SERVICES
OUR SERVICES
PROBLEM
Lack of Functionality
Traditional textiles are passive and one-dimensional. Embedding technology
allows fabrics to perform sensing, communications, and interactive functions.
Limited Data Insights
No insights into textile usage, performance, or conditions are available. Smart
textiles provide valuable usage data through sensors and connectivity.
Outdated Manufacturing
Textile manufacturing still relies heavily on manual labor and legacy processes.
Smart textile production requires innovation in materials, fabrication
techniques.
Sustainability Challenges
Textile production is resource-intensive with pollution, waste, energy use.
Smart textiles reduce footprint with precision manufacturing and longer
lifecycles.
Lack of Connectivity
Textiles today are disconnected from digital systems. By integrating technology and data into fabrics, many opportunities for connected operation and services
emerge.
OUR SOLUTION
TEACHWEAVERS DEVELOPS ADVANCED TEXTILES
EMBEDDED WITH TECHNOLOGY LIKE SENSORS,CONDUCTIVE THREADS, WEARABLE ELECTRONICS :
- Using organic cotton, hemp, and other biodegradable natural fibers
- Recycling and upcycling synthetic fabrics into new textiles
- Non-toxic, low-impact dyes and finishes like vegetable dyes
- Water conservation techniques and renewable energy
Healthcare monitoring
(vital signs, movement, etc)
Fashion & apparel
(interactive,responsive)
Sports performance
(biometrics, biomechanics)
WHY CHOOSE US
TECHNOLOGY APPLICATIONS
Healthcare Monitoring
- Embroidered electrodes and sensors to continuously track
vital signs like heart rate, respiration, temperature
- Strain sensors in compression garments for rehabilitation to
track range of motion
- Fall detection and activity monitoring to alert caregivers
Sports Performance
- Motion sensors integrated into compression gear for
biomechanical analysis
- Textile muscle mapping to detect muscle activation and
fatigue
- Environmental sensors in uniforms to track heat/sweat
Fashion/Apparel
- Color-changing threads that allow garments to shift hues
and patterns
- Programmable LED fibers for illuminated garments
- Haptic feedback yarns that can be remotely activated to
produce physical sensations
- NFC/RFID tags sewn into fabric for interactive experiences
Material Benefits
- Conductive yarns that maintain connectivity/flexibility after
wash/wear
- Anti-microbial, odor-blocking, and moisture-wicking
properties
- Thermoregulation with shape-shifting fibers for
temperature control