House Strut Forceps for 5.25in Middle Ear Strut Placement

House Strut Forceps, SKU PS-5210, is a reusable ENT and otologic forceps made from German stainless steel for controlled strut placement, prosthesis handling, and fine graft manipulation during middle ear surgery. The instrument is supplied in 5 1/4 inches size under model number PS-5210. Its long slender shaft, ring handles, pivoted control joint, and distal alligator-style jaws support precise access through the external auditory canal while the surgeon works under microscope or endoscope visualization. The jaw profile is used to grasp, position, and release ossicular struts, cartilage grafts, prosthesis elements, small packing material, and delicate middle ear fragments. It is used during stapedotomy support, stapedectomy reconstruction, ossiculoplasty, tympanoplasty with ossicular chain repair, middle ear graft placement, revision otologic surgery, and postoperative cavity management. Otologists, neurotologists, ENT surgeons, hospital operating rooms, ambulatory surgery centers, specialist ear clinics, and medical distributors use this instrument when narrow canal access requires stable ring-handle control and fine distal grasping.

Alligator Jaw Control and Middle Ear Reach

The instrument works through ring handles connected to a pivoted mechanism that transmits finger pressure along the shaft to the distal alligator-style jaws. This mechanical layout keeps the surgeon’s hand outside the auricle, ear speculum, microscope objective, and suction pathway while the working tip advances into the otologic field. The long shaft provides controlled reach through the external auditory canal toward the tympanic membrane margin, ossicular chain, oval window region, or reconstructed middle ear space. At the distal end, the narrow jaws capture small struts, cartilage pieces, prosthesis components, or packing material without requiring a broad dressing forceps profile. The pivot gives tactile feedback during closure, allowing the operator to regulate grip while holding delicate material. The straight slender alignment supports axial entry through the canal, while the distal jaw motion permits controlled release once the strut or graft has been placed. This design is suited to precise handling where cutting, punching, or crimping is not the primary task.

Otologic Reconstruction and Strut Placement Workflow

During tympanoplasty with ossicular reconstruction, House Strut Forceps are introduced after canal exposure, flap elevation, middle ear inspection, and preparation of the reconstruction site. The jaws can grasp a cartilage strut, ossicular prosthesis element, or small graft segment and guide it into position between reconstructed contact points. In ossiculoplasty, the instrument assists with placement and adjustment of PORP-style or strut-like components where controlled release is required under magnification. During stapedectomy or stapedotomy support, the forceps may be used for fine handling of small middle ear material after prosthesis sizing, canal preparation, and packing placement. In revision otologic surgery, the slender shaft helps reach around scarred middle ear spaces and postoperative cavities without crowding suction or fine hooks. The instrument is also useful during mastoid cavity care when small dressing material or delicate fragments require retrieval. Its role is controlled grasping, positioning, and release, not prosthesis loop compression, tissue punch excision, or bone removal.

5 1/4 Inches Size and Component Selection

The 5 1/4 inches House Strut Forceps size is selected when the surgeon needs reach through the external auditory canal while maintaining hand clearance outside the operative microscope field. This length is suitable for tympanoplasty, ossiculoplasty, stapedectomy support, stapedotomy support, revision middle ear work, and postoperative otologic cavity care. The ring handles provide stable finger positioning during small-object manipulation, while the pivoted joint converts hand pressure into controlled distal closure. The alligator-style jaw is selected when a strut, cartilage graft, prosthesis element, or packing fragment must be held between narrow opposing tips. The slim shaft preserves room for suction, Rosen needles, elevators, fine picks, measuring rods, and graft placement instruments. Selection is based on canal depth, speculum size, target location, patient head position, and the working relationship between the forceps tip and the microscope view. The single 5 1/4 inches configuration fits dedicated otology trays where controlled strut handling is required through a compact canal corridor.

Reusable Steel Processing and Procurement Documentation

German stainless steel construction provides rigidity, corrosion resistance, and dimensional stability for repeated ENT tray use. Satin, dull, and mirror finish options support different operating room preferences; lower-reflection surfaces reduce glare under microscope or endoscope illumination, while polished surfaces allow visual inspection after cleaning. Reusable construction fits central sterile workflows involving point-of-use soil removal, manual cleaning, decontamination, jaw function inspection, packaging, and steam autoclave sterilization. Cleaning attention should focus on the distal jaws, hinge region, shaft channel, pivot joint, and handle rings because wax residue, tissue, and dressing fibers can restrict smooth motion. CE marking supports European procurement documentation, ISO 13485 alignment reflects medical device manufacturing controls, and FDA-compliant purchasing language assists hospitals, clinics, and distributors serving regulated healthcare markets. Class I classification fits a non-powered reusable manual forceps used for otologic grasping and placement. MOQ 1 piece, OEM availability, 1-year warranty, and return or replacement support provide clear commercial terms for ENT departments, surgical centers, and distributor inventory planning.

How is this different from House Alligator Crimper Forceps?
House Strut Forceps are designed for controlled grasping, positioning, and release of struts, graft material, and small middle ear components. House Alligator Crimper Forceps are designed for prosthesis loop compression during stapes and ossicular reconstruction procedures. The strut pattern is selected when the operative task requires placement rather than crimping pressure. The crimper pattern is selected when a looped prosthesis must be compressed around the incus. House Strut Forceps provide fine alligator-style holding through a slender otologic shaft. The main design difference is precise strut handling versus controlled prosthesis loop compression.

How is the 5 1/4 inches size selected for middle ear work?
House Strut Forceps in 5 1/4 inches size are selected when the surgeon needs controlled reach through the external auditory canal with the handle outside the auricle and microscope field. This length is suitable for tympanoplasty reconstruction, ossiculoplasty, stapedotomy support, stapedectomy support, and revision middle ear work. It gives enough shaft length to reach the ossicular chain and graft site while preserving room for suction, picks, hooks, and measuring instruments. A shorter clinic forceps would limit access to deeper otologic targets. A longer nasal instrument would add unnecessary shaft length and handle travel for this field. House Strut Forceps provide a dedicated size for narrow canal access and precise strut placement.

What does CE, ISO 13485, and FDA context support in procurement?
House Strut Forceps are supplied with CE, ISO 13485, and FDA procurement context for regulated surgical instrument purchasing. CE marking supports documentation for European medical device supply channels. ISO 13485 alignment relates to manufacturing under a medical device quality management system. FDA-compliant purchasing language assists hospitals, clinics, and distributors serving United States healthcare markets. These references support vendor review, product file documentation, and reusable ENT tray purchasing. The product is listed as a Class I manual surgical instrument with MOQ 1 piece and 1-year warranty support.

How does the pivot mechanism control distal grasping?
The ring handles close around a pivot that transfers finger pressure through the shaft to the distal alligator-style jaw assembly. As the surgeon compresses the handles, the working tip approximates around the selected strut, graft, prosthesis element, packing material, or small fragment. The pivot gives tactile feedback, allowing controlled grip without crushing delicate material or losing purchase during transfer. This mechanism is useful during tympanoplasty reconstruction, ossiculoplasty, stapes surgery support, and revision middle ear procedures. House Strut Forceps do not require a ratchet because grasping pressure is maintained by continuous hand control. The long shaft keeps the handle outside the optical field while the jaws work through the speculum corridor.

How should ENT teams manage sterilization and stocking?
House Strut Forceps should be cleaned after use with attention to the distal jaws, hinge, shaft channel, pivot, and ring handles. The jaw mechanism should be opened and closed during cleaning so wax residue, dressing fibers, tissue, and biological material are removed from moving surfaces. After decontamination and inspection, the instrument can be packaged for steam autoclave sterilization under the facility’s validated protocol. ENT departments can stock this 5 1/4 inches size in otology, tympanoplasty, ossiculoplasty, stapedectomy support, and revision middle ear trays. Distributors can order MOQ 1 piece for replacement supply or catalog stocking. Return and replacement support plus 1-year warranty terms help procurement teams manage reusable otologic strut forceps inventory.