This is a specialized medical/surgical puncture needle designed for procedures requiring precise depth control and secure handling, often in contexts where a standard hypodermic needle is insufficient.
Orthopedic Procedures:Bone marrow aspiration/biopsy, joint aspiration (arthrocentesis), or injections into bony or dense tissue sites.
Interventional Radiology:Guiding needle for drain placements or as an initial access needle for Seldinger technique in vascular or fluid collection procedures.
Veterinary Medicine:Large animal joint taps or fluid sampling where a robust, clearly marked needle is required.
Specialized Laboratory Sampling:Percutaneous fluid collection from research animals or for sampling from sealed containers where depth penetration is critical.
Product Description:
This product is a sterile, single-use puncture needle crafted from 304 stainless steel, featuring several key user-focused enhancements. It has a standard beveled point (common angles: 12°, 15°, or 20°) for efficient tissue penetration. The needle shaft undergoes uniform sandblasting, which provides a matte, non-reflective finish. This improves grip for the clinician and reduces glare under procedure lights. Most distinctively, the needle features permanent, laser-engraved depth graduations (刻度) along its length, typically at 1cm or 5mm intervals. These high-contrast markings allow for real-time visual confirmation of insertion depth, enhancing procedural accuracy and safety. It is a fundamental, reliable tool optimized for controlled percutaneous access.
Product Technical Parameters:
Category
Parameter
Details / Specification
Base Material
Material
304 Stainless Steel (AISI 304, UNS S30400)
Properties
Good corrosion resistance, high strength, suitable for medical use.
Needle Design
Tip Geometry
Standard Bevel (Hypodermic point). Common bevel angles: 12°, 15°, 20°.
Cannula
Straight, rigid cannula. Can be styletted (solid) or hollow for aspiration/injection.
Dimensions
Gauge (Outer Diameter)
Common range: 14G (2.1mm) to 22G (0.7mm). Fully customizable.