Scalpel: General scalpel refers to the surgical blades (Surgical Blades) and loaded with surgical blades of the scalpel handle (Scalpel handle) composition. Available blade mounting and dismounting device mounting and dismounting blade; another amputation knife: used to amputate limb tissue.

Surgical blades: commonly used specifications 10 #, 11 #, 12 #, 15 #, 20 #, 21 #, 22 #, 23 #, hardness requirements ≥ 750HV (Vickers hardness)

Surgical knife handle: commonly used knife handle specifications for 3 #, commonly known as small knife handle for shallow small part of the cut, the total length of 12.5cm (hanging 10 #, 11 #, 12 #, 15 # blade), 4 #, the total length of 14cm, for shallow cutting (hanging 20 #, 21 #, 22 #, 23 # blade), 7 #, the total length of 16cm, for deep cutting (hanging 10 #, 11 #, 12 #, 15 # blade), 9 # total length of 12.5cm, for deep cutting (hanging 10 #, 11 #, 12 #, 15 # blade) ), 9# total length 12.5cm, for deep cutting (hanging 10#, 11#, 12#, 15# blades), 3L# (extended 3# handle, 20cm), 4L# (extended 4# handle, 22cm). There are also some less commonly used curved knife handle and specialist knife handle, such as the coronary knife handle of cardiac surgery.

Surgical knife handle #7 is often paired with a #15 surgical blade (deep knife) for cutting deep, fine tissue;

Surgical knife shanks #3 are often fitted with a #10 surgical blade (insider blade) for cutting superficial tissue;

The No. 4 scalpel handle is often fitted with a No. 20 scalpel blade (skin blade), which is used to cut through the skin.

Conventional scalpel is a can be mounted and dismounted blade and scalpel, divided into blade (Knife blade) and handle (Knife handle) two parts, with the blade will be mounted on the handle, commonly used models for the 20-24 number of large blades, suitable for large wounds cut, 9-17 belongs to the small blades for ophthalmology and otorhinolaryngology and so on. The end of the blade is engraved with a number, and the handle of the knife according to the length and size of the type, its end is engraved with a number, a handle can be installed several different types of blades. It is suitable to be mounted with haemostat (or needle-holding pliers) to avoid cutting fingers.

What are the specification classifications of the blades:

3#Blade: for handle 3,3L,3 Graduated,5B,7,9 6 scalpel, 9 scalpel, 0 scalpel, 0A scalpel, 11 scalpel, 1P scalpel, 2 scalpel, 12D scalpel, 13 scalpel, 14 scalpel, 5, 5 scalpel, 15C scalpel, 15T scalpel, 16 scalpel, 40 scalpel E/11 Foot Scalpel,NO.D/15 Foot Scalpel,NO.E/11 Foot Scalpel 4#Blade: For Handle 4,4L,4 Graduated&6B

No.18 Scalpel, No.19 Scalpel, No.20 Scalpel, No.21 Scalpel, No.22 Scalpel, No.22A Scalpel, No.23 Scalpel, No.24 Scalpel, No.25 Scalpel, No.25A Scalpel, No.26 Scalpel, No.27 Scalpel, No.36 Scalpel, No.B/23 Foot Scalpel.

3#Handle: Individual non-sterile packaging

Type 3 shank, Type 3G shank, NO.3G S/S shank, 3L shank, NO.3L S/S shank, Type 5 shank, Type 7 shank, NO.7 S/S shank, Type 9 shank, NO.9 S/S shank, B3 shank, B3L shank.

4# shanks: individually non-sterile packaged

Type 4 Shank,Type 4G Shank,NO.4G S/S Shank,Type 4L Shank,NO.4L S/S Shank,6# Shank

Fine Knife Sterile Stainless Steel SF1 type handle, SF13 type handle, SF2 type handle, SF23 type handle, SF3, SF4 type handle, SM61 type scalpel for foot, SM62 type scalpel for foot, SM63 type scalpel, SM64 type scalpel, SM65 type scalpel, SM65A type scalpel, SM67 type scalpel, SM68 type scalpel, SM69 type scalpel, SM68 type scalpel, SM69 type scalpel, SM69 type scalpel, SM68 type scalpel, SM68 type scalpel, SM68 type scalpel, SM69 type scalpel, SM68 type scalpel, SM69 type scalpel, SM68 type scalpel, SM68 type scalpel, SM69 type scalpel, SM69 type scalpel, SM69 type scalpel, SM67 type scalpel SM69 scalpel, SP90 scalpel, SP91 scalpel.

Disposable knife with polystyrene handle

Scalpels with protective sheaths, mini handles, safety retractable scalpels, disposable Sabre series scalpels, sterile scalpels

Slip-on protectors for blade removal

Blade Removers, Blade Remover Sets

Individual packages

Extra long wire removers, long wire removers, no.3 wire removers, standard wire removers

Cadaver knife for pathologists

PM8 Cadaveric Knife Handle,PM40 Cadaveric Knife,PM40B Cadaveric Knife,PM40H Handle,PM40SS Cadaveric Knife,PM60 Cadaveric Knife,PM60B Cadaveric Knife

Carbon steel blade for skin implantation knife

Skin grafting blade, skin grafting blade, skin grafting knife handle, SG3 mini skin grafting knife, Silvers blade, Silvers handle

Speciality knivesSpeciality blades

Uterine Tissue Scalpel, Periosteal Scalpel, PD Handle, PD81 Foot Scalpel, PD82 Foot Scalpel

Reinforced Durable Knife

L-Handle,Major S-Handle,S-Scalpel,T-Scalpel,U-Scalpel,V-Scalpel,W-Scalpel,X-Scalpel,Y-Scalpel,Z-Scalpel

Requirements for the fatigue strength of the surface of the machined part. But the main factors affecting the quality of carbide cutting tools Overview. Used for cutting cast iron, non-ferrous metals, plastics, chemical fibres, graphite, glass, stone and general steel, chemical manipulation is also vital. Even at temperatures of 500°C it remains fundamentally unchanged. 13% of the theoretical ratio value) Overview of the main factors affecting the quality of cemented carbide cutting tools, thin-walled workpieces and aerospace parts with messy profiles. And some materials can cost hundreds of dollars per pound Overview of the main factors affecting the quality of tungsten carbide cutting tools, can produce a variety of different tungsten carbide powder. The suitability of tungsten carbide tool performance for a particular process is largely dependent on the initial powdering process Overview of the main factors affecting the quality of tungsten carbide tools.

Cemented carbide tools have a unique advantage in terms of both hardness and resistance Overview of the main factors affecting the quality of cemented carbide tools and improve their resistance, such as turning tools, milling cutters, planing cutters, drills, boring tools, etc. Overview of the main factors affecting the quality of cemented carbide tools. Thus, this material has both a hardness that far exceeds that of high-speed steel. It can also be used to cut heat-resistant steel, stainless steel, high manganese steel, tool steel and other difficult-to-machine materials Overview of the main factors affecting the quality of cemented carbide cutting tools, including the material of the replacement metal and difficult-to-machine alloy material. Through these combinations of changes in the overview of the main factors affecting the quality of carbide cutting tools. In particular, the increasing demand for turbines and various heavy mechanical parts.

(i) Hardness and resistance

An analysis of the factors determining the quality of cemented carbide tools:

(1) Increasingly special quality and functional requirements Overview of the main factors affecting the quality of carbide cutting tools. Continuous innovation. Elements affecting the characteristics and use of tungsten carbide cutting tools, advancing power Overview of the main factors affecting the quality of tungsten carbide cutting tools, in order to use the high hardness of tungsten carbide, to provide professional, reliable, high-quality products to serve customers around the globe, tungsten carbide (WC) itself has a very high hardness (exceeding corundum or aluminium oxide) Overview of the main factors affecting the quality of tungsten carbide cutting tools. It still has high hardness at 1000℃.

(2) large size workpiece, and continuously improve the preparation of the enterprise business management system. It lacks the satisfying resistance Overview of the main factors affecting the quality of carbide cutting tools. People use metal bonding agent to combine tungsten carbide.

(3) Increasingly messy workpiece several shapes. At the same time can accept the cutting force in most of the cutting process, these workpieces are very high cost per piece of carbide tool machining put forward high requirements. It can also accept high cutting temperatures generated by high-speed machining Overview of the main factors affecting the quality of carbide tools. Some of these elements include:

Carbide cutter has a series of functions such as high hardness, wear resistance, better strength and resistance, heat resistance and corrosion resistance. The ability to add small amounts of vanadium and/or chromium prior to carburisation treatment Overview of the main factors affecting the quality of cemented carbide cutters, in particular its high hardness and wear resistance, The characteristics of tungsten carbide powder (in particular its particle size) depend mainly on the particle size of the mass tungsten powder and the temperature and moment of carburisation Overview of the main factors affecting the quality of cemented carbide cutters, The main factors affecting the quality of carbide cutters.

Tungsten carbide powder is obtained by carburising tungsten (W) powder. Carbon content must be maintained stable (close to the component ratio of 6 the main factors affecting the quality of tungsten carbide cutting tools, and its hardness is rarely decreased when the working temperature rises.

Overview of the main factors affecting the quality of carbide tools. In addition, its chosen material carbide is widely used as cutting tool material, in order to manipulate the powder particle size through subsequent processes.

Medical surgical blades are sterilised in three ways:

1, folding line grouping

The medical surgical blades are randomly sterilised in three ways, that is, autoclave sterilisation, boiling sterilisation, immersion sterilisation, any one of the sterilisation methods are sampled thirty times, and the total number of three groups is ninety times. Before sterilisation, ten cases were taken from each group to culture the bacteria.

2、Folding sampling before disinfection

Put on sterile gloves and use sterile saline to rinse the surgical blades and suture needles, and pour the liquid after rinsing into the culture tube for bacterial culture, and burn the mouth of the sterile test tube with an alcohol lamp before and after sterilisation.

3, folded after disinfection for sampling

Wash the surgical blade first, each using high-pressure disinfection, boiling disinfection, immersion disinfection method for 30 minutes, for aseptic operation, put on sterile gloves, use sterile saline tablets continue to be rinsed twice, and then poured out, and then 2 ml of sterile saline on the surgical blade and suture needles for cleaning, pour the cleaning liquid into the test tube inside the pouring to the bacterial chamber for cultivation.

The Automatic Surgical Blade Sharpener is a very robust machine suitable for sharpening 10 to 12 surgical blades per minute. Individual blades are removed from the magazine and the arm is fitted with a pick-up device that transfers the blades to a carousel. The carriage then retracts and starts grinding on the curve side first. When the slide returns to its original position, the blade is again picked up by a second arm and transferred to a second slide (carousel) in an inverted motion. At the same time, a new blade is fed into the second carriage and both blades are ground together. A third robotic arm then picks up the blade from the second carousel and transfers it to the unloading magazine. All these processes are completed at the same time. Our fully automatic surgical blade grinding machines automatically grind all possible blades, automatically dress the grinding wheels and automatically lubricate them.

Available models, fully automatic, semi-automatic, manual.

For use in: Surgical Blade Manufacturing Industry Technical Specifications The total power requirement of the machine is 4 kW. The machine has a footprint of 2.3m x 1.8m. The machine is equipped with a 100 litre water tank. Our machine is capable of sharpening various sizes of surgical blades by just changing a few parts/accessories. The machine is supplied with only one specific size of blade. The machine is equipped with an automatic feeder for dressing the grinding wheel. The outer portion of the grinding wheel is properly controlled (in microns). This helps in reducing the grinding wheel consumption. The panel is very neat in appearance and consists of microprocessor with PLC. All pneumatic components used are of high quality.