The heart of global life science laboratory industry may well be in vitro diagnostics (IVD) equipment, which is used in the diagnosis of infectious and chronic diseases as well as preventative care and drug therapy monitoring. This equipment tests biological specimens such as blood, cells, urine, saliva and tissue.  As point-of-care medical devices, IVDs must be safe, reliable and appropriately validated to uncover critical results that directly influence patient care.

Omniseal Solutions offers several different solutions and materials for the surgical handpiece market which includes orthopedic, dental, ophthalmology, plastic surgery, laparoscopic and general surgery. The market is broad and includes orthopedic hand drills, saws, burrs that are electric, pneumatic and battery-powered devices - all with unique needs.

Powered, microsurgical devices is a trend that began in the early 2010s with developments in minimally invasive surgery providing the benefits of smaller incisions and more versatile solutions for surgeons, including better patient recovery times. Since then, the industry has seen a rise in miniature motors in surgical tools, pumps and ventilation equipment. Since these tools must be precise, reliable and withstand over a thousand autoclave cycles, the micromotors operating the tools are placed under challenging and strenuous demands.

Liquid chromatography equipment is an analytical tool used to separate, identify and quantify components in a liquid mixture for purity and content. The equipment utilizes reciprocating pumps to pass pressurized liquid solvents with sample mixtures through a column filled with a solid absorbent material. Positive displacement pumps use Omniseal^® spring-energized seals to optimize performance and equipment longevity.

A growing global market trend is the increase in pharmaceutical manufacturing and supercritical fluid chromatography (SFC) for purity testing. Many chemicals used in medicinal pharmaceuticals occur in extremely low concentrations and can be difficult to detect with accuracy. Analyses of these compounds are typically performed using gas chromatography (GC) or liquid chromatography (LC).

Accuracy and cleanliness are of paramount importance in healthcare settings that utilize precision robotic technology. These devices are designed to assist medical professionals to perform complex surgical procedures, diagnostics, and other medical tasks.

Liquid chromatography equipment is a widely spread analytical tool used to separate, identify and quantify components in a liquid mixture for purity and content. The equipment utilizes reciprocating pumps to pass pressurized liquid solvents with sample mixtures through a column filled with a solid absorbent material.