As a hemostatic forceps manufacturer, Diaminy upholds precision manufacturing and stringent quality control standards. Each hemostatic forceps is crafted from thickened stainless steel, undergoing high-temperature hardening and multiple polishing processes to ensure durability, a stable grip, and smooth operation.
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| Specifications | 304 Straight Head | 304 Curved Head |
| Length | 10.5cm | 10.5cm |
| 12.5cm | 12.5cm | |
| 14cm | 14cm | |
| 16cm | 16cm | |
| 18cm | 18cm |
Diaminy hemostatic is divided into five sizes based on length. The overall shape is precise and unified, made entirely of high-quality stainless steel. The clamp body lines are smooth, and the clamping part features a non-slip texture, making it both practical and professional.
Hemostatic forceps uses:
The Diaminy hemostat is forged from thickened 304 medical-grade stainless steel. It has high material density, stable structure, excellent bending resistance, and oxidation resistance.
Diaminy offers models from Halstead mosquito hemostatic forceps and Kelly hemostatic forceps to Crile hemostat forceps, with straight and elbow options.
As a hemostatic forceps manufacturer with many years of manufacturing experience, Diaminy supplies medical device products widely used in various medical institutions around the world.
The length of the Diaminy hemostat covers from 10.5 cm to 18 cm, which is suitable for various application scenarios from fine microsurgery to conventional general surgery, and effectively improves the convenience and safety of surgical operation.
All hemostats are produced in a GMP-compliant purification workshop, ensuring that every process is in line with medical device manufacturing requirements, from raw material procurement to factory testing, and strictly controlling quality details.
The Diaminy hemostat is sterilized to a high standard to ensure it is sterile and ready for use. At the same time, the product has excellent corrosion resistance and can support repeated disinfection without affecting the structure and performance.
Needle drivers and hemostats are common surgical clamping devices, but there are significant differences in structural design, functional use, and use scenarios.
The jaws of a surgical hemostat are usually long and slender, and the clamping surface often has fine transverse teeth, which is convenient for accurately clamping blood vessels or tissues in surgery and is not easy to slip.
The nip of the surgical needle holder is relatively short and thick, and the central part of the clamping surface is often crisscrossed with tooth patterns or hard inlays to enhance the holding force of the needle body and prevent the suture needle from slipping in the suture process.
This is the most elaborate and commonly used form of small hemostat, used in delicate surgery.
Specification: Curved hemostat forceps are common.
Dimensions: The hemostat is approximately 12.5 cm in length.
Application Scenarios:
The medium-sized hemostat is larger and stronger than mosquito hemostatic forceps.
Specifications: Curved hemostat forceps
Dimensions: About 14 cm or 16 cm in length.
Application Scenarios:
This is a large, sturdy surgical hemostat that is used to clamp thick, tough tissue.
Specifications: Curved, straight hemostat forceps
Dimensions: Hemostat length up to 18 cm, or longer.
Application Scenarios:
In common models, kocher forceps and rochester forceps are usually the largest sizes, reaching lengths of 18 cm or more. The hemostatic forceps have a firm body and a strong clamping force and are often used in orthopedics, general surgery, or large operations involving deep tissues. The structural design is helpful to firmly clamp the thicker or tougher tissue and effectively prevent slippage.
The ratchet forceps are designed to automatically lock the clamp arm after tissue is clamped, preventing slippage. Release the lock; it should be controlled and have symmetric strength to press both sides of the handle so that the ratchet between the lock slots slightly separates and then easily opens. You can unlock it. Don't break it with force or twist it to avoid damaging the hinge structure. Correct manipulation can effectively prolong the service life of hemostatic forceps and maintain the clamping accuracy.
A hemostat should only be used to clamp blood vessels or tissue, as using it for anything else can cause hinge cracks, structural fatigue, or device failure.
The depth of the surgical site, the diameter of the blood vessel, and the operative space should be taken into account when selecting a hemostatic forceps. The 10.5 cm and 12.5 cm sizes are used for fine manipulation or superficial hemostasis; the 14 cm to 16 cm sizes are suitable for routine surgical procedures; and the 18 cm and above sizes are used for deep hemostasis and tissue traction. The straight head structure is suitable for direct-viewing operation, while the elbow structure is favorable for entering a narrow or curved space.
According to the different structures and uses, hemostatic forceps can be divided into the following categories:
Mosquito Forceps: small hemostat forceps used in delicate surgery and small blood vessels for hemostasis.
Kelly Forceps: medium-sized forceps designed for clamping medium-sized blood vessels and tissues;
Kocher Forceps: Forceps with teeth, suitable for the fixation and traction of tough tissues;
Rochester Forceps: larger in size, used for deep or extensive hemostasis.
Different types of hemostatic forceps have differences in forceps shape, gripping force, and applicable occasions. Doctors can choose flexibly according to the needs of surgery.
