supply chain resilience and optimize global logistics routing.

 

Certifications

 

Regulatory Support: Technical files support OEM clients in filing FDA 510(k) and CE (MDR) registrations under their own brand names. 

QC Tracking : Pneumatic seal integrity testing verifies the pouch barrier limits per production lot.

 

FAQ

Q: What is the tooling lead time for a completely new die-cut shape?

A: Machining a rotary anvil to precision tolerances takes 12 to 15 business days. Mechanical drawing approval precedes steel cutting to verify alignment with high-speed automated lamination tracks.

Q: How is Ag/AgCl ink cracking prevented on highly flexible backings?

A: The conductive ink formulation uses elastomeric binders rather than rigid resins. This modifies the trace's yield strength. Electrical continuity is maintained even when the foam substrate bends up to 45 degrees over a joint.

CTA

 

B2B procurement teams can request our OEM tooling catalog and MVTR barrier testing reports for the foil packaging.

👉 [Request Private Label Samples ]

 

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Specifications

 

Serial Number

Product Model

Product Appearance

Fill Volume

Maximum current

/maximum dose

Electrode types

01

ION-T01

Iontophoresis electrode

1.5 cc

4.0 mA / 80mA-min

Active drug delivery electrode

02

ION-T02

Iontophoresis electrode

2.5 cc

4.0 mA / 80mA-min

Active drug delivery electrode

03

ION-T03

Iontophoresis patch

4.0 cc

4.0 mA / 80mA-min

Active drug delivery electrode

04

ION-T04

Ionto patch

2.0 cc

4.0 mA / 80mA-min

Active drug delivery electrode

05

ION-T05

return electrode

/

/

Return electrode

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