Surgical Components & Systems
FEATURES
- Surgical Components & Systems
Surgical components and systems are devices and tools used to support and assist surgical procedures. They can include a variety of medical instruments, instruments and equipment used to perform procedures and provide necessary support and functionality.
As a single-source partner, we can support your complex surgical device throughout the product lifecycle, from design for manufacturability to development to validation and manufacturing.
Surgical instruments: Surgical instruments include scalpels, scissors, tweezers, pliers, staplers, suture needles, etc. These instruments are used to cut, suture, grasp and manipulate tissues and organs.
Surgical needles and threads: Surgical needles and threads are used to suture wounds and tissues. They can be absorbable or non-absorbable, with different types of stitches chosen depending on the needs of the surgery.
Surgical Catheters and Catheter Systems: Surgical catheters are used to guide and deliver fluids, gases, or medications. They can be used in vascular interventional surgeries, endoscopic surgeries, etc.
Surgical implants: Surgical implants include artificial joints, screws, plates, stents, etc. They are used to repair and replace damaged tissues and organs.
Surgical Microscopes and Endoscopic Systems: Surgical microscopes and endoscopic systems are used to provide magnification and visualization of the surgical field. They can be used in neurosurgery, ophthalmic surgery and other fields that require high-precision operations.
Surgical auxiliary equipment: Surgical auxiliary equipment includes electric knife, suction device, electric drill, etc. They are used to provide additional functions and support such as hemostasis, suction, bone cutting, etc.
Surgical monitoring and control system: Surgical monitoring and control system is used to monitor the patient’s physiological parameters, the progress of the surgical process and control the surgical environment. They can include EKG monitors, ventilators, anesthesia machines, etc.
These surgical components and systems play important roles in different surgical fields and types of surgery. They help doctors and surgical teams perform surgeries and provide optimal outcomes by providing the necessary tools, support and functionality. When using these components and systems, relevant operating procedures and safety standards need to be followed to ensure the safety and success of the procedure.If you have any products or parts that require PEEK materials, mold manufacturing, injection molding, extrusion molding or other molding processes, you can contact us at any time (Email: info@ansixtech.com) and we will get back to you within 8 hours Provide the best manufacturing solutions and opinions so that your design can be realized and applied.
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Implantable Surgical Components & Systems
Implantable surgical components and systems are devices and tools designed to be implanted inside the human body to treat, repair, or replace damaged tissue or organs. These components and systems play a key role in surgery, helping doctors perform implant surgeries and providing necessary support and functionality.
Artificial joints: Artificial joints are used to replace damaged joints, such as artificial hip joints, artificial knee joints, artificial shoulder joints, etc. Made of metal, ceramic or plastic, they can restore joint function and relieve pain.
Pacemakers and defibrillators: Pacemakers and defibrillators are used to treat cardiac arrhythmias. They are implanted inside the heart and regulate the heart’s rhythm and function through electrical signals.
Spinal Implants: Spinal implants are used to treat spinal diseases and injuries. They include screws, plates, pedicle screws, etc., used to stabilize the spine and restore normal function to the spine.
Neurostimulator: Neurostimulator is used to treat diseases related to the nervous system, such as Parkinson’s disease, epilepsy, etc. They are implanted into neural tissue and stimulate nerves through electrical signals, improving symptoms and function.
Bone implants: Bone implants are used to repair and replace damaged bone tissue. They include bone plates, screws, bone cement, etc., used to stabilize fractures, repair bone defects, etc.
Artificial heart valve: Artificial heart valve is used to replace damaged heart valves, such as artificial mitral valve, artificial aortic valve, etc. They restore normal function of the heart and blood flow.
Miniaturized screws and fasteners; metal replacement
Products and components hold bone, tissue, ligaments, etc.
Devices for ligament reattachment, anastomosis of small vessels, nerve reconstruction, and cranial maxillofacial surgeries
Highly engineered resins
These implantable surgical components and systems play an important role in different implant surgeries. They help doctors perform implant surgeries and provide optimal treatment results by providing necessary support and functionality. When using these components and systems, relevant operating procedures and safety standards need to be followed to ensure the safety and success of the procedure.
- Medical Deployment Devices
Handles and covers in medical deployment devices may differ in function and design from general products because they need to meet the special needs and requirements of the medical environment. Here is some information about medical deployment device handles and caps:
Handle: The handle of medical deployment equipment is usually used to provide the function of operating and controlling the equipment. They need to have the following characteristics:
Hygiene: The handles of medical equipment need to be easy to clean and disinfect to ensure the hygiene and safety of the medical environment.
Durability: The handle needs to be durable enough to withstand prolonged use and frequent disinfection.
Operability: The handle needs to be designed to be easy to hold and operate to provide convenient and comfortable use experience for medical staff.
Safety: The handle needs to ensure a secure connection to the medical device to prevent accidental detachment or loosening.
Covers: Covers for medical deployment devices are often used to cover and protect the internal components or containers of the device. They need to have the following characteristics:
Hygiene: Covers need to be easy to clean and disinfect to ensure hygiene and safety in the medical environment.
Security: The cover needs to ensure a secure connection to the device to prevent accidental detachment or loosening.
Transparency: If covers need to be transparent, they should be sufficiently transparent to allow healthcare professionals to observe what is going on inside the device.
Applications
Orthopedic / Sports Medicine
Trauma/Wound Care
Cardiovascular Catheter Delivery Systems
Materials
Thermoplastic polymers such as ABS, PC, and PU used for disposable devices
Highly engineered resins including PEEK, PSU, PPSU and PAEK for reusable devices requiring sterilization
Components
Handles and Covers
Value-added part decoration
Secondary operations including laser marking, pad printing, secondary machining, packaging
Insert molding and overmolding processes
The design and material selection of handles and covers for medical deployment devices need to be determined based on the specific device type and use environment. When designing and selecting, factors such as hygiene, durability, operability and safety need to be taken into consideration to ensure that the handles and covers can meet the requirements of medical devices and provide a good use experience. At the same time, relevant medical device standards and regulatory requirements also need to be followed to ensure the safety and compliance of the device. If you have any products or parts that require PEEK materials, mold manufacturing, injection molding, extrusion molding or other molding processes, you can contact us at any time (Email: info@ansixtech.com ) and we will get back to you within 8 hours Provide the best manufacturing solutions and opinions so that your design can be realized and applied.