Stevenson Grasping Forceps PS-5324 for Arthroscopic Tissue Holding and Retrieval

Stevenson Grasping Forceps PS-5324 are reusable surgical forceps manufactured from German stainless steel for controlled tissue holding, fragment retrieval, and grasping work during arthroscopic and operative procedures. This single listed PS-5324 pattern uses a long shaft, distal grasping jaws, box joint, pivoted handle, and ring-handle control to reach confined operative fields while keeping the surgeon's hand outside the visual working area. The instrument is used in knee arthroscopy, shoulder arthroscopy, ankle arthroscopy, wrist arthroscopy, synovial tissue handling, loose body retrieval, meniscal fragment control, soft tissue positioning, and operative removal of small intra-articular fragments. Its elongated construction supports access through limited portals where standard thumb forceps cannot maintain alignment. Orthopedic surgeons, arthroscopy teams, general surgical units, hospital operating rooms, ambulatory surgery centers, and distributor-managed surgical inventories select this forceps pattern for reusable Class I instrument trays requiring stable grasping control and regulated procurement documentation.

Long Shaft Grasping Mechanism

The Stevenson Grasping Forceps use a straight elongated shaft to transmit hand movement from the ring handles to the distal jaws. This design allows the working end to reach intra-articular spaces, recessed operative fields, and narrow access corridors while the handle remains outside the portal or incision line. The distal jaws are shaped for secure tissue contact and controlled retrieval of fragments without relying on a cutting bite. The box joint aligns the two arms so closing pressure remains centered through the shaft. The pivot converts ring-handle compression into measured jaw closure, giving the surgeon tactile feedback during grasping and release. The finger rings stabilize hand position during repeated manipulation, especially when working alongside an arthroscope, suction, probe, or shaver. The long profile also helps reduce crowding at the entry site. This mechanism supports controlled holding of synovium, meniscal fragments, loose bodies, and soft tissue edges during arthroscopic workflow.

Arthroscopic Workflow and Procedural Use

During knee arthroscopy, Stevenson Grasping Forceps can be introduced through an accessory portal to retrieve loose bodies, control torn meniscal fragments, or position soft tissue before trimming. In shoulder arthroscopy, the instrument assists grasping of synovial tissue, suture material, or small fragments in the subacromial and glenohumeral working spaces. In ankle and wrist arthroscopy, the long narrow shaft supports access where portal spacing limits the use of standard forceps. The jaws are positioned under direct visualization, closed around the selected tissue or fragment, and withdrawn or repositioned according to the procedural step. In general operative work, the same design supports controlled handling in confined cavities where a standard dressing forceps lacks reach. The instrument is used after diagnostic inspection, probing, and localization of the target structure. Its role is grasping, holding, and retrieval rather than cutting, biting, or tissue excision.

PS-5324 Pattern and Component Function

PS-5324 is listed as a single Stevenson Grasping Forceps pattern for surgical instrument trays requiring long-reach holding control. The distal jaws provide the working contact surface for grasping tissue, fragments, or operative material. The long shaft maintains alignment between the handle and target, which is important when the surgeon works through arthroscopic portals or narrow operative approaches. The box joint prevents jaw misalignment during closure and helps maintain a predictable grasp. The pivot supports smooth opening and closing as the ring handles are compressed. The ring-handle format gives the surgeon stable finger placement, useful during repeated retrieval or repositioning steps. The reusable Class I design makes the instrument suitable for orthopedic arthroscopy sets, general surgery trays, hospital replacement stock, and distributor catalogs. Selection is based on the need for long-shaft access, controlled grasping, and stainless steel reprocessing compatibility.

German Steel and Sterile Processing

German stainless steel construction supports repeated operating room use, instrument cleaning, and autoclave sterilization. The material provides shaft rigidity for long-reach grasping while maintaining corrosion resistance through standard reprocessing cycles. Satin, dull, or mirror finish options support visual inspection after cleaning and help clinical staff identify debris around the jaws, box joint, pivot, and handle surfaces. The instrument is reusable and intended for integration into arthroscopy trays, surgical forceps sets, and facility-managed instrument inventories. CE marking, ISO 13485 alignment, and FDA procurement support help hospitals, clinics, and distributors manage documentation for regulated purchasing. The Class I listing supports standard surgical instrument classification records. MOQ is 1 piece, allowing single-instrument replacement without ordering a complete set. OEM availability supports distributor supply programs, while return and replacement after-sale service with a 1-year warranty gives procurement teams clear commercial terms.

How are Stevenson Grasping Forceps different from Stammberger Circular Punches?
Stevenson Grasping Forceps are designed for holding, positioning, and retrieving tissue or fragments. Stammberger Circular Punches are designed to create a defined circular cutting bite. The Stevenson pattern uses grasping jaws rather than a circular cup punch. This makes it suitable when the surgeon needs traction or retrieval instead of tissue excision. In arthroscopy, Stevenson Grasping Forceps can hold synovium, meniscal fragments, or loose bodies during the procedure. A circular punch is selected when the operative goal is cutting or removing a measured tissue segment.

How is the PS-5324 pattern selected for arthroscopic use?
PS-5324 is selected when the surgeon needs long-shaft access with ring-handle control. The pattern is useful in knee, shoulder, ankle, and wrist arthroscopy where working portals restrict hand movement. Its jaws are used for grasping loose bodies, soft tissue edges, synovial tissue, or small fragments. The long shaft helps maintain alignment between the entry portal and target structure. Stevenson Grasping Forceps are selected when controlled holding is required without a cutting jaw. The choice depends on access depth, fragment size, tissue handling requirement, and available working space.

Does this instrument support CE, ISO 13485, and FDA procurement context?
Yes, Stevenson Grasping Forceps are listed with CE, ISO 13485, and FDA procurement support. CE marking assists purchasing teams requiring conformity documentation for surgical instruments. ISO 13485 alignment supports medical device quality management expectations for manufacturing and supply. FDA procurement support helps hospitals, clinics, and distributors maintain regulated vendor records. The product is listed as a Class I reusable surgical instrument. These details support operating room purchasing, distributor onboarding, and institutional tray management.

How does the box joint and pivot control the grasping action?
The box joint keeps the two forceps arms aligned during closure. The pivot converts ring-handle compression into controlled movement at the distal jaws. This allows the surgeon to close the jaws around tissue or a loose fragment with measured pressure. Stevenson Grasping Forceps use this mechanism to hold material without unnecessary shaft movement. The ring handles provide finger stability during repeated grasping and release. This control is important when working through arthroscopic portals or narrow operative access points.

Are Stevenson Grasping Forceps suitable for hospital sterilization and distributor supply?
Stevenson Grasping Forceps are reusable and designed for standard surgical instrument reprocessing. Sterile processing teams can clean the jaws, shaft, box joint, pivot, and handles before autoclave sterilization. German stainless steel construction supports repeated operating room use when handled according to facility protocol. MOQ of 1 piece allows hospitals and clinics to replace a single instrument as needed. OEM availability supports distributor-managed sourcing and institutional supply programs. The 1-year warranty with return and replacement service provides clear procurement terms for surgical inventory teams.