GE Venue Go Ultrasound Machine - GE-VENUE-GO-US

Description

Fast and Precise Assessment with Integrated AI 

GE Venue Go is an automated advanced clinical tool that allows for the fast assessment and diagnosis of particular disorders. Through the built-in AI setup, this GE Venue 50 ultrasound system can monitor a patient's body organs even in a chaotic environment. The specialty of this system is its suitability for ultrasound novices and experts due to its guideline technology. 

Unlike conventional venue 20 ultrasound systems, this setup is exquisitely designed to make it adaptable to multiple surfaces. It has compatibility with multiple interchangeable probes. Moreover, this ultrasound system ensures the safety record-keeping of patients' data by maintaining software up-to-date and strict cybersecurity measures.

Get new or refurbished ultrasound and probes at the best price from Heart Medical! 

Key Features

• Touch Screen Monitor: It has a 15.6-inch large touch screen to make navigation of the internal body easy and precise. 
• Real-time EF Calculation: GE venue ultrasound systems automatically calculate ejection fraction, making cardiac assessments faster and more accurate.
• Auto IVC: This ultrasound system is also integrated with an automatic Inferior Vena Cava for reliable and quick fluid assessment. 
• Auto VTI: The automatic Velocity Time Integral measurement is vital in streamlining evaluation outputs. 
• cNerve: Another advanced imaging feature that enables precise nerve visualization during regional anesthesia. 
• Shock Toolkit: GE venue Go has a specialized toolkit to support life-saving shock-related interventions faster. 
• MS Toolkit: This specialized toolkit enables ultrasound to notice minor details of joints and soft tissues during musculoskeletal imaging 

Technical Specifications

• Dimensions: 33 cm x 41 cm x 12 cm 
• Weight: 6 kg
• Battery: Rechargeable lithium-ion
• Charging time: 1-2 hour
• Scan time: Up to 2 hours for continuous scanning
• Power Voltage: 100 - 240 VAC
• Power Consumption: 250 Watt
• Frequency: 50-60 Hz
• Imaging Modes: 2D GrayScale, M Mode, Doppler
• Storage: Solid State Hard Drive (SSD)
• Compatible RS Probes: Up to 128 channels, Internal Mux, Haystack Needle Tracking, Temperature Sensing

Probe Compatibility

1. Phased Array Probes (Cardiac & General Imaging)

• 3Sc-RS (1.1–4.7 MHz): Phased array probe suitable for adult cardiac, abdominal, pediatric, neonatal, thoracic, and urology imaging.
• 6S-RS (1.8–8.6 MHz): Phased array probe designed for pediatric cardiac, neonatal head, abdominal, and thoracic imaging.
• 12S-RS (2.7–12.5 MHz): Phased array probe tailored for pediatric cardiac and neonatal head imaging.
• M5Sc-RS (1.5–4.6 MHz): Matrix phased array probe ideal for adult cardiac imaging, including transthoracic echocardiography.

2. Convex & Micro-Convex Probes (Abdominal & OB/GYN Imaging)

• C1-5-RS (1.4–5.7 MHz): Convex array probe suitable for abdominal, obstetric, gynecological, musculoskeletal, pediatric, and urology imaging.
• 8C-RS (3.1–12.9 MHz): Micro-convex probe designed for pediatric abdominal, neonatal head, and urological imaging.
• E8C-RS (2.2–12.5 MHz): Endocavitary probe used for obstetrics, gynecology, transrectal, transvaginal, and urological imaging.

3. Linear Array Probes (Vascular, Small Parts, MSK Imaging)

• L4-12t-RS (3.4–12.6 MHz): Linear array probe for vascular, musculoskeletal, small parts, and pediatric imaging.
• L12n-RS (3.4–12.6 MHz): Wide-band linear array probe optimized for vascular, small parts, musculoskeletal, and pediatric imaging.
• 12L-RS (3.4–12.6 MHz): Linear array probe suitable for vascular, small parts, musculoskeletal, and pediatric imaging.
• L4-20t-RS (3.0–20.0 MHz): High-frequency linear array probe designed for dermatology, musculoskeletal, small parts, and vascular imaging.
• ML6-15-RS (4.0–18.9 MHz): Matrix linear probe for dermatology, musculoskeletal, small parts, and vascular imaging.
• L8-18i-RS (2.5–16.8 MHz): Hockey-stick linear probe for intraoperative, musculoskeletal, small parts, and vascular imaging.
• L10-22-RS (7.0–22.2 MHz): High-frequency linear array probe for musculoskeletal, small parts, and vascular imaging.
• 9L-RS (2.4–10.5 MHz): Linear array probe suitable for vascular, musculoskeletal, small parts, and pediatric imaging.

4. Transesophageal (TEE) Probes (Cardiac Imaging)

• 6Tc-RS (1.8–8.8 MHz): TEE probe designed for adult cardiac imaging, supporting detailed transesophageal echocardiography.

5. Probe Accessories & Biopsy Guides

• Multi-angle disposable biopsy guides: Available for convex and linear probes to assist in guided procedures.
• Fixed-angle disposable or reusable biopsy guides: Compatible with endocavitary probes for precise targeting.

If you require further details on specific probes or additional information, feel free to ask.

Applications

• Cardiac Assessments: Real-time EF and Auto VTI features provide accurate and fast evaluations of heart function.
• Critical Care: The Shock toolkit and Auto IVC aid in fluid management and shock interventions, which are crucial in emergency and critical care settings.
• Regional Anesthesia: The cNerve feature ensures precise nerve visualization, which is ideal for guiding anesthetic injections.
• Musculoskeletal Imaging: The MSK Tool Kit is designed for detailed imaging of joints, muscles, and soft tissues, making GE Venue Go useful in sports medicine and orthopedics.
• Portable Diagnostics: The Venue GO's 15.6-inch touchscreen and compact design make it well-suited for use in mobile or point-of-care environments.

Frequently Asked Questions

Is GE Venue Go suitable for both beginners and experts in ultrasound?

Yes, the GE Venue Go has a user-friendly interface and guideline technology that makes it easy to use for novices while still providing advanced imaging features for experienced users.

How long does the battery of GE Venue Go last?

The rechargeable lithium-ion battery can last up to 2 hours of continuous scanning on a single charge.

Can I use external probes with GE Venue Go?

No, GE Venue Go is only compatible with internal RS Probes.