Tail Docking is performed on the following breeds of Dog

Tail docking is performed on the following breeds of dogs.

  1. Australian Terrier
  2. Bouvier des Flandres
  3. Boxer
  4. Bracco Italiano
  5. Brittany
  6. Cane Corsa
  7. Clumber Spaniel
  8. Cocker Spaniel
  9. Dobermann
  10. English Springer Spaniel
  11. Fell Terrier
  12. Field Spaniel
  13. German short-haired pointer
  14. German wire-haired pointer
  15. Giant Schnauzer
  16. Glen of Imaal Terrier
  17. Griffon Bruxellois
  18. Hungarian vizsla
  19. Irish Terrier
  20. Italian Spinone
  21. Jack Russell Terrier
  22. Kerry Blue Terrier
  23. King Charles Spaniel
  24. Lakeland Terrier
  25. Large Munsterlander
  26. Lucas Terrier
  27. Miniature Pinscher
  28. Miniature Poodle
  29. Miniature Schnauzer
  30. Neopolitan mastiff
  31. Norfolk Terrier
  32. Norwich Terrier
  33. Old English Sheepdog
  34. Patterdale Terrier
  35. Parson Jack Russell Terrier
  36. Pembroke Welsh Corgi
  37. Pinscher
  38. Polish Lowland Sheepdog
  39. Rottweiler
  40. Russian Black Terrier
  41. Schipperke
  42. Schnauzer
  43. Sealyham Terrier
  44. Smooth Fox Terrier
  45. Soft-coated Wheaten Terrier
  46. Spanish Water Dog
  47. Standard Poodle
  48. Sussex Spaniel
  49. Swedish vallhund
  50. Toy Poodle
  51. Weimaraner
  52. Welsh Springer Spaniel
  53. Welsh Terrier
  54. Wire-haired Fox Terrier
  55. Yorkshire Terrier

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Tail Docking – A Preventative Measures to Avoid Injuries

Tail docking has become a pretty big issue over the past decade. Many people see it as cosmetic surgery, and feel it is unnecessary, and therefore cruel. This sentiment is not restricted to tail docking, but also includes dewclaw removal, ear clipping, and de-clawing of cats.

I can only speak for the common procedures of the gun dog world, where it is not uncommon to see dogs with docked tails and dewclaws removed. People who hunt with dogs, or those who have field dogs, know that these procedures are done to prevent injury to the dog while in the field. I don’t want my dogs to suffer repeated injury because I failed to take the necessary precautions. Because of this, I feel that we as gun dog owners should do our best to educate the public and let people know that these are not simply cosmetic procedures, but rather preventative measures to avoid repeated injuries.

For the above reason I have made a rather long reply to this post because I thought you might find it educational or useful if you are ever confronted by someone who opposes your view on tail docking and dewclaw removal in gun dogs.

I don’t know this for sure, but I suspect that this issue is a spin-off of the greater issue of cosmetic surgeries associated with gladiator and guarding breeds. Guarding breeds are often surgically altered to appear more intimidating, and gladiator breeds often have their ears completely removed to give them an advantage while fighting. The cosmetic surgery associated with guarding dogs gives no benefit to the dog, and could be deemed as unnecessary. I believe that training and breeding dogs for fighting is barbaric, and anything used to aid this activity is barbaric by association. However, tail docking and dewclaw removal in gun dogs is not done for intimidation or fighting advantage. It is done to prevent injury of the dog while in the field.

Now, I appreciate the people who oppose cosmetic dog surgery, they obviously love dogs, and their hearts are in the right place. The world needs more people who are concerned about the well being of animals (all animals). I am just a little disheartened that this particular issue is generally being seen with tunnel vision, and people are failing to ask if there is ever an appropriate situation to dock a tail or remove dewclaws. I would like people to understand that there is a real and ethical reason for choosing to dock tails and remove dewclaws in gun dogs. I don’t think that any gun dog owner feels good about having these procedures done, however I know I feel better about having it done than I do about seeing my dog go through repeated injuries if I was to not have it done.

The idea that tail docking and dewclaw removal is “cruel”, became popularized in the US, and is gaining popularity in Canada as well. People are becoming so dead-set against tail docking and dewclaw removal that they are shunning vets that still perform these procedures. I know that this sentiment has become so commonplace that some areas of the US have outlawed tail docking and dewclaw removal, while others continue to shun vets until it becomes legislated. So many vets have stopped performing these procedures in order to maintain their reputation and business.

However, hunters and many vets know that we are not docking tails and removing dewclaws of hunting dogs because we think it looks good. These are hard charging and enthusiastic working dogs that place hunting in higher regard than their own safety and comfort, and they work in rough unpredictable terrain. This makes hunting dogs particularly vulnerable to injury, which is statistically most common in dewclaws and tails. For this reason, many gun dog owners like to have dewclaws and tails removed/docked at an early age to reduce/prevent the chance of a future injury.

I know of a circumstance of a vet who regularly services gun dogs, who stopped performing tail docks and dewclaw removals for the sake of their business, however this vet felt that this was actually the least ethical decision for well being of the dogs. The vet feels that these procedures should be performed on gun dogs in order to prevent future injury, however the larger non-hunting community disagrees. So the vet has trained the local gun dog breeders to perform these procedures themselves.

I think it’s good that this community has found a loophole, but I would feel more comfortable getting a puppy that has had these procedures performed by a professional. So, I hope that the general dog-loving community starts to understand the non-cosmetic nature of these procedures so we can keep these procedures in the hands of professionals.

With all this being said, it sounds like I advocate for all gun dogs to have their tails docked and dewclaws removed. Well I don’t! I have two gun dogs, and one of them still has all the pieces she had when she left the womb. I rescued a chocolate lab when she was 1.5 years old. As I said before, not all gun dogs need to have their tails docked, and labs fall in to that category. So she still has 100% of her tail. She also still has her dewclaws because her previous owners did not have them removed. When I adopted her I had complete intentions on hunting with her, which I do, so my first thought was to get her dewclaws removed to prevent them from becoming injured while hunting. However, I decided against this.

Tail docking and dewclaw removal typically occurs when the puppy is days old. It is done at this time because they heal fast and it causes them no persisting mental trauma. I felt that having her dewclaws removed as an adult dog posed too much risk. She was a fully grown active dog (not a blind immobile pink nosed puppy), which would extend her recovery time. Also, adult dogs are much more prone to suffering long-term mental anguish because of a persistent physical pain. I felt that there might be a risk of her becoming sensitive to having these areas of her legs touched ever again, which is not worth the risk, particularly if you have other dogs or children.

To you gun-dog owners out there, I am quite certain that you will eventually be confronted with this issue, and I hope that this might help you explain that there is good reason for tail docking and dewclaw removal.

To anyone who cares enough to have an opinion about such issues, please notice that this is not a two-sided issue, there are many. I encourage you to speak to people with opposing opinions, but speak kindly and with an open mind. I’m not asking you to blindly accept the opposing view, but to critically think about it after knowing all the facts.

Most importantly, make your decision with the dog’s best interest in mind.

By:
Murray Somers,
Fredericton – Germany.

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Pediatric Forceps, 150 and 151s

Pediatric Forceps – Dental Forceps Blog

Pediatric Forceps
Forcep to remove Maxillary deciduous teeth are as follows

* 150s
* 151s

The pediatric forceps #150S is used to remove maxillary deciduous teeth and is a scaled down version of the #Dental Forceps – 150. The # Extracting Forceps – 151S, a smaller version of the Extracting Forceps – 151, is used to remove mandibular deciduous teeth.

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Surgical/Dental Instruments Manufacturing Steps

Instruments Manufacturing Steps – Dental Forceps Blog

Instruments Manufacturing Steps

1. Steel
The quality of steel is very important in the production of quality instruments. The best you select the best you produce. In order to ensure the finest of quality steel, we have imported or best quality local steel as required by valued customers.

2. Forging
Forging is a process of cutting shaped raw instruments with the help of dyes and hammers. Here, the skilled hands give life to the metal and give it the rudimentary shape that will go through series of complicated processes.

3. Forging Inspection
At this stage, forged tools are checked to ensure no piece contains any cracks or is reshaped beyond acceptable limits. Checking the quality of raw instruments for: -
a. Shape fault
b. Broken

4. Machining
In this process forging is cut or shaped by machines i.e. cutting sharp edges and raw material in the shape. Here instruments are given their shape through grinding and hammers. For this purpose, extremely skilled labor is required and this process is carried out by instrument specialists only.

5. Milling
Drilling of holes in the instruments where required for screws. Different kids of screwing machines are used and instruments are made pairs here. Instruments with even the slightest difference in whole positions will suffer otherwise.

6. Inspection
At this stage, all the instruments are inspected not only for machining and milling, but for every process they’ve been through. It’s the stage where only best instruments are selected and instruments with tiny holes and manufacturing faults are again sorted out.

7. Filling
At this stage the steel is not too hard so filling is used to shape the instruments in the exact shape they are required to be. The workers match the shape exactly with the samples provided at this stage. So the instruments get most of their shapes at this stage.

8. Filling Inspection
After filling the inspection is made and measurements and shapes are checked according to samples.

9. Binding and Temper
At this step the instruments are bound in groups of 12 pieces. Then they put them in temper machine, which is filled with a particular material. Here instruments are tempered and its ensured that every instrument get equal heat and treatment so a consistent quality would achieve.

10. Snaffing Fitting
For scissors and forceps they are in two pieces so they are joined in this process with screw. Forceps (Tweezers) are joined before and their joint is leveled with a machine by burning the raw material on the joint. At the same stage, instruments are filled to eliminate welding suspensions.

11. Plant or Heat Treatment
In this process the instruments are dipped in a material by hanging for five minutes to harden the material.

12. Polishing

Instruments are polished at this stage. Till this point at manufacturing stage, all the necessary shaping is done. Polishing makes every millimeter of instrument clear and any instrument with hidden defects are revealed could be sorted out.

13. Q. A Inspection 2%
2% of each lot of instruments is checked by executives and then go the further processing. In inspection they see each and every part and defective parts are marked with red marker and if rejected send to polishing again.

14. Ultrasonic Cleaning
In this process the instruments are dipped in two materials for cleaning the polish raw thing on it. 1 min. for first material and then for half min. for other material. Ultrasonic cleaning cleans any polishing material stuck and leaves the instrument crystal clear.

15. Lubrication
All the instruments involving screws are lubricated at this step. Lubricating the instruments moveable portions facilitates the instrument movement.

16. Tuck checking
In this process workers check the cuts and all other things just by viewing the instruments individually.

17. Etching
Putting each instrument on stamp pad and burning process to put stamp on each instrument. This stamping procedure is done through electronic etching machines that make the stamp reliable and even sustainable under high boiling temperatures when instruments are sterilized.

18. Cleaning and Checking
Instruments are cleaned and checked again one by one. Again it’s the checking for operation, measurements, polish and usability.

19. Q. A Inspection 4 %
4% of the instruments are inspection by Q. A. Directors. Samples for inspection are taken randomly and are observed to every bit of detail. Even the slightest difference from acceptable standards could result in rejection of whole lot.

20. Packing
Packing in boxes each contains 100 pieces. 10 Boxes in a Carton. Here instruments are packed with respect to sizes and types. Instruments boxes are properly labeled and stored in proper storing environment.

21. Labeling
Labels are put in this process.

22. Storage
Storage by lot and order number

23. Delivery

These processes are also included as required.

* Passivation
* Boil Test
* Gold plating in different manner.
* Copper Sulphate test.

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Tail Docking Guidelines – How much tail should be docked & left

Tail Docking Guidelines, How much tail to dock, Guidelines of tail cropping,
Breed Length*
Sporting Breed
Brittany spaniel Leave 1 inch
Clumber spaniel Leave ¼ to 1/3 of length
Cocker spaniel Leave 1/3 of length (approx. ¾ inch)
English cocker spaniel Leave 1/3 of length
English springer spaniel Leave 1/3 of length
Field spaniel Leave 1/3 of length
German shorthaired pointer Leave 2/5 of length
German wirehaired pointer Leave 2/5 of length
Sussex spaniel Leave 1/3 of length
Vizla Leave 2/3 of length
Weimaraner Leave 3/5 of length (approx. 1 ½ inches)
Welsh springer spaniel Leave 1/3 to ½ of length
Wirehaired pointing griffon Leave 1/3 of length
Working Breeds
Bouvier des Flanders Leave ½ to ¾ inch
Boxer Leave ½ to ¾ inch (two vertebrae)
Doberman pinscher Leave ¾ inch (two vertebrae)
Giant schnauzer Leave 1 ¼ inch (three vertebrae)
Old English sheepdog Leave one vertebra (close to body)
Rottweiler Leave one vertebra (close to body)
Standard schnauzer Leave 1 inch (two vertebrae)
Welsh Corgi (Pembroke) Leave one vertebra (close to body)
Terrier Breeds
Airedale terrier Leave 2/3 to ¾ of length **
Austrailian terrier Leave 2/5 of length
Fox terrier Leave 2/3 to ¾ of length **
Irish terrier Leave ¾ of length
Kerry blue terrier Leave ½ to 2/3 of length
Lakeland terrier Leave 2/3 to ¾ of length
Miniature schnauzer Leave ¾ inch
Norwich terrier Leave ¼ to 1/3 of length
Sealyham terrier Leave 1/3 to ½ of length
Soft-coated Wheaten terrier Leave ½ to ¾ of length
Welsh terrier Leave 2/3 to ¾ of length **
Toy Breeds
Affenpinscher Leave 1/3 inch (close to body)
Brussels griffon Leave ¼ to 1/3 of length (approx. 1/3 inch)
English toy spaniel Leave 1/3 of length (approx. 1 ½ inch)
Miniature pinscher Leave ½ inch (two vertebrae)
Silky Terrier Leave 1/3 of length (approx. ½ inch)
Toy poodle Leave ½ to 2/3 of length (approx. ½ inch)
Yorkshire terrier Leave 1/3 of length (approx. ½ inch)
Nonsporting Breeds
Miniature poodle Leave ½ to 2/3 of length (approx. 1 1/8 inches)
Schipperke Close to body
Standard poodle Leave ½ to 2/3 of length (approx. 1 ½ inches)
Miscellaneous Breeds
Cavalier King Charles spaniel (optional) Leave 2/3 of length with white tip
Spinoni Italiani Leave ¾ of length

* When docking is performed at less than 1 week of age
** The tip of the docked tail should be approx. level with the top of the skull when the puppy is in show position.

These guidelines are only for the purpose of common understanding. These must not be taken as medical reference neither we encourage you to do any tail-docking on your own. Please comply your country’s regulation and restrain from doing anything surgery/tail-docking/ear-cropping on your own. Our Ear Cropping Kits and Tail Docking Kits are meant to be used by the Veterinarian and health-care professionals only.


List of Instruments used in tail docking is as follows:

  1. Dog Tail Cropping Tools

  2. Dog Tail Docking Kit

  3. Puppy Tail banding Elastrator

  4. Sheep Tail Docking Banding Elastrator

VET-123

Castration Instruments
Ring Applicator

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Dog’s Tail Docking/Blobbing Methods

Docking (dog) – Wikipedia, the free encyclopedia

Docking is the amputation of portions of an animal’s tail or ears. While docking and bobbing are more commonly used to refer to removal of the tail, the term cropping[1] is used in reference to the ears. Tail docking occurs in one of two ways. The first involves constricting the blood supply to the tail with a rubber ligature for a few days until the tail falls off. The second involves the severance of the tail with surgical scissors or a scalpel.[2] The tail is amputated at the dock.

At least 17 dog breeds, including the Corgi and Rottweiler, have naturally occurring bob tail lines. These appear similar to docked dogs but are a distinct naturally occurring genotype. The issue of docking is not relevant to these natural bob tails (also known as NBTs).

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AbdomRetractors

Abdominal Retractors


Deaver Retractor

Deaver Grip Retractor

Desmarres Retractors (16cm)

Doyen Retractors (25cm)

Farabeuf Retractor

Fritsch Retractors (24cm)

Goelet Retractors (19cm)

Graefe Retractor (16cm)

Green Retractor

Guthrie Retractor (16cm)

Harrington Retractor

Heaney Retractor (27cm)

Israel Retractor (25cm)

Kelly Grip Retractor

Kelly Retractor (26cm)

Kelly Retractor (27cm)

Kocher Retractor (22.5cm)

Kocher Retractor (25cm)

Kocher Retractors (19cm)

Kocher Retractors (22cm)

Kocher Retractors (23cm)

Koerte Retractor (23.5cm)

Lahey Retractor (19cm)

Langenbeck Retractor (21cm)

Langenbeck Retractors (22cm)

Little Retractor (20cm)

Mathieu Retractors (20cm)

Middeldorpf Retractor

Mikulicz Retractor (26cm)

Ollier Retractor (22.5cm)

O’Sullivan-O’Connor Abdominal Retractor

  • 7″ Maximum Opening, Two Small Blades: 1-3/4 in x 2-1/2 in One Large Blade: 2-3/4 in x 4 in are furnished. (external link)

Parker Retractors Set (15cm)

Parker Retractors Set (18cm)

Parker-Langenbeck Set (US Army)

Retractors (Blunt & Sharp – 16cm)

Ribbon Retractor

Richardson Retractor – Loop Handle (24cm)

Richardson Grip Retractors

Richardson-Eastman Retractors Set

Roux Retractors

Roux – Mini Retractor (14.5)

Sauerbruch Retractor (22.5cm)

Sauerbruch Retractor (25cm)

Senn-Mueller Retractor (16cm)

Senn-Mueller Retractors (15cm)

Simon Retractor (28cm)

Volkmann Blunt Retractor (Blunt – 21.5cm)

Volkmann Retractors (Blunt & Sharp – 11.5cm)

Volkmann Sharp Retractor (Sharp – 21.5cm)

Balfour Baby Retractors 9cm

Balfour Retractors 18cm

Balfour Retractors 20cm

Balfour Retractors 25cm

Gosset Retractors

Baby Retractors

Collin-Hartmann Retractors

Coryllos Retractor

Crile Retractor

Cushing Retractors

Davidson Retractor

Eye Retractors


Desmarres Lid Retractors

  • DesMarres Lid Retractor – 9 (resource url)
  • DesMarres Lid Retractor – 11
  • DesMarres Lid Retractor – 13
  • DesMarres Lid Retractor – 15
  • DesMarres Lid Retractor – 17
  • Desmarres Lid Retractor – Length: 13cm – Blade: 10mm (pediatric)
  • Desmarres Lid Retractor – Length: 13cm – Blade: 12mm (small)
  • Desmarres Lid Retractor – Length: 13cm – Blade: 14mm (medium)
  • Desmarres Lid Retractor – Length: 13cm – Blade: 16mm (large)
  • Desmarres Lid Retractor – Length: 13cm – Blade: 18mm (x-large)
  • Desmarres Lid Retractor – Length: 14cm – Blade: 8x10mm (pediatric)
  • Desmarres Lid Retractor – Length: 14cm – Blade: 9x12mm (small)
  • Desmarres Lid Retractor – Length: 14cm – Blade: 10x14mm (medium)
  • Desmarres Lid Retractor – Length: 14cm – Blade: 10x16mm (large)
  • Desmarres Lid Retractor – Length: 14cm – Blade: 12x18mm (x-large)

Desmarres Fenestrated (resource url)

  • Desmarres Fenestrated – 12mm (small)
  • Desmarres Fenestrated – 14mm (medium)
  • Desmarres Fenestrated – 16mm (large)
  • Desmarres Fenestrated – 18mm (x-large)

Wire Retractors

  • Plain Wire Eye Speculum, 2-1/2 in, Blades 15mm Wide (resource url)

Gynacological Retractors


Doyen Vaginal Retractor (9 in)

  • Blade 1-3/4 in x 2-1/2 in
  • Blade 2-1/2in x 3-1/2in
  • Blade 2-1/8in x 3in

Eastman Vaginal Retractors (7in)

  • Small, 1-1/2in x 3in
  • Medium,1-1/2in x 3-1/2in
  • Large, 1-1/2in x 4in

Jackson Vaginal Retractors (7 in)

  • Small, 1-1/2in x 3in
  • Medium, 1-1/2in x 3-1/2in
  • Large, 1-1/2in x 4in

Heaney Simon Vaginal Retractors (10.25 in)

  • 1in x 4-1/2in

Sims Vaginal Retractors (9.75 in)

  • Small, 1-1/6in x 2-1/2in
  • Medium 1-1/4in x 3-1/2in
  • Large 1-11/6in x 4in

Hand Held Rectractors (referencr url)


Harrington Retractor (12 in)

  • Harrington Retractor – Head: 1.5 in wide

Crile Retractor (4.5)

  • Crile Retractor

Schink Metatarsal Spreader

  • Schink Metatarsal Spreader

Cottle Skin Hooks (14cm) (referencr url)

  • Cottle Double Skin Hook
  • Small, shallow curve
  • Medium, deep curve
  • Large, deep curve

Weitlaner Retractors

  • 4.5in – Blunt Blades, 2 x 3 Teeth – Straight
  • 4.5in – Sharp Blades, 2 x 3 Teeth – Straight
  • 5.5in – Blunt Blades, 3 x 4 Teeth – Straight
  • 5.5in – Sharp Blades, 3 x 4 Teeth – Straight
  • 6.5in – Blunt Blades, 3 x 4 Teeth – Straight
  • 6.5in – Sharp Blades, 3 x 4 Teeth – Straight
  • 8.0in – Blunt Blades, 3 x 4 Teeth – Straight
  • 8.0in – Sharp Blades, 3 x 4 Teeth – Straight
  • 9.5in – Blunt Blades, 3×4 Teeth – Straight
  • 9.5in – Sharp Blades, 3×4 Teeth – Straight

Beckman – Weitlaner Retractor (9.75 in)

  • 9.75in – Blunt Blade, 3×4 Teeth – Bendable
  • 9.75in – Sharp Blades, 3×4 Teeth – Bendable

Flexible Retractor – 3 Prongs

  • 5in – Flexible Retractor – 1 Prong
  • 5in – Flexible Retractor – 2 Prongs
  • 5in – Flexible Retractor – 3 Prongs
  • 6in – Flexible Retractor – 1 Prong
  • 6in – Flexible Retractor – 2 Prongs
  • 6in – Flexible Retractor – 3 Prongs

Neivert Knife Guide & Reactor

  • 6.5in – Neivert Knife Guide & Reactor – head 8mm wide

Lamina Spreader

  • 6in – Lamina Spreader – Opening: 1.125 inches
  • 6in – Inge Lamina Spreader w/out Teeth
  • 9.5in – Lamina Spreader – Opening: 1.75 inches

Goelet Retractor

  • 7.5in – Goelet Retractor

Love Retractor

  • 8.5in – Love Nerve Retractor – Angled
  • 8.5in – Love Nerve Retractor – Straight
  • 8.5in – Love Nerve Root Retractor – 90° angeled – 7mm blade

U.S.A. Retractors

  • 8.5 in – U.S.A. Retractors set

Bennett Tibia Retractor

  • 9.5in – Bennett Tibia Retractor
  • 9.5in – Bennett Tibia Retractor – Large

Davis Retractors

  • .5 – Davis Retractors – Double Ended

Hibbs Retractor

  • 9.5in – Hibbs Retractor – Head: 3 x 1 inch
  • 9.5in – Hibbs Retractor – Head: 0.75 x 2 inch
  • 9.5in – Hibbs Retractor – Head: 0.3.25 x 2.5 inch

Hohmann Retractor

  • 9.25in – Hohmann Retractor – Head: 10mm wide
  • 9.25in – Hohmann Retractor – Head: 18mm wide
  • 9.25in – Hohmann Retractor – Head: 25mm wide
  • 9.25in – Hohmann Retractor – Head: 43mm wide
  • 9.25in – Hohmann Retractor – Head: 70mm wide
  • 6.25in – Mini Hohmann Retractor – Head: 6mm wide
  • 6.25in – Mini Hohmann Retractor – Head: 8mm wide

Knapp Retractor

  • 5.25in – Knapp Retractor, Blunt, 4 Prongs, 5-1/4in
  • 5.25in – Knapp Retractor, Sharp, 4 Prongs, 5-1/4in

Murphy Retractor

  • 7.5in – Murphy Retractor – Sharp – 2 Prongs
  • 7.5in – Murphy Retractor – Sharp – 3 Prongs
  • 7.5in – Murphy Retractor – Sharp – 4 Prongs
  • 7.5in – Murphy Retractor – Sharp – 6 Prongs
  • 7.5in – Murphy Retractor – Blunt – 2 Prongs
  • 7.5in – Murphy Retractor – Blunt – 3 Prongs
  • 7.5in – Murphy Retractor – Blunt – 4 Prongs
  • 7.5in – Murphy Retractor – Blunt – 6 Prongs

Ragnell Retractor

  • 6in – Ragnell Retractor

Scoville Retractor

  • 9in – Scoville Nerve Root Retractor, Angular – Head: 8mm wide
  • 9in – Scoville Nerve Root Retractor, Straight – Head: 8mm wide

Taylor Spinal Retractor

  • 7.25in – Taylor Spinal Retractor – Blade 1-1/4in x 3in
  • 8.00in – Taylor Spinal Retracto – , Blade 1-1/4in x 4in

Volkman Finger Retractor

  • 4.5in – 2 Prongs – Blunt
  • 4.5in – 2 Prongs – Sharp
  • 4.5in – 3 Prongs – Blunt
  • 4.5in – 3 Prongs – Sharp
  • 4.5in – 4 Prongs – Blunt
  • 4.5in – 4 Prongs – Blunt
  • 4.5in – 6 Prongs – Blunt
  • 4.5in – 6 Prongs – Blunt

Laminectomy Retractors


Columbia Lip Retractors

  • 5.5in – Columbia Lip Retractors, Double End 37mm and 50mm Wide

Converse Alar Retractor

  • 4in Double End w/Blunt Double Hooks, 10mm and 14mm Wide

Cotte Knife Guide and Retractors

  • 8in – Cotte Knife Guide and Retractors - 10mm Wide, and 5mm Wide Slotted Hook

Cottle Thumb Retractors

  • 1.5in Cottle Thumb Retractors, Sharp Double Hook 8mm Wide

DeLee Universal Retractors

  • 9.5in – DeLee Universal Retractors – Blade 2-1/4in x 2in

Fine Lip Retractors 6in, Double End 25mm and 36mm Wide

  • 6in -Fine Lip Retractors – Double End 25mm and 36mm Wide

Mayo Abdominal Retractor

  • Mayo Abdominal Retractor, 2-3/4in Blade

Meyerding Lainectomy Retractors

  • 9.5in – Meyerding Lainectomy Retractor, Large Blade, 3-1/2in x 2in
  • 9.5in – Meyerding Lainectomy Retractor, Medium Blade, 3in x 1in
  • 9.5in – Meyerding Lainectomy Retractor, Small Blade, 2in x 5/8in

Millard Thimble Retractor

  • 0.625in – Millard Thimble Retractors, 5/8in Working Length Sharp, Single Hook

Pediatric Retractors


  • Pediatric Deaver Retractor – 19 x 180mm (0.75 x 7 in)
  • Pediatric Deaver Retractor – 16 x 190mm (0.625 x 7.5 in)
  • Pediatric Deaver Retractor – 3x 200mm (0.125 x 8 in)
  • Pediatric Gelphi Retractor, w/Grip Lock (5.5in)
  • Pediatric Ribbon Retractor, 1 in x 8 in
  • Pediatric Ribbon Retractor, 5/8in x 8in
  • Ribbon Retractor, 1 in x 13 in

Pelvic Retractors


  • 5in – St. Marks Deep Pelvic Retractor – with lip
  • 7in – St. Marks Deep Pelvic Retractor – with lip
  • 7in – St. Marks Deep Pelvic Retractor – without lip

Rectal Retractors


  • 10in – Sawyer Rectal Retractor, 3.5 x 1.5in – Large
  • 10in – Sawyer Rectal Retractor, 3.0 x 1.8in – Medium
  • 10in – Sawyer Rectal Retractor, 2.5 x 0.875in – Small
  • Smith Anal Retractor, 7/8in x 2-3/4in

Rhinoplastic Retractors


  • 6.5in – Aufricht Retractor-Speculum, Solid Blade
  • 5.5in – Cottle Retractors, Four Blunt Prongs 2 Center Prongs Recessed
  • 6.5in – Fomon Retractor, Two Prongs w/ Ball Tips, 11mm Wide

Self-Retaining Retractors


  • Blunt Weitlaner Retractor – 5.5in
  • Spread Gelpi Retractor - 5.5in
  • Weitlaner Retractor Blunt – 6.5in
  • Adson Retractor 7-1/2 in Angled Sharp, 4×4 Teeth, 3/4in x 3/4in
  • Adson Retractor 7-1/2 in Sharp, 4×4 Teeth, 3/4in x 3/4in, Angeled Arms
  • Adson Retractor 7-1/2 in Sharp, 4×4 Teeth, 3/4in x 3/4in, Straight Arms
  • Alm Minor Surgery Retractor, w/ 4mm Prongs, 2-3/4 in

Automatic Skin Retractor, Blunt Teeth, 4 Prongs

  • Automatic Skin Retractor, Blunt Teeth, 4 Prongs
  • Automatic Skin Retractor, Sharp Teeth, 4 Prongs

Balfour Abdominal Retractor

  • Balfour Abdominal Retractor w/ Rachet Bar Assembly
  • Balfour Abdominal Retractor w/Fenestrated Side Blades – 3″ Wide x 2″ Deep Center Blades, 10in Spread
  • Balfour Abdominal Retractor w/Fenestrated Side Blades – 3″ Wide x 4″ Extra Deep Center Blades, 7in Spread
  • Balfour Abdominal Retractor w/Fenestrated Side Blades – 3″ Wide x 2″ Deep Center Blades, 7″ Spread
  • Balfour Abdominal Retractor w/Solid Side Blades – 3″ Wide x 2″ Deep, 7″ Spread
  • Balfour Baby Retractor – Maximum Opening – 3 1/4″ Bar Length – 5 1/4″
  • Balfour Center Blade – 2in W x 5in D
  • Balfour Center Blade For Retractor, Extra Deep Model, 2-3/4in x 4in
  • Balfour Center Blades – 3″ Wide x 2″ Deep
  • Balfour Center Blades – 3″ Wide x 4″ Deep
  • Beckman Retractor 12-1/2 in, Hinged, Sharp, 4×4 Teeth 3/4in x 1in
  • Beckman-Adson Retractor 12-1/2 in, Hinged, Sharp, 3/4in x 1in

Farr Automatic Wire Retractors

  • 3.5in – Farr Automatic Wire Retractors

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