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DTS-3000

Smart Pneumatic Surgical Tourniquet

The DTS-3000 Smart Pneumatic Surgical Tourniquet System is an advanced, dual-channel solution designed to improve surgical safety, precision, and patient comfort. It combines manual pressure control with intelligent Individual Occlusion Pressure (IOP) technology that uses real-time SpO₂ data to automatically determine the optimal tourniquet pressure for each patient. This personalized approach helps minimize excessive pressure while maintaining effective hemostasis.

Built for modern operating rooms, the DTS-3000 supports independent control of two cuffs for bilateral procedures and advanced techniques such as IVRA and Bier blocks. Features including a large illuminated LCD touchscreen, automatic double-bladder change function, comprehensive safety alarms, and SD card data recording make the system intuitive, reliable, and well suited for a wide range of surgical applications

Key Features

  • Smart IOP technology uses real-time SpO₂ data to determine personalized, optimal tourniquet pressure for each patient

  • Dual-channel system allows independent control of two cuffs for bilateral procedures or advanced surgical techniques

  • Supports both manual pressure settings and automatic IOP pressure adjustment for clinical flexibility

  • Automatic one-touch double-bladder change function helps reduce tissue trauma during extended procedures

  • Large 7-inch illuminated LCD touchscreen with intuitive digital controls for fast setup and monitoring

  • Built-in audible and visual safety alarms for pressure loss, high pressure, operation time, and low battery conditions

  • SD card recording captures procedure data including time, pressure changes, battery status, and system alerts

  • Patented no-pinch cuff technology enhances patient comfort and helps reduce post-operative pain

  • Wide selection of single and double bladder cuffs in multiple sizes, including fully autoclavable reusable FAS cuffs

  • Quiet operation with internal battery backup supports reliable performance during power interruptions

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