OLIF, also known as oblique lateral interbody fusion, is a procedure that is performed as a minimally invasive surgery (MIS) technique.
OLIF, also known as oblique lateral interbody fusion, is a procedure that is performed as a minimally invasive surgery (MIS) technique.
There are many ways to build an LED lighting system. Two common methods are edge-lit systems and direct-lit systems. Each one creates a different visual result, uses space differently and affects overall system performance.
Robotic surgery or robot-assisted surgery is a minimally invasive surgery that unites advanced computer technology, high-tech equipment, and integrated lighting. The high-tech equipment used for advanced surgeries would be inadequate without integrated lighting.
Robot-assisted surgery is an ever-evolving technology that holds benefits for the patient and physician. Technological advances have increased the types of procedures that are performed, such as minimally invasive surgeries. These surgeries allow the surgeon to create smaller incisions which results in faster recovery times and less pain for a patient.
As a world-class lighting technology innovator, our dedication inspires us to stay on top of the latest minimally invasive surgery techniques and technological advancements in the market. This article covers traditional (open) surgery procedures vs. robotic-assisted surgery, the growth of robotic technology, and the high-tech equipment used for advanced operations with integrated lighting.
Glass optical fibers have higher information transmission capacity with lower loss. They are ideal in corrosive environments or extreme temperatures. Plastic optical fibers have great flexibility and are lighter in weight. They can withstand vibration and unstable environments.
Optical fibers are most commonly made of 3 materials: large core plastic fiber, small core plastic fiber, and glass fiber. Large and small core fiber optics differ in diameter and manufacturing process, but are essentially the same in terms of performance and characteristics. Therefore, the main thing to consider are the differences between plastic and glass fiber optics.
In this article, we cover the differences between glass and plastic fiber and how to determine when it is best to use one over the other. Although similar, they have marked differences in their applications.
Technology breakthroughs in spinal implants are extensive right now.
And it's only getting larger.
The U.S. spine implants market is forecast to grow at a compound annual growth rate of 5.29% between 2016 and 2020, according to a Research and Markets report.
Growing usage of implant procedures and the increased adoption of minimally invasive surgeries allow surgeons to create smaller incisions and better outcomes for the patient. Due to the confines in MIS surgeries (narrower and deeper cavities), the need for better visualization is indispensable.
As a leading custom medical device lighting company, our commitment encourages us to stay on top of the latest spinal implants, spinal surgery techniques and technological advancements in the market. This article covers spinal implant types, usage, and developing trends.
Brightness is an attribute of visual perception in which a source appears to be radiating or reflecting light.
There is often confusion around terms such as luminosity, magnitude, light intensity and how humans actually perceive light. It's important to understand the different terms and technology used in the illumination industry.
As a leading lighting solutions provider, Lumitex is asked frequently, "How bright does my product need to be and how is it determined?"
Quality surgical lighting is critical in the operating room. Surgeons need clear visualization without added eye strain, heat or shadowing during complex procedures.
The challenge is choosing the right surgical lighting method for the procedure, the clinical team and the patient. Different surgical environments may require overhead lights, headlamps, illuminated loupes, in-cavity lighting or integrated light delivery systems.
In this guide, we explain common surgical lighting methods, key lighting considerations and the role of fiber optics in surgical illumination. We also show how advanced surgical retractor lighting can support better visibility in deep or narrow surgical spaces.
Surgical lighting is used to illuminate the operative site on or inside a patient during a procedure. Its main role is to help surgeons and operating room staff see tissue, instruments and anatomy clearly.
Good surgical lighting should support visibility while limiting shadows, glare and unnecessary heat. It should also fit the needs of the procedure, surgical team and operating room workflow.
Surgical lighting systems can include overhead operating lights, wearable lights, illuminated loupes, endoscopic light sources and in-cavity illumination. Each method has a different role depending on surgical depth, access and visibility needs.
This new guide will show you everything you need to know about measurement of light.
It's important to understand the different terms used to characterize light. From the measurement of light in the electromagnetic spectrum, to understanding perceived brightness to the human eye, light intensity and the tools used to measure light, this guide covers it all.
Let's dive in...
Light guides are used to distribute light from the source to a particular area that requires illumination. They are made up of a transparent material (glass or plastic) and thin filaments and are capable of transmitting light signals though internal reflections.
Light pipe technology utilizes clear plastic tubes that transmit light from a light source. There are two basic styles of LED light pipes, rigid and flexible, and both are capable of redirecting light with minimal loss of concentration.
Technology that enables more vibrant electronics comes in a variety of forms. There are terms as well as technologies that embrace the illumination industry.
Their characteristics are similar yet different.
The objective of this article is to discuss product enhancement through the use of backlighting and to determine when it is best to use a light guide versus light pipe technology.
Although similar in technology, since both solutions are used to channel light, they have marked differences in their applications.
The electromagnetic (EM) spectrum is the range of all types of electromagnetic radiation. It encompasses the entire range of light. Most of which is invisible to the naked eye. From Gamma rays on the left of the visible spectrum to long radio waves on the right.
As a leading lighting manufacturer, we find the science and technology of light both fascinating and essential. In this article, I'll cover Visible light; and where it falls on the electromagnetic spectrum, its characteristics, and applications.
