Product & Service

Surgical OperationDepartment

This Department distributes surgical consumables that are essential
to neurological surgery. Products include CSF drainage catheter,
dura regeneration matrix and intracranial pressure monitoring system.
In 2019, we further included the production line for dermal regeneration
template, capable of regenerating damaged skin tissues.
In 2019, the product line of the dermal regeneration template
The Department upholds the business philosophy of TBMS.
In addition to providing first-class products, we also provide the
most professional service for educational training and clinical application.

Dermal Regeneration Template (Artificial Dermis)

The skin is the largest organ in the human body, and it provides important functions,
including protection, stability, defense against environmental stimulation and intrusion of pathogens, etc.
In case the skin is damaged due to various injuries, and its original form and function cannot be recovered easily,
then the characteristics of the dermal regeneration template can be used to reconstruct healthy skin.

Applicable Scope of Artificial Dermis:

Deep wound
Second & Third Degree Burn
Diabetic foot ulcers
Scar Reconstruction

Advantages of Artificial Dermis:

Improve integrity of wound recovery
Improve post-recovery function and beauty
Reduce wound with flap
Reduce number of surgeries and surgical time, reduce number of days of hospitalization

Cerebrospinal Fluid Management System

Ventriculo-Peritoneal Drainage System refers to the use of drainage tube necessary for patients with hydrocephalus,
and it is a special device capable of guiding excessive cerebrospinal fluid in the ventricle of the brain to the peritoneal cavity for absorption.
Ventriculo-Peritoneal Drainage System uses a Shunt in conjunction with pressure valve,
and the level of cerebrospinal fluid drainage depends on the pressure of the pressure valve.

Adjustable Pressure Valve System

It offers 18 levels of adjustable pressurized drainage and provides precise pressure values to cope with different patients' conditions. For the new generation of adjustable pressure valve drainage system, it can resist the pressure value shift caused by MRI in order to effectively reduce the risk of ventriculostomy. It is also built-in with the virtual closing function, thereby improving safety during the execution of other brain surgery.

Antibiotics Drainage Catheter

With the application of the latest immersion technology, antibiotics inside the drainage catheter can be continuously released with an effective concentration for 28 days, thereby reducing the infection caused by implantation of a CSF drainage system.

Intracranial Pressure Monitoring System

Impact of Excessive Intracranial Pressure

More than 50% of severe traumatic brain injuries can have excessive intracranial pressure. Since the skull is relatively rigid without elasticity, if the intracranial tissue or blood increases abnormally, it can cause the intracranial pressure to increase, reducing blood supply necessary for the brain tissue, leading to brain tissue ischemia. In addition, brain tissue ischemia can also cause the brain blood vessels to expand, causing brain swelling to become worse and the intracranial pressure to increase. Such a vicious cycle can lead to severe brain damage if not treated properly or even result in brain death due to stopping cerebral blood flow.

Appropriate Handling for Excessive Intracranial Pressure

Before a neurosurgeon treats such type of patients, it is necessary to use the Intracranial Pressure Monitoring System to understand the value of the intracranial pressure in order to administer appropriate drugs and treatment. Currently available micro intracranial pressure monitoring devices can be placed inside the ventricle, inside the cerebral substance, top or bottom of dura mater, in order to provide continuous and precise monitoring function.

Duroplasty

Artificial Dura Mater

Substitute for dura mater made of biological material can be applied to dura mater defect due to intracranial, spinal damages, tumor and other intracranial diseases. It can prevent severe complications of cerebrospinal fluid leak, intracranial infection, encephalocele, cerebral adhesion and scar, etc., in order to recover the integrity of dura mater.

Supercritical carbon dioxide decellular technology

ABCcolla Collagen dressing

■ The natural dermal layer forms a collagen scaffold structure, which closely resembles the collagen structure in human skin, allowing for rapid wound repair.
■ No chemical cross-linking agents are added, reducing the risk of allergies and rejection.
■ It can naturally degrade and be absorbed, preventing skin tearing and reducing pain and associated fear when changing dressings.
■ Skin cells can adhere to the scaffold structure of the dressing, promoting growth, differentiation, and repair functions.
■ The use of pigskin as the source eliminates concerns about the risk of BSE infection.
■ Various types and specifications are available for different types of wound repair.

ABCcolla Collagen Bone Graft

■ The natural porcine decellularized bone collagen scaffold structure closely resembles the collagen structure in the human bone, enabling rapid repair of bone defects.
■ No chemical cross-linking agents are added, reducing the risk of allergies and rejection.
■ It can naturally degrade and be absorbed within 6-12 months, eventually replaced by the patient's own bone.
■ Osteoblasts can attach to the scaffold structure of the bone, promoting growth, differentiation, and repair functions, thereby reconstructing the damaged bone area.
■ Using pig bones as the source eliminates concerns about BSE or human infectious disease risks.
■ It can be mixed with blood, PRP (Platelet-Rich Plasma), or bone marrow fluid to provide autologous growth factors.

Other Relevant Accessories for Neurosurgery

Perforator

The perforator is used for burr hole trepanation during craniotomy operation. Since it is often used in conjunction with an electric tool, its rotational speed is extremely fast, and if there is no safety mechanism, it may cause brain tissue damage. The new perforator is able to stop its rotation automatically when there is no resistive force exerted thereon, thereby preventing damage to the brain tissue.

Raney clips

Raney clips can be used to secure the scalp during the craniotomy or skull surgery in order to create sufficient working range and vision, thereby increasing the safety of surgery.

Surgical patties

They are equipped with high moisture retention capability such that during the surgery, they can be used to protect the central nervous system or other normal tissues. Products are equipped with X-ray visible marks and are also equipped with suture in order to facilitate the calculation and confirmation after surgery.