The right orthodontic instruments are essential for placing, adjusting, bending, cutting, positioning and removing orthodontic wires, brackets, bands and other components. From everyday archwire handling to bracket placement and debonding, each instrument has a specific role in an orthodontic practice.

A well-organised orthodontic instrument setup can include wire-bending pliers, Weingart pliers, distal end cutters, ligature cutters, bracket positioning instruments, band instruments, ligature pliers, orthodontic mirrors, probes and other specialised tools.

However, there is no single instrument set that is ideal for every practice. The instruments required depend on the type of orthodontic treatment, appliance system, clinical workflow and procedures performed.

In this guide, we explain the 10 essential orthodontic instruments every practice should consider, what each instrument is used for, how to select the right instrument, and how to build a practical orthodontic instrument collection.

Quick Answer: What Are the Most Essential Orthodontic Instruments?

For a general fixed-appliance orthodontic setup, the following 10 categories provide a practical starting point:

1. Weingart Pliers

2. Bird Beak Pliers

3. Three-Prong Pliers

4. Distal End Cutters

5. Ligature Cutters

6. Mathieu Pliers

7. Bracket Positioning Instruments

8. Band Pushers and Band Instruments

9. Bracket Removing Pliers

10. Orthodontic Mirror and Probe

These instruments cover major tasks including archwire placement, wire bending, wire cutting, ligature management, bracket handling, band placement, bracket removal and clinical examination. University of Toronto's orthodontic instrument guide identifies several of these instruments and their specific applications, while fixed-appliance teaching resources also include Weingart pliers, light-wire pliers, distal-end cutters, ligature instruments, mirrors and probes in typical clinical setups.

What Are Orthodontic Instruments?

Orthodontic instruments are specialised dental hand instruments designed to help dental professionals place, adjust, manipulate, cut and remove orthodontic appliances and components.

They can be used with:

• Orthodontic brackets

• Archwires

• Ligature wires

• Elastomeric ligatures

• Orthodontic bands

• Buccal tubes

• Springs

• Hooks

• Removable appliances

• Other orthodontic auxiliaries

Different instruments have different working ends because orthodontic procedures require different types of gripping, bending, positioning and cutting.

For example, Weingart pliers are designed for archwire handling, Bird Beak pliers for wire bending, and distal end cutters for trimming the terminal end of an archwire.

Why Does an Orthodontic Practice Need Different Instruments?

Orthodontic treatment involves multiple procedures.

During a single appointment, a clinician may need to:

• Remove an existing archwire

• Insert a new archwire

• Bend the wire

• Trim excess wire

• Place ligatures

• Adjust brackets

• Position orthodontic components

• Check the appliance

• Remove excess adhesive

• Replace or adjust bands

No single instrument is designed to perform all of these tasks.

That is why a practical orthodontic setup is normally made up of different instrument families, including pliers, cutters, bracket instruments, band instruments and basic examination tools. Current orthodontic instrument catalogues similarly organise products around wire placement, wire forming, cutting and bracket/band work.

Top 10 Essential Orthodontic Instruments

1. Weingart Pliers

Weingart Pliers are one of the most commonly used orthodontic instruments for holding, guiding, placing and removing archwires.

Their long, angled working ends provide access around brackets and tubes, including posterior areas where a straight instrument may be less convenient.

What Are Weingart Pliers Used For?

Weingart pliers can be used for:

• Holding archwires

• Inserting archwires

• Removing archwires

• Guiding wire into bracket slots

• Seating wire into tubes

• Holding wire during adjustments

• Handling suitable orthodontic auxiliaries

The University of Toronto specifically describes Howe utility pliers for holding archwires during placement and removal, while contemporary orthodontic guides identify Weingart pliers as a primary archwire-handling instrument.

Why Are Weingart Pliers Important?

Archwire placement and removal are routine orthodontic procedures.

A dedicated wire-handling plier provides the clinician with a controlled way to grip the wire while working around brackets.

Best suited for:
Archwire handling and placement

2. Bird Beak Pliers

Bird Beak Pliers are specialised wire-bending instruments used to form controlled bends, loops and other adjustments in orthodontic wire.

They typically feature a combination of conical and pyramidal/flat beaks, allowing different types of wire bends.

What Are Bird Beak Pliers Used For?

Common applications include:

• Bending orthodontic wire

• Forming loops

• Creating hooks

• Making vertical bends

• Creating horizontal bends

• Adjusting removable appliance wires

• Forming orthodontic wire components

The University of Toronto describes the Bird Beak or 139 plier as having pyramidal and conical beaks used for making bends in orthodontic wires.

Why Are Bird Beak Pliers Essential?

Wire adjustment is a fundamental part of orthodontic treatment.

The ability to make controlled bends means Bird Beak Pliers are useful for both routine adjustments and orthodontic laboratory work.

Best suited for:
Wire bending and loop formation

3. Three-Prong Pliers

Three-Prong Pliers are designed for controlled manipulation and bending of orthodontic wire and appliance components.

Their three-point working configuration allows the clinician to create specific bends and contours.

What Are Three-Prong Pliers Used For?

They may be used for:

• Bending orthodontic wire

• Contouring wire

• Adjusting removable appliances

• Forming appliance components

• Creating controlled bends

• Modifying suitable orthodontic clasps

Three-prong instruments are commonly included in orthodontic instrument ranges alongside Bird Beak and Weingart pliers.

Why Are They Important?

A Bird Beak Plier and a Three-Prong Plier are not identical.

The working-end geometry produces different bending possibilities, making a Three-Prong Plier useful when a particular type of controlled bend is required.

Best suited for:
Controlled wire bending and appliance adjustment

4. Distal End Cutters

Distal End Cutters are specialised orthodontic cutting instruments designed to trim the terminal end of an orthodontic archwire.

They are particularly important during archwire adjustment.

What Are Distal End Cutters Used For?

They can be used for:

• Trimming excess archwire

• Cutting the distal end of an archwire

• Finishing archwire placement

• Managing posterior wire ends

Many distal end cutters feature a safety-hold mechanism that retains the cut wire segment. The University of Toronto describes this function as helping prevent the loose wire end from causing injury.

Why Are Distal End Cutters Essential?

After an archwire is placed, excess wire may extend beyond the terminal bracket or tube.

A suitable distal end cutter allows the clinician to trim the excess wire according to the instrument's specified capacity.

Important: Not every distal end cutter has identical specifications. Always check the manufacturer's stated wire capacity and intended application.

Best suited for:
Distal archwire trimming

5. Ligature Cutters

Ligature Cutters are designed for cutting suitable orthodontic ligature wires and other small materials within the instrument's specified capacity.

They are particularly useful during routine fixed-appliance adjustments.

What Are Ligature Cutters Used For?

Common applications include:

• Cutting ligature wire

• Removing ligatures

• Trimming excess ligature

• Managing small orthodontic wires

• Supporting bracket and archwire adjustments

The University of Toronto describes pin and ligature cutters as having tapered beaks and sharp cutting ends intended for small-diameter wires and stainless-steel ligatures.

Ligature Cutter vs Distal End Cutter

These two instruments should not automatically be treated as interchangeable.

Ligature Cutter:
Designed primarily for fine ligature wire.

Distal End Cutter:
Designed for trimming the distal end of an appropriate orthodontic archwire.

For a detailed comparison, see:

Internal Link: Ligature Cutters vs Distal End Cutters: What's the Difference?

Best suited for:
Fine ligature-wire cutting

6. Mathieu Pliers

Mathieu Pliers are spring-action orthodontic instruments commonly used for handling and placing elastomeric ligatures and suitable ligature materials.

Their locking/release mechanism allows controlled handling of small orthodontic components.

What Are Mathieu Pliers Used For?

They may be used for:

• Placing elastomeric ligatures

• Handling ligatures

• Managing small orthodontic components

• Supporting ligation procedures

The University of Toronto identifies Mathieu pliers as having a quick-release locking and unlocking mechanism used for placement of elastomeric ligatures.

Why Are Mathieu Pliers Useful?

Ligature placement can involve very small components.

A dedicated instrument can provide a more controlled way to grasp and position the material.

Best suited for:
Elastomeric ligature placement and handling

7. Bracket Positioning Instruments

Bracket positioning instruments are designed to help clinicians hold, position and place orthodontic brackets during bonding procedures.

Bracket placement requires controlled positioning because the location of the bracket can influence the relationship between the bracket slot and the archwire.

What Are Bracket Positioning Instruments Used For?

Depending on the instrument design, they can help with:

• Holding brackets

• Positioning brackets

• Carrying brackets to the tooth

• Supporting bracket bonding

• Handling small orthodontic components

Common examples include:

• Bracket positioning tweezers

• Bracket holders

• Direct-bond bracket instruments

Professional orthodontic ranges commonly separate bracket placement instruments from wire-bending and cutting instruments because they perform a different function.

Best suited for:
Bracket placement and positioning

8. Band Pushers and Band Instruments

Band pushers and related band instruments are used to position and seat orthodontic bands during treatment.

Orthodontic bands may be used particularly around posterior teeth depending on the treatment system.

What Are Band Pushers Used For?

They can assist with:

• Seating orthodontic bands

• Positioning bands

• Adjusting band placement

• Supporting molar-band procedures

Other band instruments may include:

• Band seaters

• Band setters

• Band contouring instruments

• Band removing pliers

A fixed-appliance tray may include band-related instruments alongside pliers, cutters and other orthodontic tools.

Best suited for:
Orthodontic band placement and seating

9. Bracket Removing Pliers

Bracket Removing Pliers are specialised instruments designed to assist with removing orthodontic brackets during debonding.

At the end of orthodontic treatment—or when a bracket needs to be replaced—a suitable removal instrument can be used according to the bracket manufacturer's and instrument manufacturer's instructions.

What Are Bracket Removing Pliers Used For?

They may be used for:

• Removing metal orthodontic brackets

• Supporting debonding procedures

• Removing brackets during treatment changes

• Handling bracket removal after treatment

Different bracket materials and designs may require different removal approaches.

Important: Ceramic and other specialised brackets should be managed using instruments and techniques appropriate for that bracket system.

Best suited for:
Orthodontic bracket removal

10. Orthodontic Mirror and Probe

An orthodontic practice also needs basic examination instruments.

Although a mouth mirror and probe are not unique to orthodontics, they are important for clinical examination, visualisation and orthodontic procedures.

Dental Mirror

A dental mirror can provide:

• Indirect vision

• Retraction

• Visualisation of posterior areas

• Assistance during bracket and wire procedures

The University of Toronto notes that a dental mirror is used for visualisation and retraction during orthodontic procedures.

Orthodontic Probe

A probe can assist with:

• Bracket positioning

• Checking orthodontic components

• Removing excess composite around brackets

• Removing elastomeric ligatures in appropriate situations

The University of Toronto specifically describes a straight probe as useful for bracket positioning, removal of excess composite around brackets and removal of elastomeric ligatures.

Best suited for:
Clinical examination, visualisation and orthodontic component management

Top 10 Orthodontic Instruments at a Glance

This list is a practical starting point rather than a universal mandatory tray. The exact instruments required depend on the clinician's treatment system and workflow. Fixed-appliance teaching resources show similar combinations of wire-handling pliers, cutters, ligature instruments, mirrors and probes.

Essential Orthodontic Instruments by Function

Another useful way to organise an orthodontic instrument collection is by what the instrument does.

For Holding and Placing Wire

• Weingart Pliers

• Howe Utility Pliers

• Other utility pliers

For Bending Wire

• Bird Beak Pliers

• Three-Prong Pliers

• Light Wire Pliers

• Tweed Arch-Forming Pliers

• Adams Pliers

For Cutting Wire

• Distal End Cutters

• Ligature Cutters

• Pin and Ligature Cutters

• Appropriate Hard Wire Cutters

For Ligature Management

• Mathieu Pliers

• Ligature Directors

• Ligature Tuckers

• Ligature Cutters

For Bracket Procedures

• Bracket Positioning Instruments

• Bracket Holders

• Bracket Removing Pliers

• Adhesive-removing instruments

For Band Procedures

• Band Pushers

• Band Setters

• Band Contouring Instruments

• Band Removing Pliers

This functional approach can make it easier for practices to identify gaps in an existing orthodontic instrument tray.

How to Build an Orthodontic Instrument Set

A good orthodontic set should be based on procedures rather than simply the number of instruments.

For a fixed-appliance practice, start with the core tasks:

Step 1: Archwire Handling

Choose an appropriate:

Weingart or utility plier

for placing and removing archwires.

Step 2: Wire Bending

Add:

Bird Beak Pliers

and, where required,

Three-Prong or other wire-bending pliers.

Step 3: Wire Cutting

Include:

Distal End Cutter

and

Ligature Cutter

for their respective applications.

Step 4: Ligature Management

Consider:

Mathieu Pliers

and suitable ligature-management instruments.

Step 5: Bracket Work

Add:

Bracket Positioning Instruments

and

Bracket Removing Pliers.

Step 6: Band Work

Include:

Band Pushers/Seaters

and suitable band-removal instruments if your treatment workflow requires them.

Step 7: Examination

Keep:

Dental Mirror + Probe + Tweezers

available as part of the clinical setup.

What Orthodontic Instruments Are Needed for Braces?

A basic fixed-braces setup may include instruments for:

• Archwire placement

• Archwire removal

• Wire bending

• Wire cutting

• Ligature placement

• Ligature removal

• Bracket placement

• Bracket removal

• Band placement

• Clinical examination

A practical tray may therefore contain:

Weingart Pliers + Bird Beak Pliers + Three-Prong Pliers + Distal End Cutter + Ligature Cutter + Mathieu Pliers + Bracket Instrument + Band Instrument + Bracket Remover + Mirror/Probe.

The exact combination should be adapted to the orthodontic system and procedures used in the practice.

Orthodontic Instruments for a New Practice

If you are setting up a new orthodontic practice, it can be tempting to purchase a very large instrument set immediately.

A better approach is to identify the procedures you will perform most frequently.

Start With Core Instruments

Prioritise:

1. Archwire handling

2. Wire bending

3. Wire cutting

4. Ligature management

5. Bracket positioning

6. Band placement

7. Bracket removal

8. Clinical examination

Then expand the instrument collection as your treatment range grows.

This approach can help avoid purchasing specialised instruments that are rarely used.

Orthodontic Instruments for Dental Students

Dental students and orthodontic trainees may require a slightly different selection because their kits can also support wire-bending exercises, laboratory practice and clinical training.

A student orthodontic kit may include:

• Weingart Pliers

• Bird Beak Pliers

• Three-Prong Pliers

• Distal End Cutter

• Ligature Cutter

• Mathieu Pliers

• Bracket instruments

• Band instruments

• Mirror

• Probe

However, student requirements vary by university and course curriculum. Training programs may specify their own required instrument list.

How to Choose Professional Orthodontic Instruments

When purchasing orthodontic instruments, look beyond the product name.

1. Identify the Exact Application

Ask:

What procedure will this instrument perform?

A wire-bending plier should be selected for the intended wire and bending task.

A cutter should be selected according to the intended wire-cutting application.

2. Check the Working-End Design

Examine:

• Tip shape

• Beak geometry

• Tip alignment

• Working angle

• Serrations

• Cutting-edge design

These features influence how the instrument interacts with orthodontic components.

3. Check Material

Professional reusable orthodontic instruments are commonly manufactured from stainless steel.

When comparing suppliers, ask for the relevant material specification rather than relying only on terms such as “surgical steel” or “medical steel.”

4. Check Cutting Capacity

This is particularly important for:

• Distal end cutters

• Ligature cutters

• Pin cutters

• Hard wire cutters

Never assume that all orthodontic cutters can cut the same wire.

The University of Toronto, for example, specifies a small-wire application for its pin and ligature cutter description.

5. Check Sterilisation Compatibility

Reusable orthodontic instruments should be processed according to the manufacturer's cleaning and sterilisation instructions and the applicable infection-control requirements.

6. Consider Ergonomics

For instruments used repeatedly throughout a clinical day, consider:

• Handle shape

• Balance

• Spring action

• Opening resistance

• Hinge movement

• Overall weight

7. Consider Your Purchasing Model

Dental practices may purchase:

• Individual instruments

• Orthodontic sets

• Complete kits

• Replacement instruments

• Custom-branded instruments

• OEM/private-label products

The right purchasing model depends on your practice, clinic group, laboratory or distribution requirements.

How to Maintain Orthodontic Instruments

Good maintenance helps protect reusable orthodontic instruments and can support consistent performance.

Clean Instruments Promptly

Remove debris according to the manufacturer's cleaning instructions.

Inspect Before and After Use

Look for:

• Corrosion

• Pitting

• Misalignment

• Damaged tips

• Dull cutting edges

• Loose hinges

• Cracks

• Surface damage

Lubricate Hinged Instruments When Required

Follow the manufacturer's recommendations for appropriate instrument lubrication.

Protect Cutting Edges

Avoid using cutters outside their specified capacity.

Use Suitable Sterilisation Procedures

Follow the manufacturer's validated instructions and your practice's infection-control protocol.

Store Instruments Properly

Use suitable trays, cassettes or packaging systems to protect working ends.

Routine maintenance recommendations include cleaning instruments promptly, removing debris before sterilisation, lubricating hinged instruments, inspecting cutting edges and storing instruments appropriately.

Common Mistakes When Buying Orthodontic Instruments

Mistake 1: Buying One Plier for Every Job

Different pliers have different working-end designs.

Weingart Pliers are not a replacement for Bird Beak Pliers.

Mistake 2: Using the Wrong Cutter

A ligature cutter should not automatically be used for heavy archwire cutting.

Always check the manufacturer's specification.

Mistake 3: Buying Only Based on Price

The lowest price is not necessarily the best purchasing decision.

Consider:

Material + design + manufacturing quality + specifications + maintenance + intended use.

Mistake 4: Ignoring the Treatment System

The instruments required for conventional fixed appliances may differ from those needed for other orthodontic systems.

Mistake 5: Buying Too Many Specialised Instruments

Build your core instrument collection first.

Then add specialised instruments according to actual clinical demand.

Orthodontic Pliers vs Orthodontic Cutters

This distinction is important when building an orthodontic instrument set.

Orthodontic Pliers

Primarily used for:

• Holding

• Gripping

• Bending

• Shaping

• Positioning

• Adjusting

Examples:

Weingart Pliers
Bird Beak Pliers
Three-Prong Pliers
Adams Pliers

Orthodontic Cutters

Primarily used for:

• Cutting ligatures

• Cutting appropriate archwire

• Trimming distal wire ends

• Cutting specific orthodontic components

Examples:

Ligature Cutters
Distal End Cutters
Hard Wire Cutters

Simple Rule

Pliers manipulate orthodontic components; cutters are designed to cut them.

Why a Safety-Hold Distal End Cutter Is Useful

One of the most useful features found on many distal end cutters is the safety hold.

When the cutter trims the distal end of an archwire, the cut segment can otherwise become loose.

A safety-hold mechanism is designed to capture that segment.

This can help with:

• Wire fragment control

• Posterior wire trimming

• Clinical workflow

• Managing the cut segment

The University of Toronto specifically describes distal end cutters as catching and holding the cut archwire end.

Essential Orthodontic Instruments Checklist

Use this checklist when setting up or reviewing an orthodontic instrument tray:

Wire Handling

☐ Weingart Pliers
☐ Utility Pliers

Wire Bending

☐ Bird Beak Pliers
☐ Three-Prong Pliers
☐ Other required wire-bending pliers

Wire Cutting

☐ Distal End Cutter
☐ Ligature Cutter
☐ Appropriate additional wire cutter

Ligature Management

☐ Mathieu Pliers
☐ Ligature Director/Tucker where required

Bracket Procedures

☐ Bracket Positioning Instrument
☐ Bracket Removing Pliers

Band Procedures

☐ Band Pusher/Seater
☐ Band Removing Pliers where required

Examination

☐ Mouth Mirror
☐ Orthodontic Probe
☐ College Tweezers

Maintenance

☐ Instrument cassette/tray
☐ Appropriate cleaning supplies
☐ Instrument lubricant where required

Frequently Asked Questions About Orthodontic Instruments

What are the most important orthodontic instruments?

A practical orthodontic setup commonly includes archwire-handling pliers, wire-bending pliers, distal end cutters, ligature cutters, ligature instruments, bracket instruments, band instruments and basic examination instruments. The exact selection depends on the treatment system and clinical workflow.

What instruments are used for braces?

Common instruments include Weingart pliers, Bird Beak pliers, Three-Prong pliers, distal end cutters, ligature cutters, Mathieu pliers, bracket instruments, band instruments, mirrors and probes.

What are Weingart Pliers used for?

Weingart Pliers are primarily used to grip, guide, place and remove orthodontic archwires.

What are Bird Beak Pliers used for?

Bird Beak Pliers are used to bend and form orthodontic wires, including loops and other controlled bends.

What are Three-Prong Pliers used for?

Three-Prong Pliers are used for controlled bending and contouring of suitable orthodontic wires and appliance components.

What is a distal end cutter used for?

A distal end cutter is used to trim the terminal end of an orthodontic archwire. Many designs also retain the cut wire segment.

What is a ligature cutter used for?

A ligature cutter is designed for cutting suitable fine orthodontic ligature wire and other materials within its specified capacity.

What are Mathieu Pliers used for?

Mathieu Pliers are commonly used for handling and placing elastomeric ligatures.

What are bracket removing pliers used for?

Bracket removing pliers are designed to assist with removing orthodontic brackets during debonding procedures.

What is a band pusher used for?

A band pusher is used to help position and seat orthodontic bands during band placement.

Are orthodontic instruments reusable?

Many professional orthodontic instruments are designed for reuse when they are compatible with the manufacturer's cleaning and sterilisation instructions.

How should orthodontic instruments be sterilised?

Follow the specific instrument manufacturer's validated cleaning, packaging and sterilisation instructions and the infection-control requirements applicable to your practice.

How often should orthodontic instruments be replaced?

There is no universal replacement schedule. Instruments should be inspected regularly and replaced or professionally serviced when they show excessive wear, corrosion, damage, misalignment or reduced performance.

Orthodontic Instruments for Dental Practices and Professional Buyers

Choosing orthodontic instruments is not simply about purchasing the largest possible set.

A professional practice should consider:

Clinical requirements
What procedures are performed?

Instrument function
What does each instrument need to do?

Material and construction
Is the instrument manufactured from an appropriate material?

Wire compatibility
Is the instrument suitable for the wire or component?

Maintenance
Can the instrument be cleaned, sterilised and maintained according to the manufacturer's instructions?

Supplier capability
Can the supplier provide consistent quality, specifications and replacement instruments?

For dental distributors and professional buyers, purchasing may also involve bulk quantities, custom branding, OEM manufacturing, packaging and instrument sets.

Orthodontic Instruments from Azatek Instruments

Azatek Instruments provides professional dental and orthodontic instruments for dentists, orthodontists, dental clinics, laboratories, distributors and professional buyers.

When building an orthodontic instrument collection, explore the relevant Azatek categories and products rather than relying on a single generic instrument.

Recommended Internal Links

Orthodontic Instruments
→ Link to your main Orthodontic Instruments collection.

Orthodontic Pliers
→ Link to your Orthodontic Pliers collection.

Orthodontic Cutters
→ Link to your Orthodontic Cutters collection.

Weingart Pliers
→ Link to your relevant Weingart product/collection.

Bird Beak Pliers
→ Link to your relevant Bird Beak product/collection.

Three-Prong Pliers
→ Link to your relevant Three-Prong product/collection.

Distal End Cutters
→ Link to your relevant Distal End Cutter product/collection.

Ligature Cutters
→ Link to your relevant Ligature Cutter product/collection.

Orthodontic Kits
→ Link to your Orthodontic Kits collection.

Related Azatek Article

Ligature Cutters vs Distal End Cutters: What's the Difference?

Linking this article to your previous comparison article creates a useful internal topical connection between orthodontic instruments → orthodontic cutters → specific cutter comparison.

Conclusion: The 10 Essential Orthodontic Instruments

A well-equipped orthodontic practice needs instruments that cover the major stages of orthodontic treatment.

The 10 essential categories covered in this guide are:

1. Weingart Pliers — archwire handling

2. Bird Beak Pliers — wire bending

3. Three-Prong Pliers — controlled wire manipulation

4. Distal End Cutters — distal archwire trimming

5. Ligature Cutters — fine ligature-wire cutting

6. Mathieu Pliers — ligature handling

7. Bracket Positioning Instruments — bracket placement

8. Band Pushers & Band Instruments — band placement

9. Bracket Removing Pliers — bracket removal

10. Orthodontic Mirror & Probe — examination and component management

The exact instruments required will vary between orthodontic practices, treatment systems and clinical procedures.

The best approach is to build an instrument collection around the procedures your practice performs most frequently, then add specialised instruments as required.

For professional dental clinics, orthodontists, dental laboratories, dental schools and distributors, selecting the right instrument for the right application can help create a more organised and practical orthodontic workflow.

Azatek Instruments — Professional Dental & Orthodontic Instruments.