Minimally invasive surgical instruments are specialized medical devices designed for minimally invasive surgery, also known as endoscopic or laparoscopic surgery. These instruments facilitate access to the patient’s body through small incisions or natural openings, thereby reducing tissue damage and expediting post-operative recovery. The following components are frequently utilized in the manufacturing of minimally invasive surgical instruments.
Small Diameter Metal Tube
Details
Specification
0.5mm to 3mm
Materials
Small-diameter stainless steel tubes, aluminum tubes, iron tubes, copper tubes, titanium tubes, and other metal capillary tubes
Processing Techniques
Including necking, flaring, heat treatment, surface treatment, bending, welding, multi-stage forming, and special process combinations
Meets requirements for machining precision and assembly accuracy
Packaging Standards
Shock-resistant packaging
Transport Methods
Uses dry and shock-resistant transport methods to avoid deformation or damage during transit
Quality Control Procedures
Rigorous quality control procedures, including raw material inspection, process control, and finished product testing
Quality Inspection Equipment
Coordinate measuring machines (CMM), hardness testers, microscopes, etc.
Flexible Fine Metal Tubing
Details
Specification
0.5mm to 3mm
Materials
Common materials include stainless steel, titanium alloys, nickel-titanium alloys, etc., with specific selection depending on application environment and requirements
Processing Techniques
Stretching, rolling, welding, bending, and other processes with high-precision processing requirements
Application Areas
Mainly used in minimally invasive surgical instruments, such as endoscopes and minimally invasive surgical forceps
Compliance Standards
Compliant with relevant medical device standards, such as ISO 13485 Medical Device Quality Management System requirements
Product Standards
Must comply with industry standards for medical devices to ensure product quality and safety
Packaging Standards
Typically uses sterile packaging to ensure hygiene and safety before use
Transport Methods
Uses dry and shock-resistant transport methods to avoid deformation or damage during transit
Quality Control Procedures
Covering raw material inspection, process control, surface quality inspection, and finished product inspection
CNC precision machining, with internal and external surface polishing
Application Areas
Minimally invasive surgical instruments, endoscope systems, etc.
Compliance Standards
Compliant with ISO 13485 Medical Device Quality Management System
Product Standards
Meets industry standards for minimally invasive surgical instruments
Packaging Standards
Uses dust-free workshop packaging to comply with medical device packaging requirements
Transport Methods
Air or sea transport, complying with international shipping requirements
Quality Control Procedures
Implements strict quality control procedures, including raw material inspection, process control, and finished product inspection
Quality Inspection Equipment
Coordinate measuring machines (CMM), microhardness tester, microscope, etc.
Choose Runsom Precision as your Partner
When choosing Runsom Precision to customize minimally invasive surgical instrument parts, you can rely on its rich professional experience, the use of high-quality materials and CNC machiningtechnology, as well as strict quality control processes to ensure that the produced parts meet the industry standards of medical devices and your personalized requirements. Runsom Precision’s meticulous service and professional engineering team can also ensure full communication with customers, making the process of customizing minimally invasive surgical instrument parts smooth, and efficient, and ultimately meeting customer expectations. Feel free to obtain an instant quotationat any time so that you can promptly understand the cost of the customized service.
Surgical instruments play a pivotal role in the medical industry, serving as indispensable tools for surgical procedures. This article delves into the various aspects of surgical instruments, including their applications,…
