H.R. Koch capsulorhexis forceps, vaulted shafts with gauge markings from 2.0mm to 13.0mm flat handle
- Vaulted shafts provide enhanced visualization during delicate capsulorhexis procedures.
- Gauge markings from 2.0mm to 13.0mm assist with precise intraoperative measurements.
- Flat handle design offers stable grip and controlled instrument manipulation.
- Specialized tip geometry supports accurate tearing of the anterior lens capsule.
- Versatile design serves both general surgery and ophthalmic surgical applications.
- Ergonomic configuration reduces hand fatigue during extended microsurgical operative sessions.
Precision Capsulorhexis Control with Integrated Measurement
Achieving a consistent, circular anterior capsulotomy is critical for intraocular lens stability and visual outcomes. The H.R. Koch capsulorhexis forceps address the challenge of maintaining precise tear control during delicate ophthalmic procedures. Featuring vaulted shafts that enhance surgical field visibility, this instrument allows surgeons to maintain a clear line of sight while manipulating the capsule. The integrated gauge markings, ranging from 2.0mm to 13.0mm, provide immediate dimensional reference without removing the instrument from the eye. With a flat handle designed for familiar grip and tactile feedback, these forceps support steady, controlled movements essential for creating predictable capsular openings in both routine and complex cataract surgeries.
Use Cases
- Creating controlled, circular anterior capsulotomies during cataract extraction procedures
- Measuring capsulorhexis diameter in situ using integrated 2.0mm to 13.0mm gauge markings
- Manipulating delicate capsular tissue with enhanced visualization via vaulted shaft design
- Supporting precise tissue handling in general ophthalmic microsurgery requiring fine tip control
Specifications
Care & Handling
- Inspect tips and gauge markings for damage or wear prior to each procedure
- Handle with care to prevent bending of the vaulted shafts or misalignment of tips
- Store in a protective container to maintain instrument integrity and prevent tip damage
Specifications
| Coating/Material | AISI 420 German Stainless Steel |
General use; follow facility protocols.
Technical Specifications
| Functional Size | 2mm |
|---|
| Functional Size | 2mm |
| Coating/Material | AISI 420 German Stainless Steel |
| Tip Type | Standard |
| Jaw Pattern | Standard Anatomical Jaw Profile |
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