Rochester Pean Artery Forceps Curved (Product Code: SLE/SI/28) is a long, curved haemostatic forceps used to clamp vessels in deep operative fields during surgery. At approximately 24 cm it gives surgeons the reach that short haemostats lack, and its adjusted jaws close under a lockable ratchet with variable settings. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, to hospitals and institutions sourcing scientific & laboratory instruments for theatres and surgical teaching.
| Parameter | Detail |
|---|---|
| Type | Haemostatic forceps, curved |
| Ratchet | Variable setting, lockable (locking) |
| Jaws | Adjusted jaws |
| Length | Approximately 24 cm |
| Material | Martensitic steel (quenched, magnetic) |
| Composition | 0.20% carbon; 13% chromium |
| Intended use | Haemostatic forceps in deep surgery |
| Product code | SLE/SI/28 |
| Supplied by | Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India |
In deep surgery the vessel that needs clamping may lie well below the skin, behind retracted tissue. The Rochester Pean reaches it: the surgeon closes the curved jaws across the vessel or pedicle, locks the ratchet at the required setting and leaves the forceps in place until the vessel has been ligated or divided.
Its length makes it a natural partner for shorter artery forceps in major-surgery sets, and it also serves as a heavier general clamp where a short haemostat would not reach. Hospitals equipping theatres through laboratory equipment tenders in India typically list it next to 14 cm haemostats. Keep the joint and ratchet clean and check that the ratchet engages cleanly at each setting.
ScienceLab is the name under which Jain Scientific Equipments Private Limited, of Ambala in Haryana, trades. The company supplies the Rochester Pean artery forceps as part of a sourced range of haemostats, tissue forceps and retractors for theatres, medical training institutions and dealers in India and international markets. See our company profile.
Instruments that work alongside a long haemostat in deep surgery:
The complete list of artery forceps and other theatre instruments is in Surgical Instruments.
How long is the Rochester Pean Artery Forceps Curved?
The Rochester Pean Artery Forceps Curved is approximately 24 cm long. The length is chosen for deep surgery, where the vessel to be clamped lies beyond the comfortable reach of short haemostats such as the 14 cm Kelly or Kocher patterns.
What is the Rochester Pean Artery Forceps Curved used for?
The Rochester Pean Artery Forceps Curved is used as a haemostatic forceps in deep surgery. It clamps vessels in deep operative fields so that bleeding is controlled while the surgeon ligates or divides them.
Does the Rochester Pean Artery Forceps Curved lock?
Yes. The Rochester Pean Artery Forceps Curved has a lockable ratchet with variable settings, so the clamping pressure can be chosen and then held. The jaws are adjusted so that they close properly when the forceps is locked.
Which material is the Rochester Pean Artery Forceps Curved made from?
The Rochester Pean Artery Forceps Curved is made of martensitic steel, a quenched and magnetic grade containing 0.20% carbon and 13% chromium. Please ask us if further material details are needed for your purchase file.
Who supplies the Rochester Pean Artery Forceps Curved?
The Rochester Pean Artery Forceps Curved is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India. Hospitals, colleges, distributors and importers can order it alone or with other haemostatic forceps.
Can the Rochester Pean Artery Forceps Curved be quoted with a full surgical set?
Yes. The Rochester Pean Artery Forceps Curved can be quoted together with other forceps, scissors and retractors. List every instrument and quantity in one enquiry, with the delivery destination, and we will return a combined quotation.
Request pricing for the Rochester Pean Artery Forceps Curved through our contact page, or build your deep-surgery instrument list in the enquiry cart and submit it in one go.
Last updated: 24 September 2026