The Acufex 012043 Punch, 1.3mm Upbiter, Curved is a specialized arthroscopic surgical instrument designed for precise tissue manipulation and controlled cutting during minimally invasive orthopedic procedures. Featuring a 1.3 mm curved Upbiter configuration, the instrument is designed to provide access to targeted areas within a joint where a straight instrument may be difficult to position effectively.

Arthroscopic punches are commonly used in minimally invasive orthopedic surgery to grasp, trim, or remove selected portions of soft tissue under direct visualization. Their compact working end allows the surgeon to perform controlled tissue manipulation through an arthroscopic portal while minimizing the size of the surgical access point. The specific use of the instrument depends on its validated design, surgical specialty, and the procedure being performed.

The curved Upbiter configuration is an important functional characteristic of this instrument. The upward-oriented cutting geometry can allow the surgeon to approach tissue from a controlled angle, while the curved profile can facilitate access to areas that may be difficult to reach with a conventional straight punch. This configuration can be particularly useful when working around anatomical contours within the joint.

The 1.3 mm working size provides a fine instrument profile intended for precise arthroscopic manipulation. A smaller punch tip can support controlled removal or trimming of targeted tissue while allowing the surgeon to work within restricted anatomical spaces. The surgeon should always use the instrument according to the manufacturer’s intended application and avoid applying excessive force to the working jaws.

The Acufex 012043 is intended for use in arthroscopic orthopedic surgery, where clear visualization and controlled instrument movement are essential. Arthroscopic procedures can involve treatment or evaluation of structures such as meniscal tissue, cartilage, synovial tissue, and other intra-articular structures, depending on the joint and clinical indication. The exact application of this punch should be determined by a qualified orthopedic surgeon based on the patient’s anatomy, pathology, imaging, and operative findings.

The instrument’s compact profile is designed to complement arthroscopic techniques in which the surgeon operates through small portals. Proper instrument length, jaw configuration, and working angle are important for achieving the desired surgical access. The curved Upbiter profile can assist with controlled positioning around anatomical structures while maintaining the surgeon’s ability to manipulate tissue under arthroscopic visualization.

As a precision surgical instrument, the Acufex 012043 Punch requires appropriate handling and maintenance. Before each procedure, the instrument should be inspected for proper jaw alignment, smooth opening and closing, structural integrity, surface condition, and signs of wear or damage. The cutting edges and working jaws should be examined carefully because damage or misalignment can affect surgical performance.

If supplied as a reusable instrument, cleaning and sterilization are essential following every procedure. Biological material should be removed promptly after use in accordance with the manufacturer’s validated cleaning procedure. Particular attention should be given to the working jaws, joints, and internal areas where tissue debris can become trapped. Following cleaning, the instrument should be thoroughly inspected and sterilized using a validated method compatible with the instrument and the manufacturer’s instructions for use.

The Acufex 012043 Punch, 1.3 mm Upbiter, Curved is a specialized addition to professional arthroscopic instrument sets. Its fine 1.3 mm working profile, curved Upbiter configuration, and controlled tissue-manipulation capability make it suitable for selected minimally invasive orthopedic procedures requiring precision access and tissue handling.

Key Features

• Acufex 012043 Punch configuration
• Fine 1.3 mm working tip
• Curved Upbiter jaw design
• Designed for precision arthroscopic tissue manipulation
• Suitable for controlled tissue cutting and trimming
• Curved profile facilitates access around anatomical contours
• Compact working end suitable for minimally invasive joint procedures
• Designed for professional orthopedic arthroscopy
• Supports controlled manipulation under direct arthroscopic visualization
• Requires inspection of jaws and cutting edges before use
• Reusable versions require validated cleaning and sterilization procedures
• Intended for use by qualified orthopedic surgical professionals

Product Specifications

FAQs

1. What is the Acufex 012043 Punch used for?

The Acufex 012043 Punch is an arthroscopic instrument designed for controlled tissue manipulation, trimming, or cutting during appropriate minimally invasive orthopedic procedures.

2. What does 1.3 mm refer to?

The 1.3 mm specification identifies the stated working size of the punch. The fine working profile is intended for precise manipulation within the restricted environment of an arthroscopic joint.

3. What is an Upbiter punch?

An Upbiter punch has a jaw configuration oriented upward relative to the instrument shaft. This geometry can help the surgeon approach and manipulate tissue from a controlled upward angle during arthroscopic procedures.

4. Why is the punch curved?

The curved design can improve access to tissue located around anatomical contours or in areas that may be difficult to reach with a straight instrument. The appropriate instrument angle depends on the specific joint and surgical technique.

5. Is this punch used for arthroscopic surgery?

Yes. The Acufex 012043 is designed as an arthroscopic orthopedic instrument for minimally invasive joint procedures, subject to the specific indications and manufacturer specifications.

6. Can this punch be used for meniscal procedures?

Arthroscopic punches can be used for selected meniscal tissue manipulation and trimming procedures, but the exact indication and suitability of this specific instrument should be determined by the qualified orthopedic surgeon and applicable device labeling.