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An orthodontics supplier is a company that provides products, materials, and equipment used by orthodontists and dental professionals for orthodontic treatments. These supplies may include braces, wires, bands, instruments, and other orthodontic devices.

Orthodontics suppliers offer a wide range of products, including traditional braces, clear aligners, orthodontic wires, bands, brackets, adhesives, dental tools, impression materials, and more.

You can find reputable orthodontics suppliers by conducting online research, reading customer reviews, asking for recommendations from colleagues in the dental industry, and attending dental trade shows or conferences.

While there may be some overlap, orthodontic suppliers typically specialize in products and materials specific to orthodontics, whereas dental suppliers offer a broader range of dental equipment and supplies for various dental procedures.

Yes, Heather and White offers the convenience of online ordering through their website, where you can browse their catalog and place orders.

You can contact Heather and White by phone at 04-566 0112, via email at Info@heatherandwhite.com, or through their online contact form. They also have customer support representatives available during business hours.

Our Mission to Provide Dentist With Quality & Cost Effective Dental Products

Provides a Comprehensive Orthodontic Product Line

Differentiation Reliability, Customer Service and Quality

The simple yet comprehensive orthodontic mini implant system for an infnite number of anchorage applications. We have strived for absolute perfection from the design stage to the manufacturing of the Infnitas Mini Implant system. In essence, the Infnitas Mini Implant system has been designed by an orthodontist, for orthodontists, so that precise, reliable bone anchorage can be achieved using as simple a clinical process as possible. The Infnitas Mini Implant system has been designed with Dr. Richard Cousley, a Consultant Orthodontist working in the UK hospital service and private practice. Dr. Richard Cousley has published papers and lectured widely on the technical aspects of bone anchorage. He developed the Infnitas Mini Implant system to overcome some of the limitations of existing mini implants, especially in terms of their lack of insertion precision, attachment difculties and overly complex inventories. A combination of clinical and computerised trials have proven the Infnitas Mini Implant system to be reliable and to provide comfort to both patient and clinician. A versatile mini implant system ofers fxed anchorage to increase the efciency of orthodontic treatment. This is useful when you encounter the need for space closure, tooth uprighting, open bite correction, molar distalization, and a number of other applications. When deciding which mini implant to purchase, there are a number of considerations for the clinician: • How easily will auxiliaries such as closing coil springs or elastomeric chain attach to the head? • How comfortable will it be for the patient? • How easily will it integrate with my current treatment mechanics? • Will I need to drill a pilot hole or will the mini implant self-drill? These questions are all addressed with the sophisticated and intelligently designed Infnitas Mini Implant – the system of choice for many orthodontists.

The Infinites System can be used to provide bone anchorage in virtually any maxillary/mandibular interproximal site and in the hard palate, although the most frequently utilised insertion site is buccal and mesial to the maxillary frst molar. The insertion site is determined by individual anchorage demands and anatomical factors (e.g. bone quantity, root and sinus positions). The exact insertion site is selected by studying each patient’s dental model and radiographs (OPT and/or periapical views) together.

Infinites is the only truly complete system featuring mini implants combined with highly specialized instruments and a unique 3D guidance system. The stent contains a guide cylinder which accurately guides all instrumentation to the prescribed position. Patented stent components, available in the Infnitas Guidance Kit, simplify the production of a 3D stent and ensure efortless and accurate mini implant insertion in any location. ​ • Reproducible 3D insertion. • Provides stable insertion point (no slippage of implant tip on bone) during oblique insertion and especially helpful in difcult to access sites e.g. palate. • Reduces perforation risks. • Helpful for implant novices. • Prescribes insertion details for other clinicians. • Reduces surgery time & stress. • Available with round or square baseplates to suit clinician’s vacuum forming machine.

Speed Reducing Handpiece 128:1 For use with Infnitas mini inserts. Infnitas Mini Implants should be inserted at speeds not exceeding 100 RPM. See Infnitas Clinical Manual for full information. This speed reducing handpeice is compatible with both air motors and electric motors: Air Motors – set the speed to minimum (most operate on a minimum of 2000 RPM). This will result in an efective speed of 16 RPM. Electric Motors – set the speed to 2500 RPM and set torque to minimum. This will result in an efective speed of 19.5 RPM. *Check manufacturer’s instructions for exact information.

Introducing the ISD900 cordless screwdriver with Torque Calibration System (TCS) recommended for use with the Infnitas Mini Implant System mini components for all difcult access insertion sites. The ISD900 will guarantee precise torque control due to the unique NSK torque calibration system which is extremely easy to use. The ISD900 is very quiet and smooth running, patient friendly, lightweight and easy to handle due to the extension arm which enables the user to avoid lateral movements during insertion.

Orthodontic cutters are specialized tools used by orthodontists to cut through various orthodontic materials, such as wires, elastics, and other components used in braces and orthodontic appliances. There are different types of orthodontic cutters, including distal end cutters, ligature cutters, and hard wire cutters, each designed for specific tasks.

  • Distal End Cutters: These are used to trim the ends of wires after they have been placed in the brackets, ensuring that the excess wire doesn’t irritate the inside of the patient’s mouth. They’re designed to cut close to the bracket while catching the cut piece of wire to prevent it from being accidentally ingested or inhaled.

  • Ligature Cutters: These cutters are used to remove or trim the tiny rubber bands (elastics) or thin wires (ligatures) that hold the orthodontic wire to the brackets on your teeth. They are designed to be precise to avoid damage to the surrounding structures.

  • Hard Wire Cutters: These are made to cut through thicker and harder wires used in some orthodontic treatments. They are built from durable materials that can handle the stress of cutting through metal without dulling quickly.

Orthodontic cutters are an essential part of the tools that your orthodontist uses to ensure your treatment progresses as planned. They allow for the modification and removal of various components of your braces or orthodontic appliance safely and comfortably. Always ensure that your orthodontist uses sterile, well-maintained cutters to prevent any risk of infection and ensure the best care during your orthodontic treatment.

Orthodontic utility pliers are specialized tools designed for use in orthodontic treatments to bend, adjust, and manipulate wires and other components of braces and orthodontic appliances. These pliers come in various shapes and sizes, each tailored for specific tasks within the treatment process. Some of the most common types of utility pliers include.

  • Weingart Pliers: These pliers are versatile and can be used for a wide range of tasks, including placing and removing archwires, as well as holding or adjusting wires during treatment.

  • Bird Beak Pliers: These are used primarily for bending wires. Their tapered beak allows for precise bends in the wire, which is crucial for creating custom wire shapes that conform to the patient’s dental anatomy.

  • Loop Forming Pliers: These pliers have specially designed tips for creating loops in orthodontic wires. Loops are often used in the design of custom orthodontic appliances and for making precise adjustments to the forces applied by the wire.

  • How Pliers (or Howe Pliers): These pliers are multipurpose tools used for placing and removing archwires, bending wire ends, and even for cutting soft wires. Their flat, rounded ends can also be used for safely pushing appliances or brackets into place without causing discomfort to the patient.

Orthodontic utility pliers are crucial for the detailed and precise work required in orthodontic treatments. They allow orthodontists to make adjustments to braces and other appliances in-house, ensuring a custom fit and effective treatment progression for each patient. Proper use of these pliers is essential for achieving the desired treatment outcomes while minimizing discomfort and the risk of injury to the patient.

Each of these aligner pliers plays a specific role in customizing and adjusting clear aligners during orthodontic treatment, ensuring a perfect fit and effective movement of your teeth. Here’s a brief overview of each type and its purpose:

1. Aligner Torque Plier

  • Purpose: The Aligner Torque Plier is designed to add or adjust torque to specific teeth. Torque refers to the rotational force applied to a tooth, helping it to move into the correct alignment. This plier allows for precise adjustments directly on the aligner to exert the right amount of force on the tooth that needs more significant rotational correction.
  • Usage: Your orthodontist uses it to make small indentations or modifications on the aligner, targeting the tooth that requires additional torque.

2. Aligner Rotation Plier

  • Purpose: This tool is specifically designed to address issues with tooth rotation. It can make precise adjustments to the aligners, allowing them to apply the necessary force to rotate a tooth into its proper position.
  • Usage: The plier creates small notches or grips on the aligner surface, improving the aligner’s grip on a tooth that needs to be rotated.

3. Aligner Retention Plier

  • Purpose: The Aligner Retention Plier is used to enhance the fit and retention of the aligner on the teeth. It ensures that the aligner fits snugly over the teeth, improving comfort and the effectiveness of the treatment.
  • Usage: This tool may be used to adjust the edges or create small dimples in the aligner for better grip and retention on the teeth.

4. Aligner Hole Punch Plier

  • Purpose: This plier is used to create precise holes in the aligners. These holes are typically necessary for attaching auxiliary appliances or elastics to the aligners, which can help in correcting more complex orthodontic issues.
  • Usage: The tool punches clean, precise holes at designated spots on the aligner for hooks or elastics.

5. Aligner Tear Drop Plier

  • Purpose: The Aligner Tear Drop Plier is designed to create a tear-drop shaped indentation in the aligner. This shape is particularly useful for exerting targeted pressure on a tooth or group of teeth, facilitating specific movements.
  • Usage: Your orthodontist uses this plier to fine-tune the pressure applied by the aligner, especially for teeth that require subtle directional changes.

Each of these pliers enables your orthodontist to customize your clear aligners to the unique needs of your teeth and treatment plan. By making these precise adjustments, your orthodontist ensures that your aligners work as efficiently as possible, moving your teeth into the desired position with greater accuracy and comfort. If you have any questions about how these tools are used in your treatment, don’t hesitate to ask your orthodontist. They can provide you with detailed information tailored to your specific treatment plan.

Wire bending pliers are specialized dental tools used in orthodontics for manipulating orthodontic wires. These pliers allow orthodontists to create precise bends, loops, and adjustments in the wires that are used in braces and other orthodontic appliances. The ability to modify the shape and orientation of these wires is crucial because it enables the orthodontist to apply specific forces to the teeth, guiding them into the desired position over time.

The importance of wire bending pliers in orthodontics cannot be overstated. They are essential for customizing the treatment for each patient’s unique dental alignment issues. By using these pliers, orthodontists can ensure that the forces applied by the wires are both effective and efficient, leading to shorter treatment times and better outcomes. Additionally, the precision these tools offer helps in minimizing patient discomfort and avoiding damage to the teeth and soft tissues of the mouth.

Each Instrument is designed with specific features to enhance the efficiency and effectiveness of orthodontic procedures. Choosing the right tool requires an understanding of these features and the specific needs of the procedure at hand. Always consider the comfort of both the practitioner and the patient, as well as the precision and accessibility provided by each instrument for optimal orthodontic care.

Initial Examination and Placement

  • Probe Single Ended and Probe Double Ended: Use these for initial examinations to assess gum health and to measure pocket depths. The double-ended probe offers versatility for different measurements.
  • Mirror Handle & Mirror Heads: Essential for visual examination of all areas within the mouth, helping in planning the orthodontic treatment strategy.

Ligature and Bracket Management

  • Ligature Tucker: Ideal for tucking the ends of ligature ties to secure archwires to brackets.
  • Direct Bond Bracket Holder, Direct Bond Holder with Positioning Blade, and Deluxe Direct Bond Holder: Choose based on the precision needed for placing brackets. The version with a positioning blade aids in precise placement.
  • Lingual Bracket and Bondable Tube Holder and Curved Bracket Holder: Use for placing lingual brackets and bondable tubes, with the curved design offering better access to difficult areas.
  • Mitchell Trimmer: Useful for trimming excess bonding material or soft tissues when necessary.

Band Pushing and Bracket Positioning

  • Mershon Band Pusher and Mershon Band Pusher with Small Round Handle: These tools are designed to push and position molar bands. The variant with a small round handle provides additional comfort and control.

Needle Holders for Wire and Ligature Management

  • Mathieu Needle Holder with T.C., Mathieu Needle Holder, Curved Mathieu Needle Holder with T.C., Fine Tip Mathieu Needle Holder: Select based on the need for precision and the type of wire or ligature being handled. Tungsten carbide (T.C.) tips offer enhanced grip.

Adjusting and Trimming

  • Smaha (Straight), Smaha Curved: These are used for adjusting and trimming wires, with the curved option allowing for better access in tight spaces.
  • Curved Micro Mosquito and Mosquito Forceps: Ideal for holding small objects like brackets and bands, with the curved design providing access to hard-to-reach areas.

Measurement and Cutting

  • Bracket Height Gauge .018, Bracket Height Gauge .022: Use these gauges to measure and ensure the correct vertical placement of brackets according to the wire size.
  • Serrated Scissors, Aligner Scissors: For cutting soft tissues or trimming aligners and other soft materials, choose the appropriate scissors based on the material’s thickness and your precision needs.

Miscellaneous

  • Cement Spatula, Flat Plastic: For mixing and applying cements or other bonding agents. The flat plastic is particularly useful for contouring and shaping composite material.
  • Lingual Tucker: Similar to the ligature tucker but specifically designed for adjustments and work in the lingual area of the teeth.

Orthodontic lab pliers are essential tools in both dental laboratories and orthodontic practices. They are designed for a wide range of tasks related to the fabrication, adjustment, and repair of orthodontic appliances. Here are some of the most common types of ortho lab pliers and their specific uses:

  • Adam’s Pliers: Used for creating precise bends in orthodontic wires, especially for the construction of clasps on removable appliances.

  • Weingart Pliers: A versatile plier used for wire bending, placement, and adjustment. Its slim profile allows for easy access to difficult areas in the mouth.

  • Three-Prong Pliers: Ideal for making minor adjustments to retainers and other orthodontic appliances. They are great for bending wires to achieve a tight fit against the dental arch.

  • Bird Beak Pliers: Essential for forming loops and bends in orthodontic wires. The beak shapes can vary for different wire bending techniques.

  • Crimpable Hook Pliers: Used to attach crimpable hooks onto archwires, which are then used for attaching elastics or other auxiliary components.

  • Ligature Tie Pliers: Designed for twisting and cutting ligature ties used to secure archwires to brackets. Some models have a cutter incorporated to trim the excess wire.

  • Distal End Cutters: These are used to cut the ends of the wires close to the brackets after the wires have been inserted into the braces, ensuring patient comfort by preventing irritation.

  • How Pliers: Similar to Weingart pliers but with a rounded and tapered beak, making them suitable for a wide range of wire bending and adjusting tasks, including gripping and placing small objects.

  • Contouring Pliers: Used to contour and adapt bands and crowns to fit the morphology of the teeth.

  • Loop Forming Pliers: Specifically designed to create loops in orthodontic wires for various mechanical functions in the appliance design.

  • Bracket Removing Pliers: While not used in the lab per se, these pliers are crucial in clinical settings for safely removing brackets from teeth without damaging the enamel.

  • Wire Twisting Pliers (Wire Twisters): Used for twisting wires, especially useful in fabricating or adjusting appliances that require a strong wire component.

  • Each type of ortho lab plier is designed with specific features that cater to particular tasks in orthodontic appliance fabrication and adjustment. The right selection and use of these pliers can significantly impact the efficiency of the workflow in both orthodontic labs and practices, ensuring high-quality patient care.

Orthodontic lab pliers are essential tools in both dental laboratories and orthodontic practices. They are designed for a wide range of tasks related to the fabrication, adjustment, and repair of orthodontic appliances. Here are some of the most common types of ortho lab pliers and their specific uses:

  • Adam’s Pliers: Used for creating precise bends in orthodontic wires, especially for the construction of clasps on removable appliances.

  • Weingart Pliers: A versatile plier used for wire bending, placement, and adjustment. Its slim profile allows for easy access to difficult areas in the mouth.

  • Three-Prong Pliers: Ideal for making minor adjustments to retainers and other orthodontic appliances. They are great for bending wires to achieve a tight fit against the dental arch.

  • Bird Beak Pliers: Essential for forming loops and bends in orthodontic wires. The beak shapes can vary for different wire bending techniques.

  • Crimpable Hook Pliers: Used to attach crimpable hooks onto archwires, which are then used for attaching elastics or other auxiliary components.

  • Ligature Tie Pliers: Designed for twisting and cutting ligature ties used to secure archwires to brackets. Some models have a cutter incorporated to trim the excess wire.

  • Distal End Cutters: These are used to cut the ends of the wires close to the brackets after the wires have been inserted into the braces, ensuring patient comfort by preventing irritation.

  • How Pliers: Similar to Weingart pliers but with a rounded and tapered beak, making them suitable for a wide range of wire bending and adjusting tasks, including gripping and placing small objects.

  • Contouring Pliers: Used to contour and adapt bands and crowns to fit the morphology of the teeth.

  • Loop Forming Pliers: Specifically designed to create loops in orthodontic wires for various mechanical functions in the appliance design.

  • Bracket Removing Pliers: While not used in the lab per se, these pliers are crucial in clinical settings for safely removing brackets from teeth without damaging the enamel.

  • Wire Twisting Pliers (Wire Twisters): Used for twisting wires, especially useful in fabricating or adjusting appliances that require a strong wire component.

  • Each type of ortho lab plier is designed with specific features that cater to particular tasks in orthodontic appliance fabrication and adjustment. The right selection and use of these pliers can significantly impact the efficiency of the workflow in both orthodontic labs and practices, ensuring high-quality patient care.

Yes, orthodontic mini screws, also known as temporary anchorage devices (TADs), can be used effectively with both traditional braces and clear aligners. Mini screws provide a stable anchorage point that can be utilized to apply precise forces to the teeth, enhancing the efficiency and effectiveness of orthodontic treatments. This versatility allows orthodontists to achieve desired tooth movements that might be challenging with braces or aligners alone, making mini screws a valuable adjunct in a wide range of orthodontic cases, from simple to complex alignments.

OrthAnchor Mini Screws are designed to revolutionize orthodontic treatments by providing a stable and reliable anchorage point. These mini screws are notable for their etched surface, which significantly enhances osseointegration, ensuring a secure fit within the jawbone. The high fracture resistance of these screws means they’re built to withstand the rigors of treatment without failing, providing peace of mind for both orthodontists and patients.

The design of OrthAnchor mini screws is meticulously thought out to ensure optimal performance and patient comfort. The sharpened tip and tapered design facilitate smooth insertion into the bone, reducing patient discomfort and improving the overall experience. This careful design ensures stable anchorage force, which is crucial for effective tooth movement.

OrthAnchor offers a variety of head designs to suit different orthodontic needs, including through-hole, bracket head, small head, and simple head options. This versatility makes it easier for orthodontists to attach various orthodontic appliances, such as elastics, chains, or wires, directly to the mini screw, offering customized treatment plans for patients.

Ortho KIT complements the OrthAnchor mini screws by providing all the necessary tools for their application. The kit includes a Driver Tip for precision in screw placement, a Drill to prepare the site, and a Machine Driver for efficient insertion. For manual adjustments, the Handle+Hand Driver and Universal Handle are designed for ergonomics and ease of use, ensuring that the placement process is as smooth and efficient as possible.

Together, OrthAnchor mini screws and the Ortho KIT offer a comprehensive solution for orthodontic professionals, combining advanced technology with practical design to improve treatment outcomes and patient satisfaction. This innovative approach to temporary anchorage devices (TADs) demonstrates a commitment to advancing orthodontic care through superior product design and functionality.

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