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RFQ

ELECTROTHERAPY ELECTRODE MANUFACTURING

Custom TENS / EMS Electrode Pad Circuits

JASPER is a TENS electrode pad manufacturer for OEM teams developing customer-specific stimulation electrode circuits, converted pad layers and connection interfaces under a released technical definition.

JASPER controls the quoted printing, conversion and assembly operations. The device owner defines stimulation use, current-delivery requirements, skin-contact materials, treatment protocol, reuse policy, clinical performance and regulatory release.

Request an Engineering ReviewTalk to JASPER
  • Custom pad geometry
  • Lead, snap or printed-tail interface
  • Drawing-controlled conversion
front view of a custom flexible four-pad TENS and EMS electrode circuit
Representative JASPER sample; the quoted construction follows the customer-controlled drawing and BOM.

STIMULATION PROGRAM BOUNDARY

Design the current path, pad stack and connection as one system

TENS, EMS, NMES and other electrotherapy electrode programs may share manufacturing operations, but they do not share universal electrical or patient-contact limits. The supplier drawing must expose the decisions that affect current distribution and use.

JASPER can manufacture to

  • Project-defined conductive pad areas and printed interconnect patterns
  • Flexible substrates, dielectric coverage, die cutting and lamination
  • Specified hydrogel, adhesive, liner, foam or spacer integration within scope
  • Printed tail, snap, lead-wire or connector-interface conversion
  • Prototype samples and repeat builds against approved artwork and inspection criteria

The device team defines and validates

  • Stimulation modality, waveform, current density and treatment parameters
  • Electrode placement, active area and return-path design
  • Skin-contact, biocompatibility and sensitization requirements
  • Single-use or reuse definition, cleaning, wear and storage protocol
  • Clinical safety, labeling, risk management and finished-device approval

DESIGN ROUTES

Select the stimulation-electrode connection route early

Pad outline is only one variable. The electrical connection and use sequence usually determine the tail design, local reinforcement, liner arrangement, converted stack and inspection method.

01 / PRINTED TAIL

Integrated flexible connection

A printed tail can route several contact areas to one defined terminal zone. Contact pitch, stiffener, bend path and mating retention must be supplied with the electrode artwork.

02 / LEAD OR SNAP

Discrete connection interface

Lead-wire and snap concepts introduce local mechanical loads. The drawing should define attachment method, reinforcement, polarity or channel marking and pull-test ownership.

03 / MULTI-PAD ARRAY

Distributed stimulation pattern

Multiple active areas can be converted as one placement array when spacing, liner split, routing and the customer-controlled current-distribution model are clearly defined.
rear contact and printed-tail construction of a flexible TENS and EMS electrode circuit
Representative flexible electrode construction with circular contact windows and routed conductive traces; final materials and use are project-defined.

PAD-TO-CONNECTION CONTROL

Keep manufacturing limits separate from therapy performance

JASPER can inspect printed geometry and quoted electrical characteristics. Therapeutic effect, current density, patient comfort and safe operating limits belong to the validated device system.

ACTIVE AREA

Dimension the current-delivery surface

Define the conductive boundary, gel or contact coverage, edge clearances and any nonfunctional placement features.

CONNECTION

Control the local load path

Snap, lead and tail interfaces need clear attachment, reinforcement, strain-relief and mating-envelope requirements.

LINER SEQUENCE

Design for handling and placement

Split lines, pull tabs, kiss cuts and release order should match the customer's application process without exposing unintended adhesive.

ACCEPTANCE

Define electrical and mechanical checks

Test points, resistance limits, attachment checks and sampling rules must be tied to the released configuration.

CUSTOMIZATION MAP

What can be customized in an OEM TENS or EMS electrode circuit

Each option should be connected to the intended device architecture and customer validation plan. A manufacturing quote cannot substitute for missing therapy requirements.

Pad outline and area
Overall shape, conductive area, spacing, edge radius, placement features and channel relationship.
Printed conductor
Specified ink family, trace geometry, layer count, dielectric coverage and electrical acceptance limits.
Contact interface
Customer-approved hydrogel, dry interface or other nominated contact construction and coverage boundary.
Adhesive and liner
Bonding role, skin-contact requirement, liner type, split pattern, tabs and application sequence.
Lead or snap
Material, attachment, polarity mark, local reinforcement, retention requirement and external cable interface.
Printed tail
Length, bend route, exposed contacts, stiffener, pitch, connector and strain transition.
Converted stack
Carrier, spacer, foam, protective layer, die line, kiss cut, registration and assembled thickness.
Quality controls
Cosmetic boundary, dimensional inspection, electrical checks, attachment tests, sampling and golden sample.

CONTROLLED PROJECT FLOW

Move from stimulation concept to a controlled electrode build

  1. 01

    Define use inputs

    Document the pad map, connection route, material roles and customer-owned stimulation and patient-contact requirements.

  2. 02

    Resolve interfaces

    Review printable geometry, gel or adhesive coverage, attachment details, liner sequence and conversion tolerances.

  3. 03

    Prototype the stack

    Build one controlled revision so the customer can test electrical behavior, placement, mechanics and device integration.

  4. 04

    Approve evidence

    Close test results, material records, deviations, drawing changes and acceptance limits before production release.

  5. 05

    Control repeat builds

    Use released artwork, BOM, process definition, inspection plan and approved sample for repeat manufacture.

RFQ INPUTS

What to send a TENS or EMS electrode pad manufacturer

A useful RFQ links the physical pad construction to the device's electrical and mechanical interfaces while keeping customer-owned therapy claims clearly identified.

Send the Current Revision
  • Dimensioned pad outline, active areas and channel map
  • Printed trace and dielectric artwork
  • Target carrier, ink, gel, adhesive and liner specifications
  • Snap, lead-wire, printed-tail or connector details
  • Liner split, placement and removal sequence
  • Customer-approved electrical and mechanical test limits
  • Packaging, storage and material-document requirements
  • Prototype quantity, annual forecast and device milestone

NEXT ENGINEERING DECISION

Product familyMedical Electrode PadsCompare all current printed electrode manufacturing routes.Sibling productWearable Electrode PatchesPlan a body-worn stack, mechanical transitions and placement sequence.Sibling productPrinted Ag/AgCl ElectrodesReview a project-defined printed conductive system and contact windows.MaterialsPressure-Sensitive AdhesivesDefine bonding roles, coverage, substrates and validation inputs.CapabilityPrototype SupportReview the path from drawing questions to controlled sample approval.

BUYER QUESTIONS

TENS and EMS electrode manufacturing FAQ

The exact stimulation-electrode deliverable is controlled by the quote, drawing and customer validation plan, not by generic claims attached to a sample image.

Can JASPER manufacture both TENS and EMS electrode circuits?

JASPER can review custom printed and converted electrode constructions for TENS, EMS and related stimulation programs when the customer supplies the required geometry, materials, connection interface and acceptance criteria.

Can the electrode use a lead wire, snap or printed tail?

Those connection routes can be reviewed within the quoted assembly scope. The customer must define the mating interface, electrical assignment, mechanical load, reinforcement and device-level validation requirements.

Does JASPER choose the hydrogel or skin adhesive?

JASPER can work with nominated materials or support a documented sourcing review, but the medical-device customer must approve patient-contact suitability and evidence for the intended use.

Can one converted part contain several stimulation pads?

Yes, a customer-controlled design may use multiple contact areas in one flexible array. Spacing, channel function, application sequence and current-distribution validation remain device-program inputs.

Are the electrodes reusable or self-adhesive?

Those are not universal attributes. Reuse, cleaning, adhesion and wear claims depend on the exact material stack, packaging, instructions and validated finished device.

What tests can JASPER perform during production?

Project-defined dimensional, continuity, resistance, attachment or cosmetic checks may be quoted when methods, fixtures, limits, sampling and disposition rules are supplied and approved.

Who is responsible for safe stimulation levels and clinical performance?

The device owner is responsible for waveform, current density, treatment protocol, electrical safety, patient-contact requirements, clinical validation, labeling and regulatory release.

START WITH EVIDENCE

Have a stimulation-electrode drawing or sample to review?

Send the pad map, material stack, connection method, liner sequence, customer-owned test requirements and volume. JASPER will identify the print, conversion and assembly decisions needed for a defensible quote.

Request a Custom QuoteView all medical electrode routes