GESTURE HMI SERIES– TOUCHLESS
CONTACT-FREE CONTROL FOR NEXT-GENERATION INDUSTRIAL HMIs
The DMC Touchless Series enables intuitive device operation without physical contact by detecting hand movement and gesture direction in front of the display. By integrating an infrared gesture sensing system, equipment can be controlled safely and reliably even when touching a screen is impractical or undesirable.
Touchless interaction improves hygiene, reduces mechanical wear, and enables operation in environments where gloves, contaminants, moisture, or strict cleanliness requirements limit traditional touchscreen usability.
When combined with DMC’s proprietary control technology, gesture sensitivity and detection behavior can be tuned to match specific operating environments, ensuring stable performance across industrial, medical, and public-use applications.
PRODUCT OVERVIEW
Reliable Gesture Recognition Without Physical Contact
The Touchless Series uses infrared sensing technology to detect hand position and motion away from the screen surface. Directional gestures such as swipe, hover, and motion-based commands allow operators to control equipment naturally while maintaining full separation from the device.
This enables modern HMI interaction while eliminating issues related to contamination, wear, or repeated surface contact.
KEY FEATURES
True Non-Contact Operation
Infrared gesture sensing detects hand movement in free space, allowing users to operate equipment without touching the display. Ideal for hygienic or safety-critical environments.
Stable Performance in Gloves or Protective Gear
Unlike capacitive touchscreens, gesture recognition works regardless of gloves, protective equipment, or operator conditions, ensuring consistent usability across industrial workflows.
Reduced Maintenance and Increased Equipment Life
Eliminating physical contact reduces surface wear, scratches, and contamination buildup, extending product longevity and lowering maintenance requirements.
Designed for Challenging Environments
Reliable operation in environments affected by moisture, dust, or frequent cleaning makes Touchless ideal for medical equipment, factory automation, and public installations.
WHY CHOOSE THE TOUCHLESS SERIES?
Safer Human–Machine Interaction
Touchless operation minimizes shared surface contact, supporting hygienic workflows and reducing cross-contamination risks in healthcare, food processing, and public equipment.
Improved Reliability in Real-World Use
Operators can control systems while wearing gloves or handling materials, removing limitations associated with traditional touch interfaces.
Seamless Integration with Existing HMIs
The Touchless Series can be incorporated alongside displays or control panels to enhance usability without redesigning the entire interface architecture.
RECOMMENDED APPLICATIONS
When Hygiene or Clean Operation Is Critical
Ideal for medical devices, laboratory equipment, food production systems, and shared public interfaces where minimizing contact is essential.
When Gloves or Tools Prevent Touch Input
Perfect for manufacturing environments where operators wear protective gloves or must maintain continuous workflow without removing equipment.
When Durability and Reduced Wear Matter
Suitable for kiosks, transportation equipment, and industrial controls exposed to heavy daily usage.
SPECIFICATIONS
Infrared Gesture Detection | Non-Contact Input Interface
The Touchless Series provides reliable gesture recognition designed for industrial integration and long-term operation.
Typical system characteristics include:
Infrared gesture sensing technology
Non-contact directional input detection
Configurable sensitivity and detection range
Stable operation under varying lighting and environmental conditions
Industrial integration support
Detailed specifications, drawings, and integration guidance are available upon request.
HG SERIES
Non-Contact Gesture Control Device
Product Series: HG SERIES
Operation Type: Hand-Gesture Detection
Technology: Infrared Gesture Sensor
The HG Series enables intuitive control through simple hand movements detected in front of the device. Designed for industrial and public equipment, it allows reliable operation without physical interaction while maintaining responsive system control.
Drawings and integration documentation available upon request.