Orthodontic manufacturer & worldwide supplier offering a full line of orthodontic products including archwires, elastomerics, brackets, bands and tubes.
Pre-Stopped Archwires, Dimples, and Cinch Back Bends
The possibility of nickel titanium archwires slipping through brackets and migrating around the arch has long been recognized. Cinch back bends are difficult to apply & retain in Nickel Titanium and dimple offsets at the mid-line have been the conventional solution to the problem.
We have another solution!
Our pre-stopped nickel titanium archwires, especially popular with self-ligating bracket systems, come pre-loaded with properly tempered crimpable stops. They are friction fit on the wire so they may be slid into position easily, a final crimp is applied to set them permanently.
Available in G4™ Nickel Titanium and M5™ Thermal Nickel Titanium.
Clinical Tip: Stops can be positioned anywhere on the archwire, but are generally crimped mesial to anterior crowding.
G&H® and ODP team up to form Comprehensive Orthodontic Manufacturer distributing in over 80 countries
Franklin, Indiana, August 22, 2012
G&H® Wire Company announced today that it has merged with Orthodontic Design & Production, Inc. (ODP) of Vista, California, making it the orthodontic industry's only full-line supplier of orthodontic appliances and accessories dedicated to servicing independent distributorships around the world. The combined company's core product line will now expand to include ODP's orthodontic brackets, bands, and buccal tubes, in addition to the archwires, springs, and elastomerics manufactured by G&H®. Each of these products will continue to be designed and manufactured in the United States at the company's Indiana and California facilities, to help ensure product quality, reliability of delivery, and overall value for the company's customers.
"The combination of ODP and G&H® instantly generates a powerful, comprehensive line of advanced orthodontic technologies and ancillary products that will continue to have a meaningful impact on the advancement of orthodontic science," said Russ Trenary, President and CEO of G&H®. "The fact that our products are designed and manufactured in the United States assures our customers of the reliability and product quality expected of experienced manufacturers, combined with the simplicity, efficiency, and value of a comprehensive full-line supplier. In addition to our vast Ortho Club® offering, we believe we now have the widest range of private label and branded orthodontic products available to independent distributors, giving them a uniquely competitive advantage in today's global market."
"Since its inception, ODP has worked hard to make value and quality synonymous with its brand," said ODP's president, Patrick Roman. "The fact that G&H recognizes the enormous upside of a growing, and versatile orthodontic design and manufacturing firm such as ODP makes this an exciting time in our history. ODP has been expanding at a tremendous rate over the past several years, both domestically and internationally, so the timing for us to blend with a respected industry leader such as G&H® makes perfect sense for ODP and our customers. We are excited to incorporate our talented staff of professionals, our globally trusted brands, and our state-of-the-art product lines with G&H® to form an exciting entity that will continue to focus on value, service, and quality for independent orthodontic distributors around the world."
Contact:
Jon Sweitzer | G&H® Orthodontics - Director of Sales and Marketing
317-346-6655 (Office)
[email protected]
or
Tracey Pelletier | ODP - Director of Marketing and Sales
760-734-3995 ext. 22 (Office)
[email protected]
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About G&H Wire Company
G&H® Wire Company, founded in the 1970's and located in Franklin, Indiana, is a full-line supplier of orthodontic technologies specializing in the precision manufacturing of force-producing products. Its global distribution network covers more than 70 countries.
The G&H Ortho Club® is a wholesale buying club that provides orthodontic practitioners with access to brand name clinical supplies required on a daily basis.
The G&H® Orthoforce® line includes all the products that actually move teeth; arch wires, springs, and elastomerics. Precision manufacturing, coupled with performance testing, is how G&H® produces consistent, reliable force values in all Orthoforce® products.
About ODP
Founded in Vista, CA in 1992 for the purpose of designing, manufacturing and distributing high quality, affordable orthodontic appliances throughout the world while specializing in brackets, bands, and buccal tubes. ODP is a two-time award winning manufacturer and distributor recognized for its role in the international market place. Its Global distribution network encompasses more than 60 countries.
ODP's design and manufacturing programs utilize a powerful blend of the latest design software, precision engineering techniques, proven and cutting edge manufacturing technologies, all carried out under a quality management system that is fully compliant with the many global and domestic regulatory requirements that govern medical device manufacturers. In addition, ODP is an active member of the World Trade Center, San Diego.
Selecting Archwires Based Upon Performance Characteristics
Using an archwire without knowing its performance characteristics would be like using brackets with unknown prescription values. Selecting wire products based upon their known qualities will give you the ability to apply force with quick, gentle and expedient results.
Our wire performance documentation, along with our extensive inventory, will help you formulate wire progression based on ideal treatment objectives: systematically maintain, increase or reduce applied force over various ranges of activation.
We record the delivery and recovery forces of our wire using our state-of-the-art stress/strain 3-point wire test (picture). A load cell probe impacts a wire in a 37°C (body temperature) water-bath and records the forces throughout the range, from deflection to recovery. We then use that documented data to create our Force Value Graphs, giving you a reference to the recovery force, in grams, of each G&H brand archwire that is available to you
Browse our full line of orthodontic wire.
As a premier orthodontic wire manufacturer, we maintain total control of all material specifications and a unique production processes that no other manufacturer can match consistently. This allows us to deliver a world-class quality product.
Recommended Sterilization Methods for Orthodontic Instruments
As with other medical and surgical instruments, dental & orthodontic instruments are classified into three categories -- critical, semi-critical, or noncritical -- depending on their risk of transmitting infection and the need to sterilize them between uses.
Each dental practice should classify all instruments into these 3 categories and follow instructions provided by the manufacturers of medical/dental instruments and sterilization devices.
Critical
Surgical and other instruments used to penetrate soft tissue or bone are classified as critical and should be sterilized after each use.
Semi-critical
Instruments such as mirrors and amalgam condensers that do not penetrate soft tissues or bone but contact oral tissues are classified as semicritical and should be sterilized after each use. If, however, sterilization is not feasible because the instrument will be damaged by heat, the instrument should receive, at a minimum, high-level disinfection.
Noncritical
Instruments or medical devices such as external components of x-ray heads that come into contact only with intact skin are classified as noncritical. Because these noncritical surfaces have a relatively low risk of transmitting infection, they may be reprocessed between patients with intermediate-level or low-level disinfection.
Before sterilization or high-level disinfection, instruments should be cleaned thoroughly to remove debris. Persons involved in cleaning and reprocessing instruments should wear heavy-duty (reusable utility) gloves to lessen the risk of hand injuries.
Cleaning may be accomplished by thorough scrubbing with soap and water or a detergent solution, or with a mechanical device (e.g., an ultrasonic cleaner). Doing this as soon as possible after use will prevent drying of patient material and make cleaning easier and more efficient.
Note: Ultrasonic cleaning of G&H cutting pliers is not recommended. Solutions combined with vibrations are very caustic and could dull or damage cutters. If ultrasonic cleaning is chosen, follow equipment manufacturer's recommended immersion schedule.
Autoclave
Air and towel dry instruments
Instruments may be bagged prior to sterilization.
Place instruments on autoclave tray with jaws open. Proceed following manufacturer's recommendations.
Remove instruments promptly after cycle is complete to avoid possible signs of corrosion.
Once cooled, lubricate instruments sparingly.
Chemclave
Air and towel dry instruments
Instruments may be bagged prior to sterilization.
Place instruments on paper towels. Do not process for longer than 20 minutes. Make sure that chemical additives are in correct proportions.
Remove instruments promptly after cycle is complete to avoid possible signs of corrosion.
Once cooled, lubricate instruments sparingly.
Dry Heat
Air and towel dry instruments - especially joints.
Place on trays, sheets, or racks for recommended cycle, from 6 to 30 minutes (follow equipment manufacturer's instructions).
Once cooled, lubricate instruments sparingly.
Cold Sterilization (2% Glutaraldehyde)
Air and towel dry instruments - especially joints.
Totally immerse instruments in solution. Sterilization requires 10-hour immersion.
Remove instruments from solution and rinse in sterile water. Prolonged immersion is not recommended, especially for cutters.
Air dry joints to remove all moisture. Lubricate sparingly.
We hope you found this information useful. For best results, be sure follow the manufacturer recommendations of your instruments and sterilization equipment.
Our instruments have been tested and found to be resistant to corrosion when sterilized using the stated methods. Visit our website to view our complete offerings.
The quality of orthodontic elastics varies depending on the manufacturer. Most face significant challenges in controlling quality as massive quantities are produced.
As a precision elastomeric manufacturer, we understand the importance of consistent force value tolerances and quality.
All elastomerics should be stored in cool, dry, dark area for maximum preservation. Exposure to natural or artificial light can have detrimental effects on an elastic's resiliency and tear strength.
Elastomeric materials provide an elevated initial force level which consistently declines once the elastomer has been elongated. The degree of force continues to decline as long as the elastomer remains elongated.
Elastomeric chain and ligatures should be replaced every 3-4 weeks to maintain clinical effectiveness. Patients should apply fresh elastics frequently.
The effectiveness of an elastomeric product depends upon application specifics such as degree of expansion, environment, necessary force, and length of time applied.
Avoid applying elastomeric chain where the material must be elongated more that 4 times its passive diameter.
We hope you found these few tips helpful. Visit our elastomerics section of our website for product information and options.
An Orthodontic Moment in History - Posted Archwires
Posts have been attached to archwires in an effort to correct malocclusions almost from the start of modern orthodontic treatment.
In 1910, Dr. Edward Angle, regarded as the "father of modern orthodontics", introduced and began teaching the "Pin & Tube" appliance. It consisted of an archwire with vertical posts sliding into vertical tubes that were attached to each tooth. Tooth movement and arch expansion were accomplished painstakingly by adjusting and repositioning the numerous posts on the archwire. Today that technique is gone, but the concept of utilizing posts on archwires has endured and remains a factor in orthodontics even 100 years later.
Despite it all, posted archwires remain to be an integral part of orthodontics. Since the versatility and efficiency of correctly constructed posted archwires is still an effective treatment adjunct, many contemporary clinicians and instructors incorporate posted wires in their respective regimens.
Along with developing techniques for post positioning, we use a proprietary soldering technique that ensures archwire strength and resiliency. Our stainless steel straight-post and heat-treated ball-post archwires, facilitate retraction, Class II engagement, and segmented force application as desired.
G4™ Nickel Titanium wire is a superior nickel titanium product resulting from years of research & development and refinements & advancements in several key areas.
The clinically significant characteristics of G4™ Nickel Titanium include lower initial load forces, for patient comfort, and increased residual forces as full shape recovery progresses.
Material Science
G4™ Nickel Titanium is an unique alloy that has been exclusively formulated to yield consistent specific force, memory, and elasticity values.
Precision Manufacturing Processes
Nickel Titanium is an alloy which is complex to process and form. Very slight variations in a multitude of factors during manufacturing can alter the clinical performance of NiTi wires. Our manufacturing processes, some invented & some developed, make G4™ NiTi distinct from all other NiTi archwires used in orthodontics today.
Scientific Testing Protocols
Only scientific testing of a NiTi wire can determine its actual working characteristics. G4™ NiTi archwires undergo intense scientific & quality testing during and after the manufacturing process.
More information is available, including a hysteresis graph that shows how our G4™ NiTi will fulfill clinical expectations of elasticity, consistent force, and shape memory.
This new Stainless Steel version has 30% Increased Tensile Strength and 300% increased Torsional Strength over its gold predecessor. The best news, it is half the price!
Part of our Bonded Lingual Retention System, this 30" chain, enough for 25 cuspid-to-cupsid retainers, will help stabilize orthodontic corrections and prevent rotational relapse. Has a low failure rate due to its "flex linkage" and naturally forms to lingual arch curvature making application simple and easy.
Announcing a full partnership with The Ortho Club®
This unique buying opportunity will allow you to reduce operating & inventory costs, saving significantly on the consumable, disposable, & other clinical supplies used every day.
The Ortho Club is a wholesale buying group that offers discounts on 6,000+ brand name products including G&H® Wire, Reliance®, Whip Mix®, and Johnson & Johnson®.
We invite you to join the hundreds of orthodontists that have already taken advantage of this membership opportunity.
The Ledex™ LED curing light is a state-of-the-art instrument and represents a culmination of the latest technology. The light-weight, ergonomic design along with 10-second cure time make this light both user-friendly and functional.
Robert J. Gange, DDS, MS of Windsor, CT comments:
"I find the Ledex™ curing light from G&H® to be an effective part of our clinical bonding technique. The light's portability and high intensity make it an important part of our bonding success rate."
Together with The Ortho Club®, for the first time in orthodontics, one Orthodontic company will offer a full line of treatment hardware and clinical supplies!
2012 Summer Mailer Sneak Peek!
The Only Brass Ball-End Posted Archwires Available!
Our exclusive XR1™ Ball Post archwires offer the comfort and retention of ball ends plus a bendable brass post.
A G&H® proprietary soldering technique ensures clean, strong and consistent joints. The .016x.022, .016x.025, or .019x.025 XR1™ stainless base wire is heat treated and stress relieved – increasing the resiliency of the wire to improve mechanics.
Archforms available are Damon-compatible, MBT Ovoid, or MBT Tapered.
Manufactured from a thermoset polymer material that is superior to polyurethane or plastic chain. Has a more "rubber-like" consistency which provides advanced elasticity and rebound.
Studies prove the recovery force of PowerLinx™ Chain remains elevated and active over a longer time-frame.
Private Logo Elastics Packaging only from G&H Wire Company
Your practice logo and contact information pre-printed on patient elastics packs. An effective and impressive way to increase recognition with prospective patients and parents. No setup or design fees. Simply contact a customer service representative to get started...
G4™ Nickel Titanium Archwires from G&H Wire Company
G4™ Nickel Titanium Wire is the result of years of research and development by G&H® Wire Company. G4™ NiTi is made possible by the vast experience and expertise that G&H® has developed in working and controlling Nickel Titanium. G4™ NiTi is superior due to refinements and advancements by G&H® in several key areas...
Dr. Waugh designed these archforms for treatment of patients with smaller tooth anatomy and/or spacing. After measuring all anterior teeth in his practice for over five years, he has crystalized a method to consistently deliver a predictable anterior display while idealizing functional coupling of anterior teeth...
