preclinic-sim

Preclinic is a high-tech company dedicated to the development and promotion of high-simulation medical models.Based on years of accumulation in clinical data, design plans, simulated human tissues and complex human structure shaping technology, the company designs and manufactures models and supporting simulation devices for minimally invasive interventional surgery for customers, and provides related solutions to serve minimally invasive surgery R&D and testing of the device before the market, as well as the device demonstration and surgical training after the market. https://www.preclinic-sim.com/

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Urological Endoscope Training Model

Discover the Ultimate Urinary System Anatomy Model from Preclinic Medtech - Perfect for Medical Professionals! Get Your Hands on the Best Hu

This model is mainly made of soft silica gel, which is applicable to the performance test, functional demonstration and training of intervention devices, such as cystoscope, ureteroscope, and guidewire/catheter.

Features of Urological Endoscope Training Model

Composition:  

Fixed model part: model base and upper cover, male reproductive organs (penis, testis), urethra, prostate, urinary bladder, ureter, kidneys (calyces, renal pelvis), simulated calculi, etc.

Procedure:

Pyelolithotomy and ureterolithotomy training;

Urethroplasty (dilatation and stenting) training;

Urethroplasty (dilatation and stenting) training;

Male urinary bladder irrigation training

Male catheterization training;

Transurethral resection of prostate training;

Calculi search and extraction training under nephroscope;

Simulated calculi (optional components) can be placed in the renal pelvis according to the training demands to practice the flexible ureteroscopic holmium laser lithotripsy                          

Other characteristics:

Based on the CT data of the adult urological system, it is designed and made of soft silica gel material.

The models of male reproductive organs (penis, testis), urethra, prostate, urinary bladder, ureter, kidneys (calyces, renal pelvis), simulated calculi, etc. are highly close to the relevant anatomical structures of the human body, and the operation feel is realistic.

Specification of Urological Endoscope Training Model

Urological endoscope training model

MODEL: PLMN1001

Main Material

Highly soft silica gel, hardness:18A~30A

Product Size

Model length: 47 cm (18.5 in)

Model width: 40 cm (15.7 in)

Model height: 18 cm (7.1in)

Lead Time

15 days

Port

Shanghai, China

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Upper Gastrointestinal Simulator

Looking for the ultimate gastrointestinal simulator? Our GI tract 3D model is the perfect tool for medical professionals and students. Our u

This model is mainly made of soft silica gel, which is used for surgical training related to endoscopic intervention diagnosis and treatment of the upper gastrointestinal tract, performance tests, and function demonstration of surgical instruments. The surgical instruments involved include a gastroscope, duodenoscopy, biopsy forceps, and other instruments.

Features of Upper Gastrointestinal Simulator

Composition: Fixed model part: model base and upper cover, nasal cavity, oral cavity, throat, esophagus, stomach and duodenum.

Replaceable model part: simulated polyp.

Procedure: Gastroscopy, upper gastrointestinal biopsy, and polypectomy.

Other characteristics: Based on the CT data of the adult upper digestive tract, it is designed and made of soft silica gel material. The models of mouth, nose, throat, esophagus, stomach, and duodenum are highly close to the relevant anatomical structures of the human body, and the operation feel is realistic.

Specification of Upper Gastrointestinal Simulator

Upper GI endoscope training model

MODEL: PLXH1003

Main Material

Highly soft silica gel, hardness:18A~30A

Product Size

Model length: 30cm (11.8 in)

Model width: 30 cm (11.8 in)

Model height: 75 cm (29.5 in)

Lead Time

15 days

Port

Shanghai, China

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Silicone Vessels

Revolutionize Medical Simulation with Preclinic Medtech's Silicone Vessels - The Ultimate Vascular Simulation Model Manufacturer! Discover o

Special for testing, training and demonstration!

All silicone vessels are printed from patient-specific scans or designs (CT, MRI, 3DRA), literature values, STLs or STPs, with a highly vivid anatomical structure and operational sense, which are matched to human properties.

Manufacturing Process of Medical Silicone Vessels

All the Silicone Vessels are designed based on clinical imaging data and manufactured by 3D printing and other state-of-the-art technologies, with a highly vivid anatomical structure and operational sense.

Manufacturing Process Of Medical Silicone Vessels Preclinic

Advantages of Silicone Material for Silicone Vessels

Advantages of Silicone Material for Silicone Vessels

Non-toxic, harmless and safe, and its softness is close to human tissue.

1

Advantages of Silicone Material for Silicone Vessels

Can be used for a long time and maintain its soft and elastic properties.

2

Advantages of Silicone Material for Silicone Vessels

High transparency, good tear resistance and corrosion resistance.

3

Advantages of Silicone Material for Silicone Vessels

CT scan or DSA operation can be performed.

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Silicone Peripheral Vessels

Unleash the power of realism with Preclinic Medtech's silicone peripheral vessel simulation models! From intricate design to unmatched durab

The Silicone Peripheral Vessels we provide mainly include Abdominal aorta, femoral artery, femoral profound artery, popliteal artery, external tibial artery, internal tibial artery, peroneal artery, Jugular vein, superior vena cava, inferior vena cava, internal iliac vein, external iliac vein, femoral vein, venae profundae femoris, great saphenous vein, popliteal vein, internal tibial vein, external tibial vein, fibular vein and so on.

These Silicone Peripheral Vessels can be used for performance testing, functional demonstration, and training of Peripheral intervention devices.

What Is Silicone Peripheral Vessel Used For?

It is applicable to performance tests, functional demonstrations and training of Cardiovascular surgery devices, such as lower extremity arterial stents and delivery devices, lower extremity venous stents, thrombus filtration and delivery device, filter etc. Silicone peripheral blood vessels including arteries and veins, are mainly made of highly transparent soft silicone and are used for surgical training, performance testing, and functional demonstration related to lower limb arterial or venous intervention diagnosis and treatment. The surgical instruments involved include wires, catheters, lower limb arterial or venous stents, thrombus filters, and other instruments.

Why Choose Preclinic Medtech Silicone Peripheral Vessels

Real Anatomical Structure of Silicone Peripheral Vessels

Real Anatomical Structure

The Silicone Peripheral Vessels are designed based on the real clinical CT/MRI image data.

Simulate Human Blood Circulation of Silicone Peripheral Vessels

Simulate Human Blood Circulation

The end branches of silicone blood vessels have specially designed circulation pipeline interfaces, which facilitate the introduction of blood flow into the pipeline system at the bottom of the model and simulate the hemodynamic characteristics of real human bodies. Combined with our Cardiac hemodynamic simulation device and Blood Pressure Simulator, it can simulate human blood circulation and measure blood pressure at a certain point or end range.

Modular Structure Design of Silicone Peripheral Vessels

Modular Structure Design

Customizable replacement vascular module to practice various diseases of Peripheral vascular intervention surgery to meet the demand for simulation training of renal artery, iliac artery, popliteal artery, and various peripheral artery balloon dilation and stent implantation.

Digital Subtraction Angiography (DSA) of Silicone Peripheral Vessels

Digital Subtraction Angiography (DSA)

By injecting contrast agent into the silicone blood vessel, the X-ray image of the silicone vessel and intravascular medical device can be taken.

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Silicone Neuro Vessels

Looking for high-quality silicone neuro vessel simulation models for your medical practice? Look no further than Preclinic Medtech! Our expe

Make your thoughts more reality!

With rich experience in developing high simulation models and supporting equipment, our team has cooperated with hundreds of medical device research and development institutions at home and abroad for a long time to provide model solutions for minimally invasive interventional surgical device research and development institutions at all stages of the whole life cycle of the device, help them speed up the research and development and testing of surgical devices, and shorten the life cycle of surgical device research and development.

What is Silicone Neuro Vessel Used For?

It is applicable to performance tests, functional demonstration and training of intervention devices, such as neurological guidewires, catheters, filter stents, spring coils and stents. The silicone neuro vessel is mainly made of highly transparent soft silica gel, which is used for surgical training related to intracranial artery interventional diagnosis and treatment, performance tests and function demonstration of surgical instruments. The surgical instruments involved include an intracranial vascular interventional guide wire, catheter, stent, spring coil, a thrombectomy device, thrombus filter and other instruments.

How to Use Silicone Neuro Vessels?

Add water in to the tank

Step 1

How to Use Silicone Neuro Vessels?

Connect the tank with pump

Step 2

How to Use Silicone Neuro Vessels?

Connect the model to pump

Step 3

How to Use Silicone Neuro Vessels?

Water filling

Step 4

Why Choose Preclinic Medtech Silicone Neuro Vessels？

True Anatomical Structure of Silicone Neuro Vessels

True Anatomical Structure

The silicone vessel is designed based on the real clinical CT/MRI image data.

Digital Subtraction Angiography (DSA) of Silicone Neuro Vessels

Digital Subtraction Angiography (DSA)

By injecting contrast agent into silicone blood vessels, X-ray images of silicone blood vessels and intravascular medical equipment can be taken.

Silicone Neuro Vessels Simulates Human Blood Circulation

Simulate Human Blood Circulation

The end branch of the silicone vessel has a specially designed circulation pipeline interface, which is convenient to introduce blood flow into the pipeline system at the bottom of the model and simulate the hemodynamic characteristics of the real human body.

Modular Structure Design of Silicone Neuro Vessels

Modular Structure Design

Customizable replacement vascular module to practice various diseases to meet the demand for simulation training of surgery.

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Silicone Cardiac Vessels

Revolutionize Heart Surgery with Preclinic Medtech's Heart Disease Prediction Model and Heart Surgery Surgeon Simulator. See how our innovat

The Silicone Cardiac Vessels we provide mainly include Coronary Artery, Transcatheter aortic valve replacement (TAVR) Simulation Model, Cardiac Intervention Simulation Model, Right Cardio-Pulmonary Artery, Cardiac Veins, Left Atrial Appendage Vessels, Transseptal Puncture Vessels and so on.

These Silicone Cardiac Vessels can be used for performance testing, functional demonstration, and training of cardiovascular intervention devices.

What Is Silicone Cardiac Vessels Used For?

It is applicable to performance test, functional demonstration and training of Cardiovascular surgery such as Percutaneous Coronary Intervention (PCI), Transcatheter aortic valve replacement (TAVR), coronary angiography, PTCA+stent surgery, mitral balloon dilation, radiofrequency ablation, pacemaker implantation, interventional therapy for congenital heart disease, and intracoronary thrombolysis etc.

Why Choose Preclinic Medtech Silicone Cardiac Vessels

heart disease model

Real Heart Anatomical Structure

The Silicone Cardiac Vessels are designed based on the real clinical CT/MRI image data.

heart disease prediction model

Simulate Human Blood Circulation and Heart Beat

The end branches of silicone blood vessels have specially designed circulation pipeline interfaces, which facilitate the introduction of blood flow into the pipeline system at the bottom of the model and simulate the hemodynamic characteristics of real human bodies. Combined with our Cardiac hemodynamic simulation device, High-precision pulsatile pump and Blood Pressure Simulator, it can simulate real heart beats and measure blood pressure at a certain point or end range.

heart surgeon simulator

Modular Structure Design

Customizable replacement vascular module to practice various diseases especially in cases of congenital heart diseases to meet the demand for simulation training of surgery.

heart surgery surgeon simulator

Digital Subtraction Angiography (DSA)

By injecting contrast agent into the silicone blood vessel, the X-ray image of the silicone vessel and intravascular medical device can be taken.

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Respiratory Endoscope Training Model

Take a breath of fresh air with our revolutionary Respiratory Endoscope Simulation Model! Get a closer look at the bronchial tree with our 3

This model is mainly made of soft silica gel, which is used for surgical training related to interventional diagnosis and treatment of respiratory endoscopy, performance tests, and function demonstration of surgical instruments. Surgical instruments involved include a laryngoscope, bronchoscope, bronchoscope, endotracheal intubation, biopsy forceps, brush forceps, and other instruments.

Features of Respiratory Endoscope Training Model

Composition:  Fixed model part: head model, tracheobronchial model, and base.

Replaceable model part: simulating foreign bodies.

Procedure: Laryngoscope, bronchoscope, bronchoscope, endotracheal intubation, biopsy, brush examination.

Other characteristics: It is designed based on adult lung CT data and made of soft silica gel material. The branches of the oral cavity, nasal cavity, throat, and bronchial model are highly close to the relevant anatomical structures of the human body, and the operation feel is realistic.

Specification of Respiratory Endoscope Training Model

Respiratory endoscope  training model

MODEL: PLHX1002

Main Material

Highly soft silica gel, hardness:18A~30A

Product Size

Model length: 68 cm (26.8in)

Model width: 40cm (15.7 in)

Model height: 35 cm (13.8 in)

Lead Time

15 days

Port

Shanghai, China

This model is mainly made of soft silica gel, which is used for surgical training related to interventional diagnosis and treatment of respiratory endoscopy, performance tests, and function demonstration of surgical instruments. Surgical instruments involved include a laryngoscope, bronchoscope, bronchoscope, endotracheal intubation, biopsy forceps, brush forceps, and other instruments.

Features of Respiratory Endoscope Training Model

Composition:  Fixed model part: head model, tracheobronchial model, and base.

Replaceable model part: simulating foreign bodies.

Procedure: Laryngoscope, bronchoscope, bronchoscope, endotracheal intubation, biopsy, brush examination.

Other characteristics: It is designed based on adult lung CT data and made of soft silica gel material. The branches of the oral cavity, nasal cavity, throat, and bronchial model are highly close to the relevant anatomical structures of the human body, and the operation feel is realistic.

Specification of Respiratory Endoscope Training Model

Respiratory endoscope  training model

MODEL: PLHX1002

Main Material

Highly soft silica gel, hardness:18A~30A

Product Size

Model length: 68 cm (26.8in)

Model width: 40cm (15.7 in)

Model height: 35 cm (13.8 in)

Lead Time

15 days

Port

Shanghai, China