HAL® S1000 - Advanced Life Support and Emergency Care Wireless Patient Simulator
Details:
The HAL® S1000 is a wireless, computer-controlled full-body patient simulation solution designed for immersive emergency response and advanced life support simulation-based training. HAL offers participants the opportunity to practice hands-on, using real equipment, and in real environments to improve knowledge, skills, and teamwork.
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• Drive scenarios on-the-fly or using preprogrammed scenarios • Precise physiological control over cardiac, breathing, and circulation parameters • Monitor and analyze CPR quality performance in real-time • Export CPR performance reports for debriefing |
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WIRELESS AND TETHERLESS
HAL is completely self-contained and wireless and fully operational on battery for up to 5 hours. |
Perform Chest Compressions and Ventilations
Compress the chest hard and fast; feel the realistic recoil after each compression. |
REAL-TIME CPR FEEDBACK
Monitor compression depth and rate, ventilations, “no-flow” time, and number of cycles. Export performance reports for debriefing.
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INTUBATABLE AND PROGRAMMABLE AIRWAY
Use NP/OP/ET/LMA tubes. Program tongue edema and laryngospasm. |
SURGICAL TRACHEA
Realistic surgical trachea allows tracheostomy or needle cricothyrotomy. |
Bilateral IV Arms
Bilateral IV training arms that can be used for bolus or intravenous infusions as well as for draining fluids.
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DEFIBRILLATE, CARDIOVERT & PACE USING REAL EQUIPMENT
Defibrillate, cardiovert, and pace using real EMS equipment and see HAL’s ECG on your real AED. |
VIEW DYNAMIC ECG
View dynamic ECG on a real ECG monitor. AED shown converting HAL’s ventricular fibrillation. |
PULSE SITES SYNCHRONIZE WITH BP AND HEART RATE
Carotid, femoral and radial pulses operate continuously and are synchronized with the ECG. |
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WIRELESS STREAMING VOICE
Be the voice of HAL and hear caregiver responses. Create and store vocal responses or select from 80+ pre-recorded phrases. |
SPONTANEOUS CHEST RISE AND REALISTIC HEART AND LUNG SOUNDS
Program variable respiratory patterns and heart and lung sounds. |
NEEDLE DECOMPRESSION AND CHEST TUBE
HAL® supports bilateral needle decompression and chest tube placement.
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• Full-body adult patient simulator
• Internal rechargeable battery provides up to 5 hrs. of tetherless operation
• Supports oral or nasal intubation
• Program tongue edema or laryngospasm
• Supports standard ETTs and supraglottic airways devices
• Sensors detect depth of intubation
• Realistic surgical trachea allows tracheostomy or cricothyrotomy
• Be the voice of HAL with wireless streaming voice
• Multiple upper airway sounds synchronized with breathing
• Supports assisted ventilation via bag-valve-mask
• Visible gastric distension with hyperventilation
• Visible unilateral chest rise with right mainstem intubation
• Automatic, spontaneous chest rise and pulses
• Control rate and depth of respiration and observe chest rise
• Ventilations measured and logged
• Gastric distension with excess positive pressure ventilation
• Select independent left and right lung sounds
• Chest rise and lung sounds are synchronized with selectable breathing patterns
• Unilateral chest rise simulates tension pneumothorax
• Supports needle decompression bilaterally at second intercostal
• Supports chest tube placement bilaterally
• Multiple lung and breath sounds with volume control
• eCPR™ Real-time CPR performance monitoring Time to CPR
• Durable chest recoil design
• Conductive skin regions support defibrillation and pacing with live energy and real equipment
• Deliver electrical therapy to conductive skin patches or snap connectors
• Monitor ECG in real-time using real equipment
• Real end-tidal CO2 capability (option S3040.50.078)
• Multiple heart sounds, rates, and intensities
• Programmable central cyanosis
• Automatic bilateral carotid and femoral pulses and left brachial and radial pulse
• Pulse strengths vary with HAL’s blood pressure, and pulses are synchronized with the ECG
• Blood pressure can be taken on left arm using a modified cuff, palpation, or auscultation
• Detects placement of oxygen saturation sensor on left index finger
• Bilateral IV training arms
• Intraosseous access at right tibia
• Esophageal intubation
• Visible gastric distension
• Programmable bowel sounds