PHOEBE - Multitrauma female patient simulator

Features

General

• Anatomically accurate adult female proportions: 63.5 kg in weight and 173 cm in height.
• Lifelike skin with palpable landmarks and seamless articulating joints.
• Wireless and tetherless: all features remain fully operational during transport.
• Internal rechargeable battery gives hours of tetherless operation, with an interchangeable auxiliary battery for extended use.
• Tablet PC preloaded with UNI 3.0 unified simulator control software.
• PHOEBE Simulation Learning Experiences scenario package.
• Supports wireless and wired connectivity.
• Compatible with the simulated ultrasound system.
• Compatible with the Care in Motion audio and video debriefing system.
• Available in light, medium or dark skin tone at no extra charge, selected at initial order.

Airway

• Anatomically accurate oral cavity and upper airway.
• Programmable difficult airway conditions: laryngeal oedema and pharyngeal swelling.
• Interchangeable inserts simulating inhalation burn injury of varying severity.
• Supports airway management with real adjuncts: bag-valve-mask, endotracheal tube, supraglottic airway devices, laryngeal mask airway, and oropharyngeal and nasopharyngeal airways.
• Endotracheal tube placement depth is detected and logged, and oesophageal intubation, correct tracheal placement and right mainstem bronchus intubation are each detected independently.
• Gastric distention visible with oesophageal intubation or inadequate bag-valve-mask technique.
• Surgical airway access supports cricothyrotomy and tracheostomy.
• Airway sounds synchronised with spontaneous and assisted ventilations.

Breathing

• Spontaneous breathing with programmable normal and abnormal respiratory patterns.
• Thoracoabdominal asynchrony.
• Visible chest rise with positive pressure ventilation, programmable unilaterally or bilaterally.
• Right mainstem bronchus intubation produces unilateral chest rise consistent with the anatomical presentation.
• Four independent anterior lung auscultation fields: right upper, right lower, left upper and left lower.
• Exhales real CO2: end-tidal CO2 waveform and colorimetric detection with real capnography devices; an internal CO2 canister allows tetherless operation.
• Programmable SpO2, monitored with real pulse oximetry on the left index finger.

Cardiac

• Heart sounds auscultated at the aortic, pulmonic, tricuspid and mitral landmarks.
• Supports cardiac monitoring via 3-lead ECG and ECG-derived respiratory monitoring using real equipment.
• CPR quality detection and feedback: compression depth, rate and interruptions logged in real time.
• Supports synchronised cardioversion, defibrillation and pacing using live energy delivery.

Circulation

• Bilateral palpable pulses at carotid, brachial, radial, femoral, popliteal and pedal sites; pulse quality varies with the simulated haemodynamic state.
• Blood pressure assessable by non-invasive monitoring, auscultation and palpation.
• Programmable circumoral skin coloration changes: cyanosis, pallor or redness.
• Bilateral antecubital peripheral IV access with flashback and continuous infusion capability.
• Supports high-volume blood transfusion.
• Intramuscular injection sites: left deltoid and left quadricep.
• Sternal, right tibial and left humeral intraosseous access, supporting powered IO drill insertion, aspiration and infusion.
• Automatic virtual drug recognition at the intramuscular sites and at the humeral, tibial and sternal IO sites.

Neurologic

• Pupils reactive to light with programmable dilation; independent ocular findings include strabismus, blepharospasm, ptosis, unilateral blown pupil and disconjugate gaze.
• Conversational Speech AI ready: PHOEBE answers patient history and primary survey questions herself, appropriately to the simulated level of consciousness.
• Wireless voice streaming: the instructor can voice PHOEBE remotely and monitor participant communications in real time.

Trauma

• Right midclavicular, bilateral midaxillary and right groin sites configurable as healthy or as penetrating wound sites. The right lower arm and leg are configurable as a healthy limb or as a traumatic amputation stump.
• Internal auto-refilling 2.9-litre simulated blood reservoir with real-time blood volume monitoring.
• Next-generation simulated blood: highly realistic colour, consistency and bubbling, engineered to prevent internal system clogging and inhibit mould growth.
• Sucking chest wound simulates an open pneumothorax with an audible bubbling sound and supports occlusive dressing application.
• Chest decompression sites support needle thoracostomy at the left 2nd intercostal space midclavicular line and at the bilateral 4th/5th intercostal space anterior midaxillary line.
• Bilateral chest tube sites support palpation, tube thoracostomy insertion, blood drainage and wound closure.
• Programmable haemothorax volume, drained via the chest tube.
• Pelvic fracture presentation with configurable crepitus on palpation.
• Each leg is independently configurable for external rotation, supporting unilateral or bilateral lower-extremity positioning to simulate open-book and lateral compression injury patterns.
• Programmable vaginal and rectal haemorrhaging.
• Inguinal and femoral groin wound simulating high-volume arterial or venous junctional haemorrhage: it responds to direct pressure and haemostatic wound packing, supports junctional tourniquet application, and logs packing and occlusion.
• Interchangeable right arm below-elbow, right leg above-knee (transfemoral) and right leg below-knee (transtibial) amputations, with arterial and venous haemorrhage whose bleeding rate and pulse quality are dynamically synchronised to simulated blood pressure and heart rate.
• Tourniquet placement anywhere from 5 cm proximal to the wound up to and including high-and-tight positioning achieves haemorrhage control, and the bleeding rate responds to tourniquet tightness.
• Total blood loss is monitored continuously across all active wound sites, and bleeding stopped is logged when every actively bleeding site is fully controlled.

Genitourinary

• Realistic female external genitalia, supporting urinary catheter insertion and placement.
• Programmable urinary function: urinary retention, urinary incontinence and urine output rate.
• Realistic breast anatomy for assessment training.

Includes

• PHOEBE S6100 multitrauma female simulator, in light, medium or dark skin tone.
• Four-year subscription to AI conversational speech.
• Simulation Learning Experiences guidebook and preprogrammed scenario library.
• Tablet PC with UNI 3 control software pre-installed.
• Interchangeable trauma wounds and limbs.
• Accessories kit.
• Simulated blood concentrate.
• Battery charger.
• User guide.