JASPER manufactures custom printed conductive pad geometries and converted assemblies for TENS, EMS, and NMES device programs. The released scope may include conductive areas, printed traces, lead or connector attachment, backing, project-specified adhesive or hydrogel zones, reinforcement, liner, labels, die cutting, packaging, and agreed inspection. Waveforms, current limits, placement, treatment logic, reuse policy, patient safety, and finished-device validation remain with the OEM.
TENS, EMS, and NMES labels describe device uses, not a complete pad specification. Manufacturing needs the conductive geometry, material stack, lead or connector interface, edge construction, converted outline, package, and measurable acceptance criteria.
JASPER can build and inspect the released physical and electrical construction. The OEM defines and validates waveform, current, duty cycle, temperature, placement, treatment protocol, reuse or single-use policy, warnings, patient use, and regulatory pathway.
The drawing should define the supplied pad without embedding assumptions about the therapy or device output.
Release active area, printed pattern, edge margin, current-entry region, trace transition, orientation, and tolerance.
If it is missingA pad with the correct outside shape has a different conductive area than the OEM evaluated.
Define wire, snap, tab, printed tail, connector, attachment, reinforcement, polarity marking, mating part, and pull method.
If it is missingThe interface adds stiffness, shifts the conductor, or does not match the OEM cable.
Control backing, foam or nonwoven, reinforcement, edge seal or margin, adhesive-free zones, and handling tabs.
If it is missingThe converted edge or lead transition differs from the released mechanical construction.
Map exact project-specified material, active coverage, overlap, thickness, liner, and non-contact areas.
If it is missingThe active area is covered, exposed, or changed by uncontrolled material overlap.
Define continuity, resistance method, isolation, attachment, conditioning, fixture, sampling, and records.
If it is missingA manufacturing result is interpreted as proof of current distribution, temperature, or patient safety.
Release liner, label, count, pouch or tray, storage and shipment conditions, lot traceability, substitutions, and notification.
If it is missingMaterial or package changes enter production without OEM evaluation.
Project values must come from the stimulation-device design and validation plan.
| Boundary | Options to Review | Release Question |
|---|---|---|
| Conductive pattern | Solid area, segmented print, custom shape, edge margin, trace transition, contact opening, orientation, and tolerance | Which geometry was evaluated by the OEM device program? |
| Printed circuit | Ink, substrate, trace, dielectric, conductor transition, continuity, resistance method, isolation, and conditioning | What manufacturing electrical criteria apply? |
| Lead connection | Wire, snap, tab, printed tail, connector, attachment, reinforcement, bend zone, polarity mark, and mating part | What physical and electrical state reaches the OEM? |
| Converted stack | Backing, foam or nonwoven, adhesive or hydrogel zones, edge construction, liner, label, and handling tab | Which exact materials and zones are supplied? |
| Inspection | Dimensions, registration, appearance, continuity, resistance, attachment, liner coverage, label, count, and traceability | Which records prove the supplied pad construction? |
| OEM validation | Waveform, current, duty cycle, thermal behavior, placement, wear, reuse, treatment, warnings, safety, and compliance | Which outcomes remain outside JASPER's manufacturing evidence? |
The pad outline, conductive print, adhesive or hydrogel coverage, edge margin, lead entry, reinforcement, and liner can each have a different boundary. A single silhouette does not release the functional stack.
The package should preserve the liner, conductive and adhesive zones, lead or connector, label, count, and orientation specified by the OEM. Storage, shipment, shelf-life, and reuse conclusions require customer validation and cannot be inferred from the package alone.
Release pad role, interface, placement assumptions, device output boundary, and all OEM-owned use and safety validation.
Close active pattern, print, trace transition, dielectric, edge margin, lead interface, and electrical checks.
Name backing, adhesive or hydrogel zones, reinforcement, liner, labels, die cut, and approved sources.
Review geometry, registration, electrical inspection, attachment, liner, handling, label, and package state.
Lock revisions, sources, process, fixtures, records, packaging, substitutions, and OEM requalification triggers.
Compare print master, dielectric, adhesive or hydrogel zone, die-cut datum, lamination, fixture, and inspection method.
Review wire or hardware source, reinforcement, attachment process, conductor transition, pull method, orientation, and package support.
Check ink and substrate lots, print thickness, cure, trace geometry, conditioning, fixture contact, and measurement method.
Separate manufactured geometry from waveform, current, duty cycle, placement, skin condition, temperature, treatment logic, cable, and finished-device validation.
Custom conductive pad constructions matched to an OEM cable and stimulation architecture.
Printed pad geometries and converted layers supplied to customer-owned output and use validation.
Prototype and repeat pad builds released against an OEM electrical and treatment boundary.
Custom shapes, lead interfaces, liners, labels, and packaging for validated equipment programs.
Application-specific printed pads for controlled laboratory hardware and study protocols.
OEM-released pad formats manufactured without assuming the finished device claim or approval.
A clear RFQ distinguishes what JASPER manufactures from what the stimulation-device program must prove.
Yes, when the conductive geometry, printed circuit, lead interface, converted materials, die cut, inspection, packaging, and OEM validation boundary are released.
Yes, with a released part, attachment method, reinforcement, conductor transition, orientation, mating interface, pull method, inspection, and package protection.
No. Waveform, current, duty cycle, thermal behavior, placement, treatment, reuse, warnings, patient safety, clinical outcomes, and finished-device compliance remain with the OEM.
It can be included when supplier, grade, zone geometry, overlap, liner, handling, storage, packaging, inspection, and OEM validation requirements are explicit.
The project may define continuity, resistance to an agreed method, isolation, and attachment checks for the supplied construction. These do not establish current distribution, thermal behavior, treatment efficacy, or patient safety.
Use the general array route for segmented or multi-site conductive geometries.
Review Route
Review paired sensing-site geometry for acquisition rather than stimulation applications.
Review Route
Compare printed electrode manufacturing routes and scope boundaries.
Review RouteJASPER can review conductive geometry, lead interface, converted materials, die cutting, electrical inspection, packaging, traceability, and change control.
Share the project basics. JASPER will review the stack, materials, connector, quantity, and production risks.
