Precision machined parts for healthcare is a type of equipment used for clinical examinations, featuring portability, simple operation, sterility, and no need for specialized maintenance. In recent years, it has gradually been applied in various settings such as respiratory disciplines, intensive care disciplines, infectious disease disciplines, anesthesiology disciplines, and emergency rooms.

I. Clinical Application Scope

Infectious diseases: For patients with Class A infectious diseases, active pulmonary tuberculosis, HIV, and infectious diseases that pose a threat to public safety, or patients infected with certain infectious pathogens that cannot be inactivated by standard disinfection and sterilization methods, precision machined parts for healthcare represent a safer option.

Respiratory system diseases: It is commonly used for the diagnosis and treatment of respiratory system diseases such as unexplained pneumonia and multi-drug resistant bacterial infections. For critically ill patients with severe pneumonia caused by multi-drug resistant bacterial lung infections and unexplained atelectasis, it is recommended to use precision machined parts for healthcare for suctioning, removing sputum plugs and scabs, and even administering local saline or drug lavage therapy.

Airway management: Precision machined parts for healthcare can be immediately applied to open difficult airways in emergency situations and collect secretions from the airway. For airway inhalation injuries, precision machined parts for healthcare can quickly respond and assess, reducing the risk of infection. In addition, it can also be used for airway clearance, relief of airway obstruction, and airway exploration, etc.

Auxiliary surgery: During the tracheotomy process, the precision machined parts for healthcare have the advantages of portability, disposability, and ease for secretion culture. At the same time, it can also be used to assist in thoracic surgeries, such as local lesion resection under bronchoscopy and airway tumor resection.

II. Clinical Application Advantages

Sterility: The precision machined parts for healthcare have undergone thorough sterilization treatment before use. After use, no further processing is required, which reduces contact with contaminants or aerosols and further lowers the risk of pathogenic microbe transmission.

Reduce costs: Compared to traditional reusable bronchoscopes, the precision machined parts for healthcare have lower purchase costs, operating costs, and maintenance costs. This is mainly due to the use of high molecular materials in the handle and bending parts, the direct integration of cold light source slides into the disposable endoscope part, and the application of metal oxide semiconductor (CMOS) sensors.

Portability and ease of use: The precision machined parts for healthcare are characterized by portability, ease of setup, and immediate usability. They are suitable for non-working hours and emergency situations outside the bronchoscopy room, providing doctors with greater flexibility.

Teaching and Research: Precision Machined Parts for Healthcare can also serve as auxiliary tools for teaching and scientific research, helping students and researchers better understand and learn about the operation and application of bronchoscopes.

III. Clinical Application Cases

Airway secretion collection: Through precision machined parts for healthcare, bronchoalveolar lavage (BAL) can be performed to collect airway secretions for pathological analysis.

Relieving airway obstruction: For airway obstructions caused by necrotic tissue, foreign bodies, etc., precision machined parts for healthcare can quickly attract and remove the obstruction.

Evaluation of airway inhalation injury: Severe inhalation injury has a high mortality rate. Airway care is one of the key measures to ensure the treatment outcome of patients with inhalation injury. Precision machined parts for healthcare can be used to assess the severity of inhalation injury. By observing the congestion, edema, carbon dust adhesion, and mucosal damage of the airway under a microscope, it is helpful for early diagnosis and assessment of the degree of injury, clarifying the degree of airway patency, predicting the risk of airway mucosal shedding and prognosis.

Auxiliary tracheotomy: During the tracheotomy procedure, precision machined parts for healthcare can be used for operations such as removing secretions from the airway, assessing whether there is a difficult airway, and determining if the incision position is appropriate.

In conclusion, precision machined parts for healthcare have a wide range of applications and significant advantages in clinical settings. With the continuous advancement of medical technology and the increasing clinical demands, the application prospects of precision machined parts for healthcare will be even broader.

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