Brain Navi Biotechnology Co., Ltd.

Within the increasing demand for precision medicine, the neuro-navigation is a standard in neurosurgery worldwide. Nowadays, most of the navigation system are using the type of “vision-based optical tracking systems” for registration (the relationship setting between patient and equipment). However, it does require the line of sight between the charge-coupled device cameras, the probe, and the microscope remain unobstructed. Brain Navi innovated the “Autopilot” neurosurgery robot- NaoTrac in 2018. With the combination of the computer, touch screen, machine vision, and robotic arm, it can assist in the surgery like Biopsy, DDP, SEEG, endoscope and EVD…etc. to localize the positioning and guide the surgeon to the surgical targets without the use of external frames.

Core Value of Brain Navi design is to improve the Doctor-Patient Relationship. Usually, the surgeon explained the estimated with the post-operative result. However, so many uncertain elements contained during the surgery and out of the plan. NaoTrac’s machine vision can show the surgical pre-planning and the surgeon can explain what the effect of the post-operative will be. With the pre-planning analysis, the patient can understand the exact situation of preventing the misunderstanding.

BRAXX BIOTECH CO.,LTD.

BRAXX focuses on developing novel radiation treatment solution for cancers. BRAXX designs new generation of brachytherapy applicator for esophageal cancer according to clinical needs; this applicator gives clinicians and radiologists a better tool deliver therapy.
In conventional brachytherapy to treat esophageal cancer using radiation, the radiation is not only delivered to tumor cells, but healthy tissues are also exposed. This usually causes unfavored local control rate and other side effects. We designed an applicator that contains multiple balloons that each allows independent control to achieve precision positioning and targeting.
By adjusting individual balloons, radioactive source can be placed at desired position based on computed tomography. The applicator can be positioned according to tumor size and location. This method can increase the conformity of radioactive treatment and greatly decrease side effects due to exposure of radiation to normal tissue.
Based on preliminary physical studies, it is found that our designed applicator can reduce the amount of radiation exposed to as much as 60% comparing to using regular nasogastric tube. It is expected that this technology will provide esophageal and other cancer patients a better treatment plan.
BRAXX applicator is a patented technology. The applicator received FDA 510(k) clearance, and expected to obtain TFDA approval in 2019 Q3.

BSI

BSI is the British national standards body, and a CE Notified Body. We help medical device manufacturers to expand the global market with our trusted regulations and quality management solutions and services. The "BSOL - Online Standard Library" and "BSI Compliance Navigator - Medical Device Compliance Navigating System" are powerful tools for research and development of medical devices and ensuring continuous compliance with regulatory requirements.

Buddhist Tzu Chi General Hospital / United Orthopedic Corp. Industrial Medical Cooperation Team

The minimally invasive surgical (MIS) instruments are applied to the U2 Knee system to perform minimally invasive surgery for total knee arthroplasty. With innovative and user-friendly design concepts, the size of the MIS surgical instruments are reduced, and the surgical techniques are slightly adjusted to allow users to perform surgery in a limited space and field of vision. Through the accurate and safe bone cutting, the surgeon can achieve excellent postoperative result.
The minimally invasive surgical (MIS) instruments has been used in various regions and countries. The number of surgeons who perform minimally invasive surgical is increasing, and the number of patients is growing. Facing more knee joints, with the idea of serving the patients, we enlarge the size range of minimally invasive instruments for different knee joint sizes.

Cancerfree Biotech Ltd.

Circulating tumor cells (CTCs) is a group of tumor cells that detach from tumor tissue into the blood circulatory system. CTCs flow with blood in the body and considered to be a key factor leading to tumor metastasis. Tumor samples from blood are also referred to as "liquid biopsy". Liquid biopsy is low-risk and real-time sample sources can be used to reflect the dynamic changes of tumor cells in the human body. Our innovative technology is the first in vitro culture of CTC including lung cancer, liver cancer, breast cancer, pancreatic cancer... Etc.

1. "Personalized Anti-cancer Drug Sensitivity Profile Report"
2. "The commission research of CTCs"

Cenefom Corp.

Air foaming medical grade PVA foam material and its finished products,such as: 1. PVA sponge materials 2. Ophthalmic surgical sponge 3. ENT surgical sponge 4. Medical PVA foam

Central Taiwan Science Park Bureau, Ministry of Science and Technology

The Central Taiwan Science Park (CTSP) of the Ministry of Science and Technology has organized jointly with 13 biomedical vendors from the CTSP including Apex Health Care Mfg. Inc., H.P.B. Optoelectronics Co. Ltd., RUEITAI Medical Corp., Microtek International Inc., Ever Young BioDimension, S&T Biomed Co. Ltd., INTAI Technology Corporation, Hsiner Co. Ltd., Cenefom Corp., Taiwan Main Orthopaedic Biotechnology Co. Ltd., DuoGenic StemCells Corp., MonoStereo, and Yang Cheng Medical Co. Ltd. for an exhibition targeted on Long Term Care and Intelligent Medical Treatment. The exhibition will demonstrate the CTSP vendors’ capacities in R&D, design, and manufacturing of smart rehabilitation equipment, minimally invasive surgery devices and medical devices.
CTSP has initiated in 2019 Innovation Program for Accelerating Biomedical Industry in Central Taiwan. Assistance will be offered to professional domains covering precision instrument and optoelectronics as well as integration of automatic control, mechanical design, optoelectronic measurement, and intelligent robots. With introducing vendors of intelligent medical treatment and medical devices, CTSP will collaborate with the renowned clinical institutions and R&D training centers including Taichung Veterans General Hospital, Chung Shan Hospital, Asia University Hospital, Show Chwan Memorial Hospital, China Medical University, Show Chwan Micro-invasive Surgery Training Center, and the China Medical University Hospital 3D Printing Medical Research Center to upgrade technology for self- development and manufacturing of precision medicine and health care on high end smart rehabilitation equipment, vital sign- monitoring systems, and minimally invasive surgery devices.
CTSP will integrate critical resources to create high economic output value by assisting biomed vendors with conduction of R&D, manufacturing and product launching, participation in major local and international exhibitions for marketing, establishment of a platform for intelligent medical treatment development and upgrade of the market competition and the visibility of the vendors.

CHC Healthcare Group

China Asia Associated University 3D Printing Medical Research Center / Yu-Fang Shen Assistant Profe

The new artificial dermis is made of three-dimensional cell blocks combined with three-dimensional collagen substrate, which has the physical properties of natural skin, good biocompatibility, and cell blocks can secrete extracellular matrix and growth factors to provide a growth environment for skin tissue repair and to accelerate the reconstruction of skin tissue. In the development of innovative artificial dermis containing three-dimensional cell blocks, the research team combines the experience of clinicians with the strengths of basic research and expects to be able to actually achieve cross-domain collaboration. In terms of technological innovation, the research team also has the advantages to develops a manufacturing method for the three-dimensional collagen substrate. In addition, a patent has been proposed to efficiently and rapidly expand and prepare three-dimensional cell blocks that can control uniform configurations of uniform size.

CHIROTECH INNOVATION CO.,LTD.

8-Axis 3D Chiropractic Robot Table.
Description:
*For the first time in the world's spinal neurological medical community
*8-axis 3D microcomputer remote control spine manipulation therapy table.
*Has obtained Taiwan, United States, Chinese invention patents
*The movement forward, backward, left and right bending, left and right rotation, extension, can be a single, synchronize, respectively, sequence steps and so on.
*It is a 19-module program to perform therapy tasks through the App link.