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PLXG1012Training Model for Left Atrial Appendage Intervention

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PLXG1012Training Model for Left Atrial Appendage Intervention

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Product size (cm)：60x25x10

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Integrated training simulator for bronchoscopic surgery

Model: PLHX3002XN-BX The virtual simulator for bronchoscopic surgery training (portable version) is independently developed by Shanghai Pulin Medical Technology. It is a set of simulation training system for bronchoscopic beginners, including a highly simulated airway model, real-time interactive training software and customized bronchoscope. The purpose is to make students master the basic bronchoscopic operation faster and understand the anatomical characteristics of bronchus through more realistic design and more realistic operation guidance. Product features: Airway system based on human CT data. This virtual simulator for bronchoscopic surgery training is divided into two ports: administrator and trainee. The trainee side includes four menu interfaces, namely skill training, assessment area, case practice and assessment record. It can guide and train students to recognize and master the characteristics and operating skills of different cases as soon as possible according to the individual skill practice and assessment of trainees. It is suitable for operators who are beginning to learn bronchoscopy, Make it master basic operation skills quickly.

Integrated simulator for colonoscopic surgery training

Model: PLXH2002T
The integrated simulator for the training of colonoscopy surgery adopts a highly simulated upper digestive system model and real colonoscopy instruments. It is designed with the integration of ergonomics to facilitate the use of the training of gastroscopy surgery.It is mainly used for surgical training such as colonoscopy and polyp removal.
Product features:
The design and manufacture of lower digestive tract based on human CT data
Equip with real colonoscope, easy to train
Replacement of multiple types of diseased structures
Part of the model consists of:

Integrated Simulator for Gastroscopic Surgery Training

Model: PLXH001T
The integrated simulator for the training of endoscopic surgery adopts a highly simulated upper digestive system model and real endoscopic instruments, and is designed with the integration of ergonomics to facilitate the use of endoscopic surgery training.It is mainly used for surgical training such as gastroscopy and polyp removal.
Product features:
A model of upper digestive tract system based on human CT data
Equipped with real gastroscope, easy to train
A variety of replaceable digestive tract pathological structures
Part of the model consists of:

Integrated training simulator for bronchoscopic surgery

Model: PLHX2001T
The integrated simulator of bronchoscopic surgery training adopts highly simulated respiratory airway system model and real bronchoscopic instruments, and is designed with the integration of ergonomics to facilitate the use of bronchoscopic surgery training.It is mainly used for bronchoscopy, endoscopic biopsy, brush examination, lavage training, etc.
Product features:
An airway system based on human CT data
Equipped with real bronchoscope for easy training
Replacement of multiple types of bronchial structures
Part of the model consists of:

Blood vessels throughout the body mimic the circulatory system

Model: PLXG1010
The whole shell of the product is humanoid design, full transparent shell;The blood vessels are reconstructed based on real CT/MRI data, and the main arteries of the human body are integrated. The flexible and transparent silica gel material is used, which has rich details and is highly simulated.The overall circulation loop design ensures that the simulated blood circulates and flows in the human model. Through the integrated control device of the bionic pulsating pump, various parameters such as temperature, pressure, flow rate and pulse are simulated, so that the whole system can achieve the effect of simulating the flow of real blood in the human artery.The product can meet the needs of medical training, medical device evaluation and surgical training, and is suitable for education, practical training, project research and development.
Main functions:
1, nerve intervention training: can be applied to neuroangiography, aneurysm treatment, thrombectomy treatment, carotid artery stenosis treatment and microcatheter intervention training;
2. Coronary intervention training: suitable for coronary catheter hanging, angiography, guide wire plastic shape, stent release, bifurcation treatment, etc.;
3. Aortic intervention training: it can be used for abdominal aortic aneurysm repair and stent release;
4. Peripheral artery intervention training: it can be applied to basic operation of peripheral catheter, femoral artery, radial artery, hepatic artery, anterior (posterior) tibial artery, peroneal artery, renal artery and other parts of angiography, guide wire catheter intervention, pre-dilation, stent placement;
5. Compatible with most imaging technologies, such as contrast angiography, CT, etc. (under the premise of using appropriate circulating fluid)
Matching devices:
A set of systemic human blood vessel models
Special air transport box
Pressure tester (optional)
High precision pulsating pump (optional)
Work station
Operating instruction
Warranty card, qualification certificate, etc

Integrated training simulator for ureteroscopic surgery

Model: PLMN2001T
The integrated training simulator for ureteroscopic surgery adopts a highly simulated urinary system model and real ureteroscopic instruments, and is designed with integrated ergonomics to facilitate the use of the training for ureteroscopic surgery.It is mainly used for ureteroscopy training and stone removal training
Product features:
A kidney system based on human CT data
Equipped with real ureteroscope for easy training
Replacement of multiple types of renal structures
Model composition:

PLAB1001 SHS-1000High Precision Pulse Pump

Fluid media: water, preclinic lubricating fluid and blood-like fluid

Pulsation frequency: 5-160beat/min

Maximum output per beat: 80ml

Cardiac output: 5.5L/min@70Beat/min

Maximum output pressure: 250mmHg

Temperature control accuracy: 0-100℃±0.2℃

Power: 90-240VAC/50-60Hz 400W

Weight: 6.6kg

PLAB2001Pulse Pump

Model：PRI-A

Fluid media: water, preclinic lubricating fluid and blood-like fluid

Pulsation frequency:10~160beat/min

Flow range:200-2000ml/min

Maximum output pressure:250mmHg

Current/voltage:24V/3A

Dimensions:275X150X160（mm）

Weight:3kg

Coronary + Pump System

Data Filling

Data Filling

PLAB3001Temperature-control Water Tank with Digital Display

media: Fluid media: water, Preclinic lubricating fluid and blood-like fluid

Volume:3L

Power:300W

Temperature control range:+5℃-100℃

Temperature control accuracy:±0.5℃

Current/voltage:220V

Material: liner and clapboard produced by stamping of Type 304 stainless steel

Weight:3.5kg

PLHX1001Training Model for Bronchoscopic Intervention

Body composition: main airway and bronchus (quinary branches)

Replaceable part: bronchus

Functions: this model is used for the performance test, function demonstration and training on intervention devices such as flexible bronchoscope and airway biopsy devices

Body material: SLD silicon

PLHX1002Training Model for Respiratory Endoscopy Intervention

Body composition: head, nasal cavity, oral cavity, larynx, main airway and bronchi (quinary branches)

Replaceable part: bronchus

Functions: this model is used for the performance test, function demonstration and training on laryngoscope, rigid and flexible bronchoscopes, airway biopsy device and other intervention devices

Body material: SLD silicon

PLXH1001Training Model for Colonoscopic Intervention

Body composition: base, colon and simulated internal polyp

Functions: this model is used for training on colonoscopy operation, endoscopic recognition of anatomical structure and training on endoscope matching device operation

Replaceable part: simulated polyp

Body material: SLD silicon

PLXH1002Training Model for Gastrointestinal Endoscopy Intervention(lesion replacement block)

Body composition: esophagus, stomach and duodenum

Replaceable part: simulated polyp

Functions: this model is used for the performance test, function demonstration and training on intervention devices such as flexible colonoscope and upper gastrointestinal endoscope and biopsy devices

Body material: SLD silicon

PLXG1001Training Model for Coronary Intervention

Body composition: femoral artery, thoraco-abdominal aorta and main branches of coronary artery

Replaceable parts: anterior descending branch, diagonal branches, left and right marginal branches

Functions: this model is used for the performance test, function demonstration and training on the coronary intervention devices such as coronary guide wire, catheter, stent and rotablator in the cardiology department

Body material: highly transparent soft silicon

PLXG1002Training Model for Intracranial Vascular Intervention

Body composition: anterior, posterior and middle arteries with aneurysms and stenotic segments, basilar artery, cerebral arterial circle and other cerebral arteries, as well as the main blood vessels and branches for neurointerventional surgery including left and right vertebral arteries, left and right common carotid arteries, thoracic aorta, iliac artery and femoral artery

Replaceable parts: middle cerebral artery and vertebral artery

Functions: this model is used for the performance test, function demonstration and training on the intervention devices such as guide wire, catheter, filter stent, spring coil and stent in the neurology department

Body material: highly transparent soft silicon

PLXG1003Training Model for Transcatheter Aortic Valve Replacement (TAVR)

Body composition: femoral artery, iliac artery, thoraco-abdominal aorta, left ventricle and left atrium

Replaceable parts: aortic valve (other valves can be customized upon request)

Functions: this model is used for the performance test, function demonstration and training on the intervention devices such as the delivery system for transcatheter aortic valve and interventional valve

Body material: highly transparent soft silicon

PLXG1008Training Model for Upper Cavity + Lower Cavity + Tibial Vein Intervention

Body composition: internal jugular vein + external jugular vein + subclavian vein + superior vena cava + right atrium + inferior vena cava + internal iliac vein + external iliac vein + femoral vein + deep femoral vein + great saphenous vein + popliteal vein + internal tibial vein + external tibial vein + fibular vein

Replaceable Parts:

• Inferior vena cava
• Great hidden vein
• Great hidden vein
• Popliteal vein
• Internal tibial vein
• External tibial vein
• Peroneal vein

Functions: this model is used for the performance test, function demonstration and training on the intervention devices such as lower extremity vein stent, thrombus filtration device and delivery system and filter

PLXG1009Training Model for Cardiac Intervention

Body composition: superior and inferior vena cava, thoraco-abdominal aorta, femoral vein, femoral artery, and heart body (including left atrium/right atrium, septum at foramen ovale, pulmonary artery, valve, and atrial appendage)

Functions: this model is used for the performance test, function demonstration and training on cardiac pacemaker, electrophysiological devices, atrial septum puncture devices and other cardiac intervention devices

Body Material: highly transparent soft silicon

PLXG1006Training Model for Lower Extremity Artery Intervention

Body composition: Renal artery + Abdominal aorta + Common iliac artery + External iliac artery + Internal iliac artery + Femoral artery + Deep femoral artery + Popliteal artery + Anterior tibial artery + Posterior tibial artery + Peroneal artery

Replaceable parts:

• Popliteal artery
• Anterior tibial artery
• Posterior tibial artery
• Peroneal artery

Functions: this model is used for the performance test, function demonstration and training on the intervention devices such as lower extremity artery stent and delivery system

PLXG1011Train Model for Coronary Vein Intervention

Body composition: superior vena cava, inferior vena cava, subclavian vein, right atrium and right ventricle, coronary sinus, coronary vein and its branches

Replaceable parts: left atrium and left ventricle, other blood vessels, atrial appendage, etc

Functions: demonstration of and training on pacemaker electrode implantation

Body material: highly transparent silicon

PLXH1003Training Model for Upper Gastrointestinal Endoscopy Intervention

Body composition: model base and upper cover, nasal cavity, oral cavity, throat, esophagus, stomach and duodenum

Replaceable part: simulated polyp

Functions: this model is designed and manufactured based on real human data, and used for training on operations such as examination, biopsy, stent placement and snare of flexible gastroscopes and related surgical devices

The anatomical structure is highly simulated, modular in design, and each part can be combined or replaced

Body material: SLD silicon

PLMN1001Training Model for Endoscopic Intervention of Urinary System

Body composition: urethra, prostate, bladder, ureter, collecting system, kidney

Replaceable parts: kidney and simulated stone

Functions: this model is used for the performance test, function demonstration and training on the cystoscope, ureteroscope, guide wire/catheter and other intervention devices

Body material: SLD silicone/transparent soft silicon

PLMN1002Training Model for Ureteroscopic Intervention

Body composition: kidney

Replaceable part: simulated calculus

Functions: this model is used for the performance test, function demonstration and training on the intervention devices such as ureteroscope and guide wire/catheter

Body material: SLD silicone/transparent soft silicon

PLXG1012Training Model for Left Atrial Appendage Intervention

Body composition: iliac vein, inferior vena cava and left atrial appendage

Replaceable parts: four types of replaceable left atrial appendage models

Functions: this model is used for the performance test, function demonstration and training on the access to atrial appendage occluder and delivery system

Body material: highly transparent soft silicon

PLXG1014Acrylic flat vessels

PLXG1014Acrylic flat vessels

PLXG1014Acrylic flat vessels

Compliant tubing

Performance: to simulate vascular compliance

Function: used for the accelerated fatigue test on stents and other devices

Low-temperature off-color material

Performance: thermoresponsive discoloration

Function: demonstration of and test on cryoablation instruments

Soluble material

Performance: soluble in hot water

Function: used for the stent opening performance test and nondestructive stent opening effectiveness test

PLAB4001Fluid Pressure Tester

Number of channels:4

Pressure range: -50mmHG——300mmHG

Performance: the pressure difference between any two channels can be determined

Voltage:220V

External dimensions:300X378X186（mm）

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Categroies

Cardiovascular Models 

○ Training Model for Coronary Intervention

○ Training Model for Intracranial Vascular Intervention

○ Training Model for Transcatheter Aortic Valve Replacement (TAVR)

○ Training Model for Upper Cavity + Lower Cavity + Tibial Vein Intervention

○ Training Model for Cardiac Intervention

○ Training Model for Lower Extremity Artery Intervention

○ Train Model for Coronary Vein Intervention

○ Training Model for Left Atrial Appendage Intervention

○ Acrylic flat vessels

○ Special Materials

Cardiac Hemodynamics Simulators 

○ High Precision Pulse Pump

○ Pulse Pump

○ Direct Current Pump

○ Temperature-control Water Tank with Digital Display

○ Fluid Pressure Tester

Training Models for Endoscope 

○ Training Model for Bronchoscopic Intervention

○ Training Model for Respiratory Endoscopy Intervention

○ Training Model for Colonoscopic Intervention

○ Training Model for Gastrointestinal Endoscopy Intervention

○ Training Model for Upper Gastrointestinal Endoscopy Intervention

○ Training Model for Endoscopic Intervention of Urinary System

○ Training Model for Ureteroscopic Intervention

Integrated simulator for endoscopic surgery training

PLXG1012Training Model for Left Atrial Appendage Intervention

Cardiovascular models brochure20201103

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