In addition, it also describes passivation as “the chemical treatment of stainless steel with a mild oxidant, such as a nitric acid solution, for the purpose of enhancing the spontaneous formation of the protective passive film.”

In layman’s terms, the passivation process removes “free iron” contamination left behind on the surface of the stainless steel as a result of machining and fabricating processes. These contaminants are potential corrosion sites which, if not removed, result in premature corrosion and ultimately result in deterioration of the component.

Our Kits are very popular among students and make an excellent gift for Biology students, medical students etc.

Anatomy Kit

This Kit for anatomy students, teachers, and professionals. An excellent choice for field work and lab use. This anatomy kit contains all the necessary tools required for your study. Anatomy kit is used for analysis of fetal pigs, and many other preserved animals.

Medical Tools 18 Instruments is compiled for Anatomy Kit. All Tools are made from Surgical Grade stainless steel and used by professionals.

Anatomy Kit Includes:

• 01 Plastic Ruler 6″
• 01 Mall Probe
• 01 Teaser Needle Angled
• 01 Teaser Needle Straight
• 01 Dressing Forceps 16cm
• 01 Mosquito Forceps 12.5cm
• 01 Scalpel Handle #3
• 04 Blades for Scalpel Handle #3
• 01 Scalpel Handle #4
• 04 Blades for Scalpel Handle #4
• 01 Dissecting Scissors 14cm Sharp/Blunt
• 01 Hooks with Chain
• Free Pouch

Botany Kit

Medical Tools has introduced this Kit for Botany students, teachers, and field botanists; a good choice for field

 Instruments Care and Handling

• Medical Tools Instruments last for years with proper care and handling. Please use these guidelines for all stainless steel instruments.
• Brand new instruments should be cleaned prior to first sterilization.
• Contaminated instruments should be processed as soon as possible.
• Stubborn protein particles can be removed with a scrub brush. Never use steel wool, abrasives or an acid rinse.
• Open joints on instruments prior to preparation
• Do not use multipurpose detergents to wash or soak instruments. Instead, use a low-suds detergent specifically designed for instruments. The pH should never be higher than 8. When using ultrasonic, a detergent with a pH of 6, 7 or 8.
• Lubrication is vital to a long instrument life.
• Avoid silicone lubricants because they tend to build up and mix with debris to clog moving parts, which becomes almost impossible to remove. Debris buildup can have a “rust-like” appearance.
• Rinse your cleaned instruments

Followings are categories of Surgical Instruments used in the industry.

• Handles and Cutters
• Surgical handles
• Sterile Blades
• Skin Grafting Knives
• Delicate Scissors
• Oral Scissors
• Tc Scissors
• Super Cut Scissors
• Forceps
• Serrated Dissecting Forceps
• Delicate Dissecting Forceps
• Toothed Dissecting Forceps
• Splinter Forceps
• Tc Dissecting Forceps
• Dissecting & Ligature Forceps
• Tissue Forceps
• Safety Pin Forceps Holders
• Sponge Holding Forceps
• Dressing Forceps
• Haemostats Forceps
• Micro Needle Holders
• Needle Holders
• Tonsil Artery Forceps
• Mouth Gags
• Tongue Depressors
• Preparation Instruments
• Towel Clamps
• Tc Needle Holders
• Ophthalmology
• Iris Forceps
• Capsular Forceps
• Probes
• Dissectors
• Retractor
• Suture Instruments
• Aneurysm Needles
• Hand Held Retractors
• Self Retaining Retractors
• Trocars
• Cholecystectomy & Gall Stone
• Gall Duct Probes
• Gall Duct Dilators / Scoops
• Cholecystectomy And Gall Stone Forceps
• Intestinal Clamps
• Vaginal Speculum
• Vaginal Retractor / Uterine Dilators
• Uterine

Stainless Steel is a generic term commonly used to describe a group of Iron-based alloys which exhibit a phenomenal resistance to rusting or corrosion because of it’s Chromium content. Chromium has been added in small amounts to strengthen Steel since the Famous Eads Bridge spanned the Mississippi River at St. Louis, Missouri, in 1872. But it was only discovered in the present century that when Iron was alloyed with Chromium in excess of 10%, and Carbon held suitably low, it was effectively rustproof. The term “Stainless” was
first used to describe steel cutlery that was produced in Sheffield England in C.1916. In 1913 316L stainless Steel was first patented, In 1926 a Stainless Steel composed of 18% Chromium and 8% Nickel was developed, however, this steel still had problems with corrosion resistance. This problem was solved by the addition of 2-4% Molybdenum.