MITAKA-SUPPLY: Medical Educational Materials:Sakamoto Airway Management Trainer

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Sakamoto Tracheotomy Trainer


	Sakamoto Airway Management Trainer
	Sakamoto Auscultation Simulator


	Suit for Experiencing Being Aged
	Suit For Experiencing Hemiplegia


	KOHARU-SAN
	Swallowing Mechanism Model


	Veinmate
	Musclemate
	Buttockmate
	Instruction Model For Injection In Upper Arm Muscles
	Instramuscular Injection Models Of Buttocks


	Transparent Female Catheter Model
	Transparent Male Catheter Model
	Fit-on Female Catheter Simulator
	Fit-on Male Catheter Simulator
	Fit-on Enema Administration Simulator
	Fit-on Manual Disimpaction Simulator


	Finger-Flex Mechanism Model
	Upper Arm Nerve Model

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Guide Model for Intubation Training SAKAMOTO AIRWAY MANAGEMENT TRAINER M167

Accessories

3teeth

silicon oil

case

exchangeable parts

Exchangeable part (front teeth) 3 in one set
Face mask
Cover for the body (skin-colored:Yellow)
Exclusive lubricant (silicon oil)

The closeness to a real living body, Makes realistic training possible

In securing the airway, tracheal intubation requires the highest skills and involves risks. In order for emergency medical staff to perform intubation, training in administering anesthetic in the operating room is a must. However, there is a need to create a system where sufficient simulation using a mannequin can be performed before the training in the operating room.

The intubation models so far, the touch of skin, movability of the jaw, and shape of epiglottis are not practical.

With these points in mind, as a guide model for intubation training for emergency medical staff, the <Sakamoto Tracheal Intubation Trainer> was developed with the focus on the "delicacy of the living body."

Realistic practice possible

	It is possible to acquire the skill of both oral and nasal tracheal intubation.
	It is possible to acquire the skill of supraglottic airway devise(such as Laryngeal mask airway, the esophageal gastric tube airway).
	The tongue "epiglottis" pharynx have been reproduced such as a real living body.
	Because the tongue and mouth are soft, usage of laryngoscope and training in securing the airway can be done in a manner close to a living body.

Same movement as the human body reproduced

Neck flexion and Head extension

Normal

Neck flexion and Head extension

Advancement of the mandible

Damage of front teeth

when using a laryngoscope, if over pressured, using the teeth as a fulcrum, in a mistaken manner, the front teeth (upper four) are made to break. (The front teeth are exchangeable)

Confirmation of Left and Right Air Sound With a Stethoscope Possible

	Can confirm one-lung ventilation.
	Can confirm accidental esophageal intubation.

The position of the pharynx, larynx, and epiglottis in relation to the cervical vertebra, and anatomical elements such as the axis of the oral cavity, pharynx, larynx have been taken into consideration. Not only durability, but also the delicacy of the human body has been considered, making it close to a real living body. Parts of the model are purposefully made to be damaged if handled roughly.

Confirmation of Mistakenly Intubated Air Possible


When correctly intubated and ventilated, you can confirm the left and right chests rise.	When intubated are ventilated one lung, you can confirm the error, as only one side will rise.	when the tracheal tube has been mistakenly intubated into the esophagus and air is sent, the abdomen will rise, making it possible to confirm the error (stomachinflation).

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