Interactive composite surfaces with embedded touch technology for controls and interfaces. èlevit integrates touch sensors directly into materials such as carbon fiber and other composites, creating Smart Surfaces without compromising strength, weight, or design.
Ideal for automotive, marine, aerospace, robotics, and high-end consumer products.
Composite materials like carbon fiber, glass fiber, flax fiber, natural fiber, and others are valued for their strength and distinctive appearance. èlevit makes them interactive by integrating touch sensing directly into the material.
Controls can be integrated directly into the composite surface, allowing customized shapes, icons, and ergonomic layouts while preserving the structure and aesthetics of the material.
Angled view of carbon component with integrated touch controls
Close-up of carbon fiber composite surface with woven texture
Carbon fiber panel detail showing material layup and finish
Composite in context
See how carbon and advanced fibers carry sensing zones without losing structural performance or visual quality.
Exceptional strength-to-weight ratios critical for aerospace, high-performance automotive, and marine applications without compromising structural integrity.
Moldable into complex, organic shapes impossible with glass or metals. Enables ergonomic handles, contoured surfaces, and sculptural designs.
Withstands temperature extremes, vibration, moisture, and chemical exposure. Proven in subsea robotics, aerospace avionics, and outdoor industrial equipment.
Carbon fiber for maximum performance, fiberglass for cost-effectiveness, Kevlar for impact resistance, natural fibers for sustainability.
Beyond touch detection: pressure monitoring, temperature sensing, force measurement, and structural health monitoring integrated into composite layers.
Natural fiber composites (flax, hemp) enable bio-based smart surfaces. Lower carbon footprint while maintaining intelligent functionality.
Èlevit's proprietary manufacturing process embeds capacitive sensors at precise depths within composite layups, ensuring optimal electrical performance without compromising structural integrity
Validated for cockpit avionics and extreme-condition applications
Measure applied force for robotic grippers and prosthetic feedback
Sensors embedded during composite layup maintain full structural properties
Èlevit integrates touch sensors into diverse composite fiber types and resin systems
Carbon fiber composite part with visible weave pattern
Machined carbon fiber component showing precision finish
Carbon fiber surface detail with integrated sensor area
Material library
Each composite family supports different product goals, from lightweight structural parts to premium interface detailing.
Premium high-performance composites for aerospace, high-end automotive, and sporting equipment. Exceptional strength-to-weight ratio.
Cost-effective alternative widely used in marine, automotive, and industrial applications. Non-conductive for standard sensor integration.
Exceptional impact resistance and vibration damping for aerospace, military applications, and protective equipment.
Flax, hemp, and other natural fibers for sustainable composites in consumer products and lower-performance automotive applications.
èlevit integrates capacitive touch sensors directly into composite materials, enabling responsive Smart Surface interfaces.
Compatible with common communication protocols including Wi-Fi, Bluetooth, USB, SPI, I²C, CAN, RS-232 and others.
From aerospace cockpits to prosthetic limbs, composite touch technology delivers lightweight intelligence in extreme conditions
Composite touch controls for aerospace cockpit interfaces
Carbon fiber smart surface integrated into high-performance automotive interior
Composite touch panel for marine helm and dashboard controls
Industry use-cases
Composite touch systems adapt to harsh environments while keeping interfaces clean, lightweight, and intuitive.
Aircraft cockpit controls and avionics systems integrate composite touch surfaces to reduce weight while adding functionality.
Boat builders integrate composite touch into helms, dashboards, and exterior controls for salt water environments.
Robot grippers and prosthetic limbs require sensitive touch and force feedback integrated into lightweight structures.
Carbon fiber interiors in performance and electric vehicles benefit from touch integration without added weight.
Whether you're developing aerospace controls, marine interfaces, robotic grippers, or high-performance automotive components, Èlevit can integrate composite sensor technology into your product.