Curved and Angled Dissecting Scissors
Most scissors are available with straight or curved blades. The cutting edges of straight blades can be oriented many different ways. Standard straight blades will cut in a straight line forward and the blades move (opens and closes) in the same plane the handles are pressed together. Blades that are angled on the edge cut in the same plane in which the handles move but they are angled from the handle’s axis (point up or down). Blades that are angled on flat are angled from the plane of the handles (point sideways). Sure Cut scissors make a reliable, clean, smooth cut. There is less force required to cut tissue with these scissors. The bevel-honed edge of Sure Cut scissors acts like a razor edge to cut tissue without crushing it. The superior sharpness guarantees that cutting is always effortless with Sure Cut scissors.
General Cleaning & Sterilizing Techniques
Summary: The following are guidelines of Cleaning, Sterilizing & Maintaining surgical instruments.
Use of distilled or deionized water and a neutral pH cleaning solution is recommended for all these procedures.
1. Rinsing-
Immediately after surgery, rinse instruments under warm (not hot) water. It may be helpful to use a nylon toothbrush to rinse the lock boxes and joints of the instrument. Be sure to remove all blood, body fluids, and tissue.
2. Cleaning-
If you do not clean your instruments immediately after rinsing, instruments should be submerged for a in a solution of water and neutral pH (7) detergent.
A. Ultrasonic Cleaning-
We recommend you manually clean micro & delicate instruments.
Instruments should be processed in a cleaner for the full recommended cycle time- usually 5-10 minutes.
Place instruments in open position into the ultrasonic cleaner. Make sure that sharp blades such as scissors, knives, osteotomes, etc. do not touch other instruments.
All instruments have to be fully submerged.
Do not place dissimilar metals (stainless, copper, chrome plated etc.) in the same cleaning cycle.
Change solution frequently, at least as often as recommended by the manufacturer.
Rinse instruments after ultrasonic cleaning with distilled or deionized water to remove ultrasonic cleaning solution.
B. Automatic Washer Sterilizers-
Follow manufacturers’ recommendations. Make sure instruments are lubricated after last rinse cycle and before sterilization cycle.
C. Manual Cleaning-
Most instrument manufacturers recommend ultrasonic cleaning as the best and most effective way to clean surgical instruments, particularly those with hinges, locks, and other moving parts. If ultra sonic cleaning is not available observe the following steps.
I. Use stiff plastic cleaning brushes (nylon etc.).
Do not use steel wool or wire brushes except specially recommended stainless steel wire brushes for instruments such as bone files, or on stained areas in knurled handles.
II. Use only neutral pH (7) detergents. If not rinsed off properly after cleaning, low pH detergents will breakdown the stainless protective surface and cause black staining.
High pH detergent will cause surface deposit of brown stain (this deposit may look like rust) which will also interfere with smooth operation of the instrument.
III. Brush delicate instruments carefully and, if possible, handle them totally separate from general instruments.
IV. Make sure all instrument surfaces are visibly clean and free from stains and tissue.
This is a good time to inspect each instrument for proper function and condition.
Check the following:
Scissor blades glide smoothly from open to closed (they must not be loose when in closed position). Test scissors by cutting into thin gauze. Three quarters of the length of the blade should cut all the way to the scissor tips, and not hang up.
Forceps should have properly aligned tips.
Hemostats and needle holders should not show any light between the jaws. They should lock and unlock easily and the joints should not be too loose. Check needle holders for wear at the tips.
Suction tubes should be clean inside.
Retractors should open, close and lock properly.
Blades of all cutting edges should be sharp and undamaged.
V. After manually scrubbing instruments, rinse them thoroughly under running water (distilled water is best). While rinsing, open and close scissors, hemostats, needle holders and other hinged instruments to make sure the hinge areas are rinsed out, as well as the outside of the instruments.
3. After Cleaning-
If the instruments are to be stored, let them air dry and store them in a clean and dry environment.
4. Autoclaving-
If instruments are to be reused or autoclaved:
A. Lubricate all instruments which have any metal to metal action such as scissors, hemostats, needle holders, and retractors.
Lubricants such as instrument milk are best. Do not use WD-40 oil or other industrial lubricants.
B. Use disposable paper or plastic pouches to sterilize individual instruments. Make sure you use a wide enough pouch (4” or wider) for instruments with ratchet locks such as needle holders and hemostats so the instrument can be sterilized in the open and unlocked position.
If you are autoclaving instrument sets unlock all instruments and sterilize them in an open position. Place heavy instruments at the bottom of the set (when two layers are required).
Never lock an instrument during autoclaving. It will not be sterile as the steam cannot reach the metal to metal surfaces. The instrument might develop cracks in hinged areas caused by the heat expansion during the autoclave cycle.
Do not overload the autoclave chamber. Pockets may form that do not permit steam penetration. Place a towel on bottom of pan to absorb excess moisture during autoclaving. This will reduce the chance of getting “wet packs”. Make sure the towels used in sterilization of the instruments have no detergent residue and are neutral pH(7) if immersed in water. The residue of the inexpensive, high-pH (9-13) detergents used by some laundries to clean the towels could cause stains on some instruments.
CAUTION: At the end of the autoclave cycle- before the drying cycle- unlock the autoclave door and open it more than a crack about ¾”. Then run the dry cycle for the period recommended by the autoclave manufacturer. If the autoclave door is opened fully before the drying cycle, cold room air will rush into the chamber, causing condensation on the instruments. This will result in water stains on the instruments and cause “wet packs”.
If you have unusual staining on your instruments during sterilization contact your local instrument representative or look in our web site under staining.
5. Cold Sterilization-
Most cold sterilization solutions render instruments sterile only after a 10 hour immersion. This prolonged chemical action can be more detrimental to the surgical instruments than the usual 20 minute autoclave cycle. If the instruments need to be disinfected only, cold sterilization is recommended since disinfection will take place in only 10 minutes.
Keep in mind the difference between STERILE and DISINFECTED: Sterile- an absolute term (no living organism survives); Disinfected- basically clean.
Always use the proper sterilization/cleaning technique to render the instrument in required condition for use.
Important: For instruments with tungsten carbide inserts such as needle holders, scissors, and tissue forceps we do not recommend use of solutions containing Benzyl Ammonium Chloride. This will destroy the tungsten carbide inserts.
Related Products
ITEM DESCRIPTION
52132-00P BONN Scissors, 3.5 in, Straight, Sharp
52132-00 BONN Scissors, 3.5 inch, Straight, 15mm blades, Sharp
52132-01P BONN Scissors, 3.25in, Curved, Sharp
52132-01 BONN Scissors, 3.5 inch, Curved, 15mm blades, Sharp
52132-02P Micro Dissecting Scissors, 3.5 inch, Straight, 20mm, Sharp
52132-02 Micro Dissecting Scissors, 3.5 inch, Straight, 20mm, Sharp
52132-03P Micro Dissecting Scissors, 3.5in, Curved, Sharp
52132-03 Micro Dissecting Scissors, 3.5 inch, Curved, 20mm, Sharp
52132-10P Micro Dissecting Scissors, 3.5in, Straight, Sharp
52132-10 Micro Dissecting Scissors, 3.5 inch, Straight, 23mm, Sharp
52132-11P Micro Dissecting Scissors, 3.5 inch, Curved, 23mm, Sharp
52132-11 Micro Dissecting Scissors, 3.5 inch, Curved, 23mm, Sharp
52132-12 Micro Dissecting Scissors, 4.5 inch, Straight, 24mm, Sharp
52132-13P Micro Dissecting Scissors, 4.5 inch, Curved, 24mm, Sharp
52132-13 Micro Dissecting Scissors, 4.5 inch, Curved, 24mm, Sharp
52132-15 Large Ring Dissecting Scissors, 3.75 inch, Curved, S/S
52132-17 Large Ring Dissecting Scissors, 4 inch, Curved, S/S
52132-18 Wilmer Dissecting Scissors, 4 inch, Angled on Flat, S/S
52132-19 Large Ring Dissecting Scissors, 4 inch, Curved, 19mm blade
52132-20 Biro Dissecting Scissors, 4 inch, Angled on Flat, Sharp
52132-21 Gradle Dissecting Scissors, 4 inch, Slight Curve, Sharp
52132-22P Micro Dissecting Scissors, 4.25 inch, Straight, 24mm, Sharp
52132-22 Micro Dissecting Scissors, 4 inch, Straight, 24mm, Sharp
52132-23P Micro Dissecting Scissors, 4.25in, Curved, Sharp
52132-23 Micro Dissecting Scissors, 4 inch, Curved, 24mm, Sharp
52132-25 Micro Dissecting Scissors, 4.5 inch, Straight, SURE CUT
52132-26 Micro Dissecting Scissors, 4.5 inch, Curved, Left-handed
52132-27 Micro Dissecting Scissors, 4.5 inch, Curved, SURE CUT
52132-28 Micro Dissecting Scissors, 4.5 inch, Straight, Sharp, TC
52132-29P Micro Dissecting Scissors, 4.5in, Straight, Tungsten Carbide
52132-29 Micro Dissecting Scissors, 4.5 inch, Straight, TC
52132-30 Micro Dissecting Scissors, 4.5 inch, Curved, Sharp, TC
52132-31 Micro Dissecting Scissors, 4.5 inch, Curved, TC, SURE CUT
52132-32 Micro Dissecting Scissors, 4.5 inch, Angled, Sharp
52132-33 Micro Dissecting Scissors, 4.5 inch, Side Curve, Sharp
52132-34 La Grange Dissecting Scissors, 4.5 inch, Double Curve, S/S
52132-35P O’Brien Dissecting Scissors, 3.75in, Angular
52132-35 Obrien Dissecting Scissors, 3.75 inch, Angular, 14mm blade
52132-36 McGuire Dissecting Scissors, 4 inch, Right
52132-40 Stevens Dissecting Scissors, 4.25 inch, Straight, Sharp
52132-41 Stevens Dissecting Scissors, 4.25 inch, Curved, Sharp
52132-41P Stevens Dissecting Scissors, 4.25 inch, Curved, Sharp
52132-42 Stevens Dissecting Scissors, 4.25 inch, Straight, Blunt
52132-43 Stevens Dissecting Scissors, 4.25 inch, Curved, Blunt
52132-43P Stevens Dissecting Scissors, 4.25 inch, Curved, Blunt
52132-44P Micro Dissecting Scissors, 3.5in, Straight, S/S, StrongCut
52132-44 Micro Dissecting Scissors, 3.5in, Straight, S/S, TC
52132-45 Micro Dissecting Scissors, 3.5in Straight, S/S, TC SC
52132-46 Micro Dissecting Scissors, 3.5in, Straight, S/S, TC SC CER
52132-50 Micro Dissecting Scissors, 3.5in, Straight, S/S, Sure Cut
52132-47 Micro Dissecting Scissors, 3.5in, Curved, S/S, TC
52132-53 Micro Dissecting Scissors, 4.5in, Curved, S/S, Ceramic
52132-48 Micro Dissecting Scissors, 3.5in, Curved, S/S, TC SC
52132-49 Micro Dissecting Scissors, 3.5in, Curved, S/S, TC SC CER
52132-51 Micro Dissecting Scissors, 3.5in, Curved, S/S, SC
52132-51P Micro Dissecting Scissors, 3.5in, Curved, S/S, smooth cut
52132-53 Micro Dissecting Scissors, 4.5in, Curved, S/S, Ceramic
52134-03 Metzenbaum Dissecting Scissors, 5 inch, Curved, Blunt
52134-04 Metzenbaum Dissecting Scissors, 5 inch, Crv., Blunt,SURE CUT
52134-05 Ragnell Dissecting Scissors, 5 inch, Curved, Blunt
52134-06 Micro Dissecting Scissors, 5 inch, Light Curve, Blunt
52134-07 Potts-Smith Dissecting Scissors, 7 inch, 45 deg Angle, 13mm
52134-09 Kelly Dissecting Scissors, 6.25 inch, Curved, Sharp
52134-10 Kelly Dissecting Scissors, 6.25 inch, Angled, Sharp
52134-78 Knapp Scissors 4inch Curved S/B
52134-79 Knapp Scissors 4inch Curved B/B
52134-80 Micro Dissecting Scissors 4inch Straight B/B
52134-81 Micro Dissecting Scissors 4inch Curved B/B
52134-82P Micro Scissors, 4.5in, Slight Curve, Blunt/Blunt
52134-82 Micro Scissors, 4.5 in., 25mm blades
52134-83 Micro Scissors, 4.5 in., 25mm, curved
52134-84 Micro Scissors, 4.5 in., 25mm, carbide
52134-85 Micro Scissors,4.5in,25mm,curved,carbide
52134-87 Micro Dissecting Scissors 4.25 inch Curved B/B
52134-90 Micro Scissors, 4 in., probe point
52134-91 Micro Dissecting Scissors 4.5 inch Angled Probe
52134-94 Delicate Operating Scissors, 4.75in Straigh, S/B, 30 mm tip
