Stem Tronics is working on a strong product portfolio with the goal of meeting current surgical procedure needs that will benefit all
stakeholders, including patients, surgeons, and other interested parties.
Our robotic surgical system comprises a surgeon controlled robotic platform that includes an advanced vision system and interactive instruments
for performing standard and complex operating room (OR) procedures, as well as a surgeon workspace that provides the surgeon with an interface
to the robotic platform for controlling the interactive instruments and providing a technology based endoscopic view of the inside of a patient’s
The robotic surgical system is being developed to expand robotic surgery into areas of surgical specialties and simple and complex procedures
that are currently underserved, as well as to enable surgeons to perform procedures such as general surgery and laparoscopic procedure in small
to medium-sized surgical spaces.
Stem Tronics is a robotic-assisted, minimally invasive surgery pioneer and technological leader. The Stem Tronics Vital™ Surgical System is
designed, manufactured, and sold by Stem Tronics. The company aims to make surgery more efficient, less invasive, and less distressing for
doctors, patients, and their families.
High-Tech Robotic Surgery Gets Specialized
Over the last years, healthcare has advanced at an incredible rate.
One significant step forward was the introduction of robotically assisted surgery, which has allowed patients all over the world to benefit from
minimally invasive surgery and faster recovery times.
Companies that provide robotically assisted surgery continue to improve and provide excellent returns to investors.
Why Invest in Stem Tronics?
The surgical robotics industry is predicted to increase rapidly in the near future, due to rising chronic disease prevalence, an aging
global population, improved reimbursement policies, public initiatives and financing to create technologically sophisticated products.
Surgical robotics are classified into three categories: surgical systems, instruments and accessories, and services.
Stem Tronics Competitive Edge
The company is putting a lot of effort into improving its sales and marketing activities in order to help promote the Stem Tronics Vital™
Surgical System. The company invested a great deal into research and development, as well as sales and marketing.
Opportunities for Growth in the Upcoming Future
- The company plans to install the Stem Tronics Vital™ Surgical System in various parts of the world, and initiated clinical programs to
mark its presence in international markets.
- The Stem Tronics Vital™ Surgical System is a surgeon-controlled robotic platform with advanced high-definition vision system and
multi-articulating devices for performing OR procedures with a single incision.
- A surgeon workstation is also included in the surgical system, which gives an advanced ergonomic interface to the robotic platform for
directing instruments and examining the inside of a patient's body during OR procedures. The Stem Tronics Vital™ Surgical System
is designed to allow surgeons to execute a wide range of surgical procedures in the operating room, both simple and sophisticated.
- In the near future, the global market for instruments and accessories is expected to grow at the highest rate. The exponential rise in
robotic-assisted surgical procedures on a global scale is a primary element driving this product segment.
- The surgical robotics business has a bright future, and Stem Tronics may seek to merge with some of the industry’s established
companies. Partnerships, alliances, and corporate expansion account for the most strategic agreements, followed by mergers and acquisitions,
and product launches.
- The healthcare landscape is rapidly changing in order to keep up with or improve high-quality care while lowering costs. The variables, such
as the growing global elderly population and variations in care standards between established and emerging economies, make it difficult to
resolve these challenges. Minimally invasive surgery has enormous promise in the healthcare sector, as it is often regarded as the greatest
treatment alternative to open surgery.
- These machines are specially designed to reach locations that a regular expert could not reach without making a major incision. Medical
facilities will provide high-quality treatment alternatives by offering speedy and precise surgical procedures with minimal patient
discomfort as technology progresses, resulting in exponential development in robotic-assisted surgical operations. The biggest development
in surgical robotics from the patient's perspective is faster recovery time, lower risk of infection, shorter hospital length of stay, and
minimal incisions or scars.
- Since the first device was brought to the market, the worldwide surgical robotics market has grown at a rapid pace. The market's growth is
predicted to be fueled by primary drivers such as the growing elderly population, rising healthcare spending, rising cases of chronic
illnesses, and increased government assistance, among others.
- Because of the potential within its area, such as a vast scope for significant profits through venture capital, integrative
industry-academia collaboration, and novel surgical applications, the market is predicted to rise at a substantial rate. Despite this, there
are a number of barriers to overcome, including a scarcity of experienced specialists and the high cost of surgical robotic equipment and
The entire surgical robotics market has seen an increase in the number of surgical robotics start-ups, with a significant number of companies participating.
Emerging businesses are attempting to identify unique surgical applications for indications of use. With the expected regulatory clearances of
surgical robotics platforms in the future, the market is expected to increase at a double-digit rate during the projected period. To achieve
momentum in the industry, manufacturers are also focusing on developing sophisticated technology platforms such as long-distance teleoperated
systems, downsized systems, and autonomous systems.