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Jewellers Forceps Long
- Extended-length microsurgical forceps
- 0.3 mm tapered tips
- Narrow working profile
- Long slim body without finger rings
- Surgical stainless steel construction
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Description
The Jewellers Forceps Long are fine microsurgical forceps with an extended body for working in deeper areas. They have a narrow profile and small working tips, with the two arms coming together at the front. The longer shape gives the forceps more reach than the shorter jewellers pattern while keeping the working end fine.
The forceps have 0.3 mm tips with a narrow tapered profile. The tips become finer towards the front and meet evenly when the forceps are closed. The long arms remain slim along their length, without finger rings or a separate bulky handle, leaving the working end easy to see under magnification.
The elongated body is the main difference in this pattern. It extends from the fine tips to the rear end of the forceps without a joint or locking mechanism. The narrow shape allows the forceps to reach into areas where a shorter instrument may not be long enough, while the small tips can still be positioned around delicate structures.
These forceps can be used for handling fine tissues, small vessels, and other structures during microsurgical procedures. They are suitable for work where the operative area is deeper or less accessible, including cardiovascular, microvascular, neurosurgical, and reconstructive procedures. The 0.3 mm tips provide a small gripping area for detailed tissue manipulation.
The surgical stainless steel construction gives the forceps a slim, rigid body with a smooth metal surface. Before dispatch, every piece goes through our quality inspection process. Our quality inspectors examine the 0.3 mm tips, tip alignment, taper, arm movement, surface finish, and overall condition before the forceps are packed.
The Jewellers Forceps Long has an extended profile with 0.3 mm tapered tips and a slim body throughout. The extra length makes it suitable for reaching deeper operative areas while the narrow working end remains appropriate for fine tissue and vessel handling under magnification.



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