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HiTeck's Surgical Crown Removing Elevator Straight




This product comes with Lifetime Warranty against manufacturing defects including material, design and craftsmanship.

This instrument is not sterilized.

HiTeck Canada, founded in Toronto, Canada in 2009, is the manufacturer and distributor of quality Surgical & Dental instruments. HiTeck is a privately owned manufacturing company, passionately committed to providing its customers in Canada, USA and around the world with innovative quality products and services to all surgical disciplines. Our portfolio of more than 15,000 instruments covers the full spectrum of surgical specialities, including:

  • General Surgery
  • Oral & Maxillofacial                       
  • Orthopedics
  • Ear, Nose & Throat
  • Ophthalmology
  • Urology & Proctology
  • Podiatry
  • Obsterics & Gynecology
  • Plastic Surgery
  • Cardiothoracic Surgery
  • Dermatology
  • Microsurgery

 

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With strictly keeping our product range to high grade german stainless instruments, we are able to carry out our company's ideology, helping surgeons 

save lives, one after another. We support our quality with a dedication to best in class customer service based on instrument expertise. In partnering with HiTeck, our customers rest assured that they are getting excellent instruments at superior prices from experienced and skilled personnel.

It is with the combination of best in class quality, Price & Service, that HiTeck differentiates itself from othermanufacturers. We invite you to have a look at the HiTeck Value page to see how exactly we do that - there are in fact some real, tangible differences that set our model of doing business apartfrom the rest.

 

 

HiTeck Rewards™ is a program implemented by HiTeck to reward its customers on their purchases with us. It is our way of showing our appreciation to our loyal customers. hiteck-rewards.pngEnrollment in the system is automatic upon registering for a new customer account at hitecksurgico.com.

Uppon logging into your customer account, your HiTeck Reward™ points will be visible on the bottom right corner of the web page. Depending on your spending amount at our store, you will earn reward points which you can redeem to get store credit. You can redeem the Reward points for the following amounts:

1. $5 Store Credit for 500 Points

2. $25 Store Credit for 2,500 Points

3. $50 Store Credit for 5,000 Points

4. $75 Store Credit for 7,500 Points

5. $100 Store Credit for 10,000 Points

 

For more information on our Rewards program, please contact our customer service at [phone removed by eBay]or email us.

HiTeck partners with healthcare institutions across Canada, USA and around the world to supply its full line of premium German surgical instruments. Our instruments are used in hospitals and surgery centre operating rooms every day, providing surgeons with premium quality instruments so that we can help them save lives, one after another™

HiTeck offers a comprehensive line of more than 15,000 unique instrument patterns across all medical specialities, including: 

  • General Surgery           
  • Oral & Maxillofacial           
  • Orthopedics
  • Ear, Nose & Throat
  • Ophthalmology
  • Urology & Proctology
  • Podiatry
  • Obsterics & Gynecology
  • Plastic Surgery
  • Microsurgery
  • Cardiothoracic Surgery
  • Dermatology

 

Our product portfolio features premium, German stainless instruments that conforms to the highest standards in operating room quality instrumentation. Read more about our instruments here.

Please click here to view our corporate brochure for institutional clients.

 

Looking to Partner? Here's How.

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The first step in developing a relationship between HiTeck and your institution is to contact us at [phone removed by eBay]. We will pair you withan account representative who will understand your requirements and provide you with the information you need. 

For immediate quotations, simply email us or send a fax at +1.416.352.5205 with a list of the instruments. Please be sure to mention the quantity that you are looking for. When sending a fax or an email please make sure that full contact details for you and your institution is listed in the message. This ensures a fast and accurate response. 

You do not have to search our catalog and match the instruments with the ones in your posession. Simply send us the details along with the manufacturer name and code that you already possess. Our service representatives will cross reference the list with HiTeck product line and will respond with a formal price quotation in a timely manner. For accuracy, images or online links to the product page will also be provided with the quotation. This way you can be sure that you will get exactly the product that you want.

Through yearly contracts we save our institutional clients upto 40% on instrumentation purchases. For organizations not on contract, HiTeck will continue to fulfill orders on a quotation basis for as long as desired. Once business volume neccessitates a more formal arrangement, we can secure your organization within a contracted pricing tier and assign you a dedicated account representative for your instrument needs. Pricing Tiers are assigned based on annual purchase volumes.

Tier 1 - Bronze:

Yearly Spend: $0-$999.99

Under this tier you will receive no extra discount on the prices. You can still benefit from sales or special promotions, use coupon codes and earn HiTeck Reward points towards your purchases.

Tier 2 - Silver:

Year Spend: $1k-$5k

Tier 3 - Gold:

Year Spend: $5k-10k

Tier 4 - Diamond:

Year Spend: $10k-$20k

Tier 5 - Platinum:

Year Spend: $20k+

If your yearly spend is over $20k yearly, we would recommend you to set up a contract with us to ensure better prices.

 

Please note that our online store only represents a small portion of our full product portfolio. To get information on our products for specific medical speciality, please call us at [phone removed by eBay] or email us.

 

 

HiTeck Quality Assurance

HiTeck instruments are the result of a working knowledge of the surgeon’s art, exacting manufacturing specifications and strict adherence to our Quality Assurance program. From its origins as an idea, to the crafting of the prototype, to its appearance on a surgical tray, it takes more than 80 steps to create a HiTeck Certified Instrument. Every finished instrument is the result of years of performance monitoring and improvements.

Superior quality is built into our instruments at every stage of the manufacturing process. Nevertheless, before our instruments find themselves in a surgeon’s hand, they are subject to a final inspection process, performed by specially trained personnel, which includes:

  • Inspection against a master sample and/or drawing to assure identity and pattern consistency

  • Exacting caliper and micrometer measurements of critical dimensions

  • Function tests to ensure adherence to performance standards

  • Surface audits to detect imperfections, unwanted sharp edges, burrs and other irregularities. This is important to assure corrosion resistance and safety. Safety is an issue when non-functional sharp edges or burrs are present which could snag or tear rubber gloves and jeopardize safety

  • Tungsten carbide inserts should be inspected to make sure the tips have been cleanly soldered without voids, as well as for any excess soldering material

  • Corrosion and hardness tests to guarantee functionality and longevity

  • Marking to ensure proper manufacturing coding, sizing, identification numbers and maximum capacities

  • Regular checks for material and hardness certifications 

The following provides an abbreviated look at our QA instructions to check performance criteria for specific product groups: 

A) Scissors

Perform cutting tests with our testing material. Scissors must not snag the test material. Scissors must not bind when cutting appropriate layers. The heavier the scissors, the more layers of material they must cut. The blades must run smoothly, without much hesitation in the closing process. Check for burrs, especially at the tip of cutting edge. If present, hesitation will usually result when closing the scissors. Make sure screw lock is secure and proper play exists when opened. 

B) Forceps

Check against a light source to ensure that no substantial amount of light passes through closed jaws. Do clamp tests by pressing the jaws together on a plastic surface. The impression on the plastic should be clear and consistent. Teeth must fit together closely. Jaws must be aligned correctly. Ratchets must engage crisply, yet smoothly. When ratchets are engaged at the first ratchet they should not open when the instrument is lightly tapped against the edge of a table. 

C) Needle Holders

The jaws of needle holders must close tightly so that little or no light shines through the front 2/3 of the closed jaws. Must hold suture material. Do ratchet and clamp tests as with forceps. 

D) Retractors

Check ratchets for proper holding action. Check tips for sharp, blunt or semisharp edge. Check all edges for nonfunctional sharpness. Make sure mechanisms work smoothly, e.g., thumb ratchets, etc. Check holding power with ratchet engaged. Make sure ratchet teeth engage properly. 

E) Cutting Forceps

Perform cutting tests with the appropriate testing material. Generally, cutting forceps are required to cut cleanly with the front half of the jaws. Make sure tips close properly from the top to the middle of the jaws. Make sure cutting edges don't spread at the very tip when jaws are closed. 

F) Pin & Wire Cutters

Perform cutting tests with the appropriate pin or wire according to maximum capacity etched on instruments. 

G) Implant Management Instruments

Instruments used to implant wires, screws and plates are subject to very strict dimensional and functional inspections because they have to mate in the field with a variety of other implants and instruments, often made by different manufacturers. A screwdriver which does not fit the head of a screw is useless.

H) Overall Length

Overall length is measured with different tools, depending on the tolerance required. It is possible that some instruments will vary as much as 1/2" from the length specified in the Sourcebook description. This is true only in cases where the overall length is not critical. Thus an instrument listed as 6" long may actually be between 5 1/2" and 6 1/2" long. This variance is industry convention, and is the result of metric European sizes being rounded off when converted to inches. To ensure pattern consistency, we also compare the overall length to our master sample or drawing to verify the correct length. 

I) Critical Dimensions

Tip details and other important dimensions are measured with calipers, micrometers or other specially built gauges and must meet predetermined tolerances.

Once instruments have gone through this inspection process, they are qualified to be HiTeck Certified and they are ready to be used. 

 

FAQ's regarding surgical instruments

Staining

Staining is most frequently the result of improper or inadequate cleaning. Stains can be caused by mineral deposits in the water or electrolysis. Instruments should be cleaned in distilled water to avoid this. Staining should not be confused with rusting. 

Blue Stains

This discoloration is usually caused by cold disinfecting or sterilizing solutions. Solutions should be changed frequently, as corrosion may otherwise occur. Distilled water will also inhibit discoloration.

Black Stains

This discoloration can occur when instruments are exposed to ammonia, which is present in many hospital cleaners, and are not then adequately rinsed. When possible, avoid using cleaning agents with ammonia, and always rinse instruments thoroughly. Black stains can sometimes be caused by residues of chemicals used to clean the steam pipes.

Brow Stains

Brown stains are probably the result of oxidation and should not be confused with rust. It forms naturally on stainless steel and helps prevent atmospheric corrosion. It should not be a cause of concern.

Spotting

Spotting is usually the result of improper cleaning. It may be caused by the water in which instruments are washed or by detergent residues in the wrapping material.

Light Spots

Mineral-rich tap water or detergent residues may leave deposits. Rinsing the instrument in distilled water will generally remove these deposits; if this fails, they can usually be cleaned off using a special, nonabrasive stainless steel cleaner or stain remover. To avoid this problem, thoroughly dry instruments in the autoclave and avoid using cloths with detergent residues.

Dark Spots

Like light spots, these are usually caused by mineral deposits in the water used to clean, rinse and sterilize instruments. To avoid this problem, always use distilled water.

Rust Like Film 

This film may be caused by residue in steam pipes. Unfortunately, little can be done in this situation. The film may also be caused by chemical compounds used to treat water. As a result, iron may be deposited on instruments. Take this up with hospital engineering staff. Use distilled water to clean instruments.

Spots and stains may also be caused if too much or the wrong kind of detergent is used to wash the instruments. Use a cleaner formulated specifically for surgical instruments.

Rust/Corrosion 

If treated properly, stainless steel does not usually rust. Brown discoloration, which looks like rust to the ordinary eye, is often mistaken for rust.

Is it Rust?

A quick test to check whether you are dealing with rust or discoloration is to take an ordinary rubber eraser and try to rub away the imperfection—if you are able to do so, the problem is not with the instrument, and you should look into possible causes in the care and handling of the instrument.

If the instrument is corroding, it can be seen with a magnifying glass, because small pits begin to form in the steel. Such instruments should be removed from circulation and no longer used. 

Corrosive Substances

Rusting may be the result of exposure to salts, saline, blood, iodine, chloride, bleach or other aggressive substances or due to the use of abrasives in the cleaning process, which can wear away the passive layers. Surgical instruments should only be cleaned with solutions which the manufacturer has specifically stated are safe for such use.

Inadequate Cleaning

Corrosion can also be the result of inadequate cleaning. If blood or other bodily secretions are allowed to remain on the instruments, corrosion may occur. This is particularly a problem in hard-to-clean areas such as jaw serrations, box locks and ratchets. Instruments should be cleaned in the open position, and whenever possible should be disassembled. Instruments should also be cleaned in distilled water. Deposits may form on instruments if they are washed in tap water, which may cause spotting and eventually corrosion.

Incomplete Drying

Incomplete drying may also end in corrosion—instruments should not be removed from the autoclave until they have been thoroughly dried. 

Lubrication

Instruments should always be carefully lubricated. Failure to do so may result in wear, which could lead to corrosion. 

Improper Usage

Improper usage is another common cause of corrosion. When corrosion appears at stress points in an instrument, e.g., at the jaws or box lock, this may be a sign of improper usage. 

Improper Marking

Rust can also be caused by improper marking of the instrument with an engraver. Never mark anything on a box lock since it may weaken it.  

Rust Transfer

Rust transfer can occur when instruments made of dissimilar metals come into contact for an extended period of time—to avoid this, wash and sterilize instruments of different metals separately.

Transfer rust can usually be removed with a rubber eraser. If neglected, however, rust may begin to mar the surface. 

Pitting

Pitting may be caused by the use of improper cleaning agents, such as saline or bleach. Use only cleaners formulated for use with surgical instruments.

It may also be the result of the use of improper concentrations of cleaning agents, or cleaning agents which have a pH level which is too acidic or alkaline. Avoid using these kinds of detergents. The optimal pH for a cleaning fluid is close to neutral, ca. pH(7).

Pitting may also occur in the ultrasonic cleaner if instruments of different metals are cleaned in the same cycle. This can also occur in the autoclaving process. 

Broken Instrument

An instrument should not normally break if it is being used for its intended purpose.

Breakage is likely the result of either an instrument being used for something other than what it was designed for, or being used to perform a task beyond its capacity, e.g., a wire cutter with a maximum cutting capacity of .045” is used to cut a wire of a larger size.

Another cause of breakage comes during the ultrasonic or autoclaving process. Instruments should be cleaned and autoclaved in the open, not locked, position. In the locked position, the heat may make the instrument expand and crack the box lock.

Instruments may also break as the result of careless handling. Some simple guidelines:

  • Open all locked instruments

  • Don’t overload instruments in the ultrasonic cleaner

  • Always sort instruments carefully

  • Delicate or sharp instruments should be separated—especially microsurgical instruments

  • Clean and store delicate or sharp instruments in specialty trays and containers

    In the rare case that a flaw in the material or workmanship caused the breakage, HiTeck will replace the item free of charge. 

Damanged TC Insert

Tungsten carbide inserts, while more durable than steel, are not designed to last forever. It is possible that damaged or worn inserts may simply need replacement.

Premature wearing can be avoided by always using the instruments for their intended purpose. HiTeck guarantees carbide inserts for three years against manufacturing and material defects.

Damage may also result from improper cleaning. Instruments with TC inserts should never be cleaned in sterilizing solutions containing benzyl ammonium chloride (BAC). BAC will soften and dissolve the tungsten carbide. 

 

1.0 Maintaining the Surface

New Instruments

Newly purchased instruments must be cleaned, lubricated and autoclaved immediately before use. 

Correct Use

Instruments are designed for a particular purpose and should be used only for that purpose. Even the strongest instrument can be damaged when used inappropriately, i.e., when a nail splitter is used to cut wire. 

Water And Stainless Steel

Ordinary tap water contains minerals that can cause discoloration and staining. Therefore, we recommend the use of distilled water for cleaning, disinfecting, sterilizing and rinsing instruments. To avoid staining, use a cleaning solution with a pH near neutral (7). Instruments should be placed in distilled water immediately after use. They should never be placed in saline solution, as it may cause corrosion and eventually irreversible pitting. 

Manual Cleaning And Soaking

When handling instruments, be very careful not to damage their fine tips and mechanisms. If instruments have been exposed to blood, tissue, saline or other foreign matter, they must be rinsed in warm (not hot) water before these substances are allowed to dry. Failure to do so may result in rust. After rinsing, immerse them in a cleaning and disinfecting solution. 

Because many compounds, including certain chemicals, are highly corrosive to stainless steel, rinse and dry instruments immediately, in case they have come in contact with any potentially harmful substances. 

If no ultrasonic cleaner is available, clean the instrument very carefully. Pay particular attention when cleaning box locks, serrations, hinges and other hard- to-reach areas. What's more, use nylon (not steel) brushes and warm (not hot) cleaning solutions. Follow the manufacturer's instructions for the preparation of the cleaning solutions. Remember to change these solutions daily. 

2.0 Ultrasonic Cleanising

Ultrasonic cleaning is the most effective and efficient way to clean instruments. To maximize its effectiveness, instruments should be cleaned of all visible debris before they are put into an ultrasonic cleaner. Please note that chrome-plated instruments may rust if they are not dried and lubricated immediately after sterilization. In addition, we recommend the following:

  • Do not mix dissimilar metals, e.g., chrome and stainless, in the same cycle.

  • Use only designated cleaners.

  • Open all instruments so ratchets and box locks are accessible.

  • When possible, disassemble instruments for optimal cleaning.

  • Avoid piling instruments on top of each other when loading and follow the manufacturer’s instructions.

  • Remove and rinse off instruments immediately after the cycle is finished.

  • Allow instruments to air-dry thoroughly.

  • Lubricate all moving parts after cleaning and before sterilization.

  • Use only surgical lubricants, which can penetrate the instruments during the sterilization process.

  • Change the water in the cleaner regularly. 

3.0 Instrument Checkup

The best time to review the condition of instruments is after they have been cleaned and lubricated and have cooled off. Consider the following: 

Function: 

“Sharps” must cut cleanly (resharpen if needed) and close properly. Check for burrs along the cutting edges. Needle holders and clamps must engage properly and meet correctly at the tips. 

Surface:

Carefully inspect surfaces for any sign of staining, cracking or other irregularities. Common sources of staining are:

  • Inadequate cleaning

  • Mixing dissimilar metals

  • Impurities in the water

  • Unsuitable or improper preparation and usage of cleaning and disinfecting or maintenance agents

  • Noncompliance with operating procedures of cleaning and sterilizing equipment 

4.0 Lubrication And Autoclaving

All instruments must be properly cleaned before autoclaving. Then their moving parts, such as box locks and hinges, should be well lubricated. Be careful to use surgical lubricants and not industrial oils. Always sterilize instruments in the open, unlocked position. We recommend that instruments be wrapped in cloth and then placed in the container, or that a cloth be put on the bottom of the pan to absorb moisture. The cloth should be pH(7) neutral and have no residue of detergents. Finally, avoid sudden cooling. Instruments should be allowed to air- dry, not rinsed or dried off. 

5.0 Cold Sterilization or Disinfecting

Prolonged immersion in disinfecting or sterilizing solution can damage surgical instruments. Do not soak instruments for longer than 20 minutes. To render the instruments sterile and ready for use, use an autoclave cycle.

Caution:

Instruments with tungsten carbide inserts, such as wire cutters, needle holders and TC scissors, should never be immersed in sterilizing solutions containing benzyl ammonium chloride (BAC). BAC will soften and dissolve the tungsten carbide. Never use bleach as it will cause severe pitting. 

6.0 Storage

Once instruments are thoroughly dry, store them in a clean, dry environment. Never put them in areas where chemicals may emit corrosive vapors or where temperature and moisture variations could cause condensation on the instruments. 

 

Quick Instrument Care Checklist

  1. Rinse and soak soiled instruments immediately after use. Thoroughly clean before autoclaving.

  2. Clean, autoclave and sterilize instruments in an open position.

  3. Do not stack or entangle instruments.

  4. Follow the manufacturer’s recommendations when using equipment and cleaning solutions.

  5. Keep instruments properly lubricated.

  6. Inspect instruments regularly. 






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