MyLab C30 Ultrasound

The MyLab C30 combines compact design with advanced imaging technologies typically found in higher-end systems. It features a tiltable 15.6″ main display and an ultra-wide 15″ touchscreen with digital TGC, plus a cleanable control panel for hygiene-sensitive environments. With two active transducer connectors (expandable up to four with a cart configuration), it offers streamlined usability in space-constrained locations. The system uses the ClearWave architecture with advanced beamforming and post-processing, and supports a broad probe portfolio—from neonatal/pediatric to deep vascular and small-parts imaging—making it ideal for versatile clinical use.

Features

• Tiltable 15.6″ main display, providing better viewing flexibility.

• Ultra-wide 15″ touchscreen panel with digital TGC for intuitive control.

• Cleanable, hygienic control panel designed for clinical environments.

• Two active probe connectors by default, up to four with optional cart setup.

• ClearWave imaging architecture, including advanced beamforming and post-processing.

• Broad probe compatibility: convex/microconvex, linear, endocavitary, phased arrays, high-frequency and deep-penetration types.

• AI-driven workflow assistance to speed exams and enhance image quality.

• Compact form-factor ideal for practices with limited space or mobile use.

Technical Specifications

• Display: Tiltable 15.6″ main screen.

• Touchscreen: Ultra-wide 15″ touchscreen with digital TGC.

• Probe Connectors: 2 active switches by default; up to 4 in cart configuration.

• Imaging Architecture: ClearWave (combines advanced beamforming and post-processing).

• Probe Types Supported Include:

  • Convex & microconvex (e.g., neonatal/pediatric/abdominal)

  • Linear (e.g., MSK, small parts, pediatrics)

  • Endocavitary (e.g., gynecology, urology)

  • Phased array (e.g., cardiac, transcranial)

  • High-frequency linear (e.g., small parts, vascular)

• Workflow: AI-driven enhancements, intuitive touch and gesture controls.

• Form Factor: Compact size suitable for tight spaces.

• Use-Case Range: General imaging, women’s health, pediatrics, vascular, cardiac, and small parts.

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Sonoscape S8 Exp Portable Ultrasound scanner

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• TS-CSA-A (Vertical movement, 1.6m stroke, rail length 3x4meter) including HV cable 15m
• WBS-TA: Vertical movement

1. V Stroke:1,450mm in Uprigh Bucky Position,
2. 1,526mm in Horizontal Bucky position.

• PBT-4 is a 4 way Floating Tabletop. A large tabletop with extended travel enables all radiography studies with minimal patient movement. Fully fat tabletop without a frame on the edge makes cleanliness and odors free
• Digital Flat Panel Detector (FPD) – Wireless 17X14 (Csl, 4336W) with Auto Exposure Detection (AED) function, there is no DR trigger cable between detector and generator.
• Full Featured Imaging Software & Excellent Digital Image Processing:

1. Provides convenient user interface and easy operation
2. Anatomical view-based digital image processing automatically optimizes and enhances the quality of the captured image for the pictured anatomy.
3. Radiographic stand & automatic collimator control function
4. DICOM 3.0 networking interface includes Worklist, Print, Store, Query for integration with any PACS or RIS

• Included – Software, HP Laptop Computer

1. CPU≥3.2GHz
2. Memory capacity：≥4GB
3. Hard drive capacity ：≥500 GB
4. Resolution: 1280 x 1024
5. Display size： 21 inch color LCD screen
6. 64 bit Windows 10 operation system
7. Core: i5

• Power Rating - 32KW
• Generator - GXR-32S
• Rotor - Dual Speed Starter(DSS)
• Input Power - 400/480VAC, Three phase
• Line Frequency - 50/60Hz
• X-ray tube - DXT-12M, (0.6/1.2mm, 300kHU)
• Tube Voltage - 40 to 150kV, 1kV Step
• Tube Current – 10 to 640mA
• Output - 640mA@81kV,  500mA@104kV, 400mA@130kV, 320mA@150kV
• Time Range - 1ms to 10s
• mAs Range - 0.1 to 800mAs
• Reproducibility - Coe­cient of Variation : kV < 0.005, Time < 0.005,mAs < 0.01
• Accuracy - kV < ±(1%+1kV), mA < ±(3%+1mA), Time <±(1%+0.5ms), mAs < ±(3%+0.1mAs)
• Linearity - Coe­cient of Linearity < 0.01 : CL = (X1-X2)/(X1+X2), where X is mR/mAs
• Mechanical Parts:

1. V Stroke:1,450mm in Upright Bucky
2. Position, 1,526mm in Horizontal Bucky position.

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• Cooperation with the CardioTEST cardiovascular exercise system and AsTER cardiac rehabilitation system,
• Control using a computer through the RS-232 port,
• Braking: a processor-controlled brake with torque measurement,
• Load range: 25 - 1000 W,
• Speed ​​range: 20 - 150 rpm,
• Load independent of the number of turns,
• Built-in ECG module,
• 12 standard leads in diagnostic mode,
• 2 leads in training mode,
• Sensitivity 2,5 / 5/10/20 mm / mV,
• Shift 25/50/100 mm / s,
• Digital filters 25 Hz, 35 Hz, 50 Hz, anti-frit filter,
• Digital filter of the isoelectric line,
• Measuring range HR 15-240 bpm,
• Maximum patient weight 200 kg,
• Power supply: 230 V, 50 Hz, 60VA,
• Dimensions: (LxWxH) 1190x600x1370 mm.

• excellent quality of ECG waveforms thanks to the use of digital filters eliminating the swimming of the isoelectric line and disruption of muscle origin,
• uninterrupted recording and presentation of 12-lead ECG signal,
• presentation of averaged P-QRS-T units with 12 leads along with the results of ST level and slope measurements,
• automatic HR measurement, ST level and ST segment slope,
• automatic control of cycloergometer and treadmill load,
• archiving and printing of the research report,
• automatic determination of measuring points with the possibility of manual correction,
• automatic arrhythmia analysis,
• presentation of parameters regarding: test phase, current load, stage time and total effort time,
• monitored parameters: rhythm rate, MET, double product, blood pressure, level, ST segment slope and load,
• real-time ECG printout,
• preview of trends of all measured parameters during the test,
• alarm system for monitored parameters and arrhythmia,
• an option to automatically measure blood pressure,
• archiving and printing a report enabling a reliable assessment of the study (such an report contains ECG, average P-QRS-T assemblies and a table with measurement results),
• standard test protocols and the ability to define your own protocols also in RAMP mode,
• preview the report on the screen before printing the report,
• function of reanalysis of the performed test,
• presentation of 3D trends illustrating ST segment changes.

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