Wearables brings together ALMAX product routes for integrating conductive paths, circuits, and functional interfaces into textiles, fabrics, sewn constructions, and patch-format assemblies
Use this page to compare the listed products and open the dedicated subpage for product-specific details.
Wearable product routes
- Conductive Sewing. Conductive Sewing is the route for projects in which sewing is used to create or integrate conductive paths within a textile or fabric construction. It is relevant when stitch placement, seam routing, thread transitions, connection points, and the relationship between the sewn path and the host electronics must be considered together. Choose this route when the conductive path is defined primarily by the sewing process. Project scoping should identify the required electrical function, stitch geometry, textile construction, movement profile, connection method, environment, and validation requirements.
- E Textiles. E Textiles covers textile constructions that incorporate an electronic function as part of the fabric or garment system. The function may depend on conductive paths, circuit elements, functional zones, interconnects, or external electronics selected for the application. Choose this route when the textile itself is the main integration platform. Define the required function, active area, fabric construction, mechanical behavior, host interface, assembly sequence, and completed-system test plan.
- Sewn In Circuits. Sewn In Circuits are circuit constructions integrated into a textile or fabric assembly through a sewing-based installation or attachment approach. The circuit remains a defined electronic subassembly, while sewing establishes how it is positioned, retained, routed, or connected within the larger wearable construction. Choose this route when a discrete circuit must be incorporated into a sewn product rather than creating the conductive path primarily through stitching. Define circuit geometry, attachment locations, bend and movement zones, terminations, component areas, and the host-system connection.
- Medical Patches. Medical Patches is the product route for patch-format electronic assemblies intended for medical-related project requirements. The patch may coordinate a carrier, circuit, selected functional area, attachment approach, protection, and host-system interface as one application-specific construction. Choose this route when patch format and the intended application interface define the assembly. Medical suitability, skin safety, biocompatibility, clinical performance, and regulatory compliance must not be assumed from the product name; each requires verified product-specific evidence and an agreed validation plan.
- Fabric Interfaces. Fabric Interfaces are textile- or fabric-integrated areas developed to provide a defined interaction or connection function within a larger electronic system. The interface architecture may include conductive zones, routing, contacts, interconnects, and external control electronics according to the project scope. Choose this route when the main requirement is an interface located in or on fabric. Define the interaction method, active geometry, textile construction, connection strategy, mechanical exposure, external electronics, and acceptance criteria.
How the products differ
| Product | Primary product boundary | Choose it when… |
| Conductive Sewing | Conductive paths created or integrated through sewing | The stitch pattern and sewing process define the electrical route |
| E Textiles | Textile construction with integrated electronic function | The fabric or garment is the main functional platform |
| Sewn In Circuits | A defined circuit sewn into a textile assembly | A discrete circuit must be installed or retained through sewing |
| Medical Patches | Patch-format electronic assembly | The patch format and application interface define the product |
| Fabric Interfaces | Functional interaction or connection area in fabric | The main requirement is an interface integrated with textile material |
Shared project inputs
For any Wearables subpage, start by defining:
- Required electrical or system function
- Textile, fabric, garment, patch, or application interface
- Functional area and routing geometry
- Static conformity, repeated movement, flex, or elongation requirements
- Sewing, attachment, lamination, or integration method
- Contacts, connectors, terminations, and host-system interface
- Power, control, signal conditioning, calibration, firmware, or communication responsibilities
- Intended handling, environment, cleaning, service, and replacement conditions
- Inspection, electrical test, functional test, and acceptance criteria
- Expected volume and required validation stage
Material capability alone does not establish finished-product performance. Product-level validation should identify the tested construction, geometry, integration state, environment, sample condition, and method.
Wearables brings together ALMAX product routes for integrating conductive paths, circuits, and functional interfaces into textiles, fabrics, sewn constructions, and patch-format assemblies
Use this page to compare the listed products and open the dedicated subpage for product-specific details.
Wearable product routes
- Conductive Sewing. Conductive Sewing is the route for projects in which sewing is used to create or integrate conductive paths within a textile or fabric construction. It is relevant when stitch placement, seam routing, thread transitions, connection points, and the relationship between the sewn path and the host electronics must be considered together. Choose this route when the conductive path is defined primarily by the sewing process. Project scoping should identify the required electrical function, stitch geometry, textile construction, movement profile, connection method, environment, and validation requirements.
- E Textiles. E Textiles covers textile constructions that incorporate an electronic function as part of the fabric or garment system. The function may depend on conductive paths, circuit elements, functional zones, interconnects, or external electronics selected for the application. Choose this route when the textile itself is the main integration platform. Define the required function, active area, fabric construction, mechanical behavior, host interface, assembly sequence, and completed-system test plan.
- Sewn In Circuits. Sewn In Circuits are circuit constructions integrated into a textile or fabric assembly through a sewing-based installation or attachment approach. The circuit remains a defined electronic subassembly, while sewing establishes how it is positioned, retained, routed, or connected within the larger wearable construction. Choose this route when a discrete circuit must be incorporated into a sewn product rather than creating the conductive path primarily through stitching. Define circuit geometry, attachment locations, bend and movement zones, terminations, component areas, and the host-system connection.
- Medical Patches. Medical Patches is the product route for patch-format electronic assemblies intended for medical-related project requirements. The patch may coordinate a carrier, circuit, selected functional area, attachment approach, protection, and host-system interface as one application-specific construction. Choose this route when patch format and the intended application interface define the assembly. Medical suitability, skin safety, biocompatibility, clinical performance, and regulatory compliance must not be assumed from the product name; each requires verified product-specific evidence and an agreed validation plan.
- Fabric Interfaces. Fabric Interfaces are textile- or fabric-integrated areas developed to provide a defined interaction or connection function within a larger electronic system. The interface architecture may include conductive zones, routing, contacts, interconnects, and external control electronics according to the project scope. Choose this route when the main requirement is an interface located in or on fabric. Define the interaction method, active geometry, textile construction, connection strategy, mechanical exposure, external electronics, and acceptance criteria.
How the products differ
| Product | Primary product boundary | Choose it when… |
| Conductive Sewing | Conductive paths created or integrated through sewing | The stitch pattern and sewing process define the electrical route |
| E Textiles | Textile construction with integrated electronic function | The fabric or garment is the main functional platform |
| Sewn In Circuits | A defined circuit sewn into a textile assembly | A discrete circuit must be installed or retained through sewing |
| Medical Patches | Patch-format electronic assembly | The patch format and application interface define the product |
| Fabric Interfaces | Functional interaction or connection area in fabric | The main requirement is an interface integrated with textile material |
Shared project inputs
For any Wearables subpage, start by defining:
- Required electrical or system function
- Textile, fabric, garment, patch, or application interface
- Functional area and routing geometry
- Static conformity, repeated movement, flex, or elongation requirements
- Sewing, attachment, lamination, or integration method
- Contacts, connectors, terminations, and host-system interface
- Power, control, signal conditioning, calibration, firmware, or communication responsibilities
- Intended handling, environment, cleaning, service, and replacement conditions
- Inspection, electrical test, functional test, and acceptance criteria
- Expected volume and required validation stage
Material capability alone does not establish finished-product performance. Product-level validation should identify the tested construction, geometry, integration state, environment, sample condition, and method.