CTT provides UltraTouch, a force‑sensitive multi‑touch technology that combines resistive and PCAP features for robust, high‑precision control across consumer, industrial, and mission‑critical applications.
Funding
$5.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Standard touch interfaces based on resistive or capacitive technologies often fail in harsh environments, cannot reliably detect input through thick gloves, and lack precise force sensitivity, limiting their use in industrial, medical, automotive, and other mission‑critical applications.
Solution
CTT’s UltraTouch technology combines resistive and projected‑capacitive (PCAP) sensing to deliver a force‑sensitive multi‑touch solution that operates accurately under extreme temperatures, vibration, rain, dust, and through nitrile gloves up to 2 mm thick. The system supports flush‑panel mounting with robust sealing and can be installed in either portrait or landscape orientation, simplifying integration into existing HMI designs. Compatibility with mainstream touch architectures enables quick adoption across consumer, industrial, and defense platforms, providing precise control and enhanced user interaction in demanding settings.
Target Audience
Primary customers include OEMs and system integrators in manufacturing, automotive, medical, industrial automation, agriculture, oil & gas, consumer electronics, and defense sectors that require robust, precise touch interfaces.
Features
- Hybrid resistive‑PCAP sensing delivers high‑precision force detection and multi‑touch capability
- Operates reliably in extreme temperatures, high vibration, and exposure to rain or dust
- Functional through nitrile gloves up to 2 mm thick, enabling gloved operation
- Flush panel mounting with sealed enclosure to prevent moisture and dust ingress
- Flexible portrait or landscape installation for versatile device layouts
- Fully compatible with standard touch controller architectures for easy integration