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This #3 knife handle accepts standard small blades for fine incisions in dermal, ophthalmic, and general procedures. The plain shaft without ruler markings keeps the working profile uncluttered for surgeons who prefer external measurement. Stainless‑steel construction holds calibration through repeat sterilization cycles.
Features & Benefits
This #3 knife handle adds both millimeter and inch ruler markings on the handle body, accepting blades 10 through 15 on the standard #3 fitting. The dual graduation supports both metric and imperial measurement at the surgical field during incision planning.
The Bard‑Parker #9 knife handle is the surgical standard for holding standard scalpel blades across general and specialty procedures. Its straight dull finish 119mm design provides comfortable grip without refraction during precision cutting. Reusable stainless‑steel construction supports reliable blade mounting across many cases.
The #3 knife handle accepts blades 10 through 15c on a 127mm body without an integrated scale, sized for general surgical incision and dissection where the surgeon does not need an on‑instrument measure. The standard #3 fitting accepts disposable blades from major suppliers.
This Number 3 knife handle is finished in gold plating and etched with a ruler marking for precision measurement during surgical planning and incision placement. The stainless‑steel base provides rigidity and corrosion resistance through repeated sterilization. The integrated ruler supports quick reference for blade alignment and wound depth.
This #3 knife handle adds an integrated ruler scale along the handle for surgeons who want a quick on‑instrument measure during incision planning. The #3 fitting accepts blades 10 through 15c from major suppliers.
The #3 knife handle with an integrated ruler at 127mm accepts blades 10 through 15 on the standard #3 fitting while adding an on‑instrument measure for incision planning. The ruler markings allow direct measurement at the surgical field.
A #3 knife handle sized for standard surgical blades 10, 11, 12, and 15, this 127mm instrument provides balanced blade control in general procedures. The satin finish reduces glare while supporting reliable reprocessing across repeat surgical cases.
This #3 knife handle at 127mm accepts blades 10, 11, 12, and 15 on the standard #3 fitting for general surgical incision work. The 127mm length suits routine handling, and the standard fitting accepts disposable blades from major suppliers.
An 8‑1/2" (216mm) #3L knife handle gives the surgeon extra reach for deep incisions while accepting standard #10, #11, #12, and #13 blades. The straight shaft delivers a stable working axis, and the extended length keeps the surgeon's hand off the field during deeper cuts. Stainless‑steel build sustains the locking blade slot through reprocessing.
The #3L long knife handle at extended length accepts blades 10 through 15 on the standard #3 fitting, sized for deeper general surgical incision than the standard 127mm #3 handle. The longer body carries the cutting tip into deeper fields.
This angled #3LA knife handle is designed for deep surgical incisions and approach angles that require a steeper entry. The 10‑15 degree tip width specification allows controlled blade depth penetration into tissue planes. At 213mm overall length, the handle reaches into deeper surgical corridors while maintaining visibility and hand position control.
Sized for larger amputation and gross‑dissection blades, this extra‑fine #4 knife handle accepts blades in the 20 to 25 width range for heavier soft‑tissue work. The 137mm length keeps the surgeon's hand clear during long incisions. Stainless‑steel construction provides predictable grip security across repeat reprocessing.
The #4 knife handle with an integrated millimeter ruler accepts blades 20 through 25 at 134mm overall length, adding an on‑instrument measure to the standard #4 handle for incision planning. The ruler markings allow direct measurement at the surgical field.
The #4 knife handle accepts blades 20 through 25 on the standard #4 fitting at 134mm overall length, sized for deeper general surgical incision than the #3 handle accommodates. The larger fitting suits the broader blades used in heavier tissue cuts.
The #4L extra‑fine knife handle for deep surgery accepts blades 20 through 25c on a 213mm body, with the long shaft carrying the cutting edge into deep abdominal and thoracic fields. The fine handle profile preserves tactile feedback at the cutting tip.
The #7 knife handle accepts #10, #11, #12, and #15 blades on its slim 165mm shaft, giving the surgeon a single grip for varied scalpel work. The pencil‑style handle improves fingertip control during fine incisions, particularly in plastics and dermatologic procedures. Stainless‑steel construction supports routine processing.
The #9 knife handle at 120mm accepts blades 10, 11, 12, and 15 on the standard #9 fitting, with the slim ergonomic profile of the #9 family. The compact length keeps the cutting tip at the surgeon's fingertips during fine ophthalmic and minor surgical incisions.
The wide #9 knife handle pairs a hollow grip with a broad profile for stable scalpel control during larger incisions and dissections. The hollow design reduces overall weight, easing fatigue during prolonged use. Stainless‑steel construction sustains repeat sterilization across the instrument's service life.
The 3K Beaver‑style chuck handle with a round handle carries a collet sized for 50, 60, and 70 series Beaver blades, suited to ophthalmic and microsurgical incision work. The round handle preserves a stable fingertip rotation grip during fine cuts.
This 3K Beaver‑style chuck features a round handle and accepts 50‑, 60‑, and 70‑series blades for general surgical use. The 127mm length supports stable loading and precise blade positioning.
This extended‑length 3K Beaver‑style chuck has a round handle and accepts 50‑, 60‑, and 70‑series blades. The 180mm profile provides increased reach for procedures requiring deeper access.
This 3K Beaver‑style chuck accepts Beaver blade styles 50, 60, and 70 through a collet that locks the blade for stable cutting. The hexagonal handle resists roll on the back table and gives the surgeon a defined finger grip during incision making. Overall length is 100mm for fingertip precision in ophthalmic and microsurgical work.
This 3K Beaver‑style chuck uses a hexagonal handle to enhance grip security during blade mounting. The 150mm length accommodates controlled blade changes in general surgical settings.
The 3K Beaver chuck handle carries the same 50/60/70 series Beaver blade collet on a longer working body than the short variant, suited to deeper ophthalmic and microsurgical incision work where additional reach is needed.
This Hardy knife handle features bayonet geometry with vertical orientation, positioning the blade perpendicular to the handle axis for superior visibility during precise cutting strokes. The 125mm working length permits controlled blade advancement, while overall 240mm dimensions offer balanced surgeon control. Stainless steel ensures durability.
This universal ring knife handle with camlock mechanism accommodates standard scalpel blades, probes, and elevators at any angle without tool changing. The angled geometry supports ergonomic grip during precision cutting and tissue separation. Reusable stainless‑steel construction maintains reliable blade holding across diverse surgical applications.
The #7 scalpel knife handle at 161mm fits blades 10, 11, 12, and 15 on the standard #7 fitting, sized for general surgical incision where a longer handle than the #3 is wanted. The slim profile preserves tactile feedback at the cutting tip.
The short Beaver chuck handle carries a round handle with a collet sized for 50, 60, and 70 series Beaver blades, suited to fine ophthalmic and microsurgical incision work. The compact body keeps the cutting tip at the surgeon's fingertips.
This Siegel round knife handle accommodates blades 10-15C for precision incision-making across general and specialty procedures. The round profile and 152mm length enable ergonomic fingertip control during fine incision-making sequences. Robust stainless steel construction supports hundreds of blade changes and sterilization cycles.