The medical and healthcare industry is crucial for safeguarding people's health and life safety, playing a vital role in social development, with its development direction focused on high-end, precision, and intelligence. This industry is characterized by rapid technological advancements and diverse market demands, with related products typically having numerous specifications and small production batches.
Vascular stents are typically made from metal or polymer mesh structures and are placed in narrow or occluded blood vessels to maintain blood flow. They are widely used in the treatment of vascular diseases, including coronary arteries, intracranial arteries, carotid arteries, renal arteries, and femoral arteries. The key dimensions of a vascular stent include diameter, wall thickness, wire diameter, and length.
Quick video measuring machine enables rapid and precise measurement of key dimensions of vascular stents, offering easy operation and good applicability. It can also replace microscopes for defect detection.
An anastomosis device, used as a replacement for manual suturing, utilizes titanium staples to join tissue, similar to a stapler. It is widely used in thoracic, gastrointestinal, hepatobiliary, and urological surgeries. The anastomosis device consists of parts such as the anvil, stapling chamber, shaft, handle, battery compartment, and knob. To ensure the device's performance, it is crucial to control the dimensional accuracy of key components.
Video measuring machine can be used to rapidly measure the dimensions of key features such as the distance between the anvil's surface protrusions and the length or spacing of holes in the stapling chamber, with convenient operation and good applicability.
A microfluidic chip controls fluid at the micrometer scale and integrates basic laboratory functions (sample preparation, reaction, separation, detection, etc.) on a few square centimeters of chip surface. It offers advantages such as low sample or reagent consumption, high efficiency with multiple testing channels, low contamination due to isolated channels, portability, and low reliance on specialized medical staff. It has broad application prospects in biomedical research, drug development, environmental monitoring, and health quarantine. The specifications of microfluidic chips are varied, and the channel dimensions are the key control items.
Video measuring machin equipped with a spectral confocal sensor, uses the optical system to identify and locate the microfluidic chip product, and measure channel widths and the dimensions of sample or reaction wells. Under the guidance of the spectral confocal sensor, it measures the channel depth and flatness of the sample or reaction wells. The system provides high precision, fast speed, and broad product applicability.
Artificial joints are used to replace damaged human joints and restore joint movement functionality. For example, a total hip joint replacement includes four components: the acetabular cup, liner, femoral head, and femoral stem. The acetabular cup and femoral head form the joint surface, while the liner covers the inside of the acetabular cup and contacts the femoral head to reduce friction and wear. The dimensional accuracy of the mating parts is critical, as it affects the patient's experience and joint longevity.
The coordinate measuring machine (CMM) performs full-size measurement of artificial joint components, such as the groove or profile of the acetabular cup, acetabular depth and inner diameter, the outer shape of the liner (length, width, angle), the diameter or roundness of the femoral head, and the contour of the femoral stem.
