Littler Suture Carrying Scissor for 12-14cm Suture Passing

Littler Suture Carrying Scissor, SKU PS-9399-1, is a reusable surgical scissor manufactured from German stainless steel for controlled soft-tissue cutting, suture carrying, tendon repair support, flap adjustment, and operative field refinement in hand, plastic, orthopedic, oral, and general surgery. The available variants are PS-9511 with 5 1/2" (14 cm) overall length and PS-9510 with 4 1/2" (12 cm) overall length. The image shows curved cutting blades, distal suture eyelets near the tips, a screw-joint pivot, slim shanks, and ring handles designed for fingertip closure. Hand surgeons, plastic surgeons, orthopedic surgeons, oral and maxillofacial surgeons, general surgeons, veterinary surgical teams, and operating room staff use this pattern during flexor tendon repair, extensor tendon repair, digital soft-tissue reconstruction, flap inset, scar revision, mucosal closure, ligament exposure support, suture retrieval, wound-edge refinement, and closure-stage tissue management in hospitals, ambulatory surgery centers, specialist clinics, dental surgical units, veterinary operating rooms, teaching labs, and reusable specialty trays.

Curved Blades, Distal Eyelets, and Screw-Joint Motion

The instrument works through two curved blades connected by a screw-joint pivot that converts ring-handle compression into controlled distal closure. The curved blade profile allows the lower blade to pass beneath a raised tendon edge, flap margin, mucosal fold, scar band, or soft-tissue plane while the upper blade completes the cut from an oblique angle. Distal suture eyelets near the tips provide the carrying function, allowing the surgeon to guide or retrieve suture through a confined field after the path has been opened and visualized. The slim shanks keep the hand away from fine forceps, needle holders, retractors, vessel loops, suction, and magnified working corridors. Ring handles provide thumb and ring-finger control, while the index finger stabilizes the shaft during short controlled closures. The screw joint keeps the blades aligned so the cutting edges meet without lateral twist. There is no ratchet, spring, or locking catch, so control depends on fingertip pressure, suture tension, blade orientation, and direct visualization.

Hand, Tendon, Flap, and Closure Workflow

During flexor tendon repair, the scissor may assist with fine trimming of tendon edges, soft-tissue adhesions, and suture management after the injured segment is exposed and stabilized. In extensor tendon work, the curved tips help approach thin tissue planes over the dorsum of the hand where bulky scissors can obstruct a small field. Plastic surgery teams can use the instrument during local flap elevation, inset refinement, scar revision, and small soft-tissue corrections when controlled cutting and suture handling are required in the same operative sequence. In oral and maxillofacial surgery, it can assist mucosal flap trimming, suture retrieval, and closure-stage adjustment around the gingivobuccal sulcus or intraoral wound edges. Orthopedic teams may place it in hand trays for ligament exposure support, tendon sheath work, and repair-site refinement. Veterinary surgeons can use the same profile for small animal tendon, skin, and soft-tissue procedures. The cutting step is performed after tissue has been lifted or stabilized, keeping the distal eyelets and blades away from vessels, nerves, ducts, and deeper structures not selected for division.

12cm and 14cm Working Length Selection

PS-9510 with 4 1/2" (12 cm) overall length is selected when the operative field is compact and the target lies close to the incision, such as digital tendon repair, small flap adjustment, oral mucosal trimming, scar-edge correction, and fine suture retrieval. The shorter length gives close hand control when the surgeon needs small progressive cuts near forceps, needle holders, and fine retractors. PS-9511 with 5 1/2" (14 cm) overall length is selected when additional reach is needed across a deeper wound, hand exposure, oral cavity, or retracted soft-tissue corridor. The longer version keeps the hand farther from the field while preserving the curved blade approach and distal carrying eyelets. Both sizes use the same screw-joint mechanism, ring-handle control, and suture-carrying tip design, so selection depends on access depth, suture path, tissue plane, and hand clearance. Hospitals can place the 12 cm version in compact specialty trays and the 14 cm version in hand, plastic, oral, and reconstructive sets.

Reusable Steel Processing and Procurement Documentation

German stainless steel supports the mechanical requirements of a reusable suture-carrying scissor by maintaining blade alignment, corrosion resistance, distal eyelet integrity, and pivot stability through repeated clinical processing. Satin, dull, and mirror finish options allow procurement teams to match surface preference with glare control, inspection workflow, and existing tray standards. After use, the blades and distal eyelets should be opened and cleared of blood, tissue residue, suture fragments, lint, and dressing fibers before enzymatic cleaning. Processing can include manual brushing, ultrasonic decontamination, washer-disinfector exposure, rinsing, drying, pivot inspection, eyelet inspection, edge review, packaging, and steam autoclave sterilization according to facility protocol. CE marking, ISO 13485 documentation, and FDA procurement context support purchasing records for hospitals, clinics, distributors, dental surgical units, veterinary facilities, and surgical training programs. Class I classification, reusable construction, carton-box packing, 1-piece MOQ, OEM availability, 1-year warranty, and return and replacement support assist replacement ordering, institutional purchasing, and distributor catalog supply.

SKU	PS-9399-1
Product Name	Littler Suture Carrying Scissor
Price	$7.15
Size/Gauge Variants	PS-9511 overall length 5 1/2" (14 cm); PS-9510 overall length 4 1/2" (12 cm)
Instrument Category	Reusable surgical suture-carrying scissors
Procedure	Flexor tendon repair, extensor tendon repair, digital soft-tissue reconstruction, flap inset, scar revision, mucosal closure, ligament exposure support, suture retrieval, wound-edge refinement
Material	German stainless steel
Finish	Satin, dull, or mirror finish
Sterilization	Reusable instrument suitable for enzymatic cleaning, ultrasonic decontamination, washer-disinfector processing, drying, pivot and eyelet inspection, packaging, and steam autoclave sterilization
Instrument Classification	Class I reusable surgical instrument
Reusable	Yes
Certifications	CE, ISO 13485, FDA
Warranty	1 year
MOQ	1 piece
OEM / Custom Orders	Available for distributor supply, institutional branding, bulk purchasing, and customized packing programs
After-Sale Service	Return and replacement support for eligible orders

How is Littler Suture Carrying Scissor different from standard Littler dissecting scissors?
Standard Littler dissecting scissors are used for fine cutting and dissection in hand and plastic surgery fields. Littler Suture Carrying Scissor adds distal suture eyelets near the blade tips, giving the instrument a carrying function in addition to controlled cutting. This makes it useful when the surgeon needs to manage suture passage or retrieval inside a compact field. The curved blades still allow soft-tissue trimming and access beneath raised edges. The clinically relevant difference is the eyelet feature, because standard scissors do not provide the same distal suture-guiding capability. Both patterns use ring handles and a screw-joint pivot, but this model is selected when cutting and suture handling are required in the same repair workflow.

How should the 12 cm and 14 cm variants be selected?
The 12 cm PS-9510 variant is selected for compact fields where the surgeon needs close control near digital tendons, small flaps, mucosal edges, or shallow wound margins. Its shorter length helps maintain stability when the tips are working close to fine forceps or needle holders. The 14 cm PS-9511 variant is selected when additional reach is required across a deeper exposure, oral cavity, hand wound, or retracted soft-tissue corridor. Littler Suture Carrying Scissor should be matched to access depth, suture path, hand clearance, and the amount of tissue elevation present. The shorter model supports close-field repair, while the longer model gives more reach without changing the suture eyelet design. Stocking both sizes supports hand, plastic, oral, orthopedic, and veterinary soft-tissue trays.

What do CE, ISO 13485, and FDA details mean for procurement?
CE documentation supports international conformity records for reusable surgical instrument purchasing. ISO 13485 indicates manufacturing under a medical device quality management system covering production control, inspection, and traceability. FDA procurement context supports U.S. purchasing files for Class I reusable surgical scissors. Littler Suture Carrying Scissor can be entered into hospital, clinic, dental surgical, veterinary, orthopedic, plastic surgery, and distributor catalogs with documented material, finish, model selections, warranty, MOQ, OEM availability, and after-sale service. These records help purchasing officers, receiving teams, and sterile processing departments align the item with internal approval requirements. The certification profile supports tender files, replacement stock, and standardized hand or reconstructive surgery tray programs.

How do the distal eyelets and screw-joint pivot control use?
The distal eyelets are the suture-carrying feature because they allow suture to be guided or retrieved near the working tips after the tissue path is prepared. The screw-joint pivot transfers ring-handle pressure into blade closure and keeps the cutting edges aligned. During use, the surgeon controls the handles with thumb and ring finger while the index finger guides the curved shaft. The blade tips can trim the selected tissue edge, while the eyelets support suture management in the same compact corridor. Littler Suture Carrying Scissor does not use a ratchet, spring, or locking catch, so control depends on fingertip pressure, tissue traction, suture tension, and direct visualization. Cleaning around the pivot and eyelets is important because retained suture fragments or dried blood can alter handling.

Is this instrument suitable for reusable sterile processing and distributor stock?
Yes, Littler Suture Carrying Scissor is a reusable German stainless steel instrument suitable for hospital, clinic, orthopedic, plastic surgery, dental, veterinary, distributor, and operating room supply workflows. After use, the blades, screw joint, and distal eyelets should be opened and inspected so blood, tissue residue, suture fragments, and lint can be removed before sterilization. Processing can include enzymatic cleaning, ultrasonic decontamination, washer-disinfector exposure, drying, pivot inspection, eyelet inspection, packaging, and steam autoclaving. The 1-piece MOQ supports replacement ordering for small clinics, procedure rooms, specialty trays, and surgical centers. OEM availability supports distributor branding, institutional packing, and bulk purchasing programs. The 1-year warranty and return and replacement service support procurement teams managing recurring suture-carrying scissor inventory.