rectangular wire is an orthodontic archwire with a rectangular or square cross-section. It is commonly used with braces by fitting into the rectangular “slot” of brackets. Its shape helps the orthodontic appliance control tooth angulation and root position. It is most often introduced after early alignment stages, depending on the case.

TMA wire is an orthodontic archwire made from a titanium–molybdenum alloy (often called “beta-titanium”). It is used in braces to guide tooth movement by delivering controlled, elastic forces through brackets and tubes. Clinicians often choose TMA wire when they want a wire that can be bent and customized more than some other wire types. You may hear it mentioned during mid-treatment adjustments, space closure, or detailed finishing steps.

A beta-titanium archwire is an orthodontic wire used with braces to guide tooth movement. It is commonly chosen when clinicians need a wire that can be shaped precisely while still delivering steady force. It is often described as “workable” because it can be bent into detailed shapes for specific mechanics. It is used in many stages of orthodontic treatment, depending on the case and clinician preference.

A stainless steel archwire is a metal wire used in orthodontics to guide tooth movement. It sits in the slots of braces (brackets) and is secured with ties or clips. It helps apply controlled forces to align teeth and coordinate the dental arches. It is commonly used during braces treatment and sometimes as part of retainers or space-maintaining appliances.

A NiTi archwire is an orthodontic wire made from a nickel–titanium alloy. It sits in the slots of braces brackets (and sometimes tubes on molars). Its role is to guide tooth movement by delivering gentle, continuous forces. NiTi archwire is commonly used in early and intermediate stages of orthodontic treatment.

An archwire is a thin metal wire used in orthodontics to guide tooth movement. It sits in the bracket slots of braces and follows the curve (“arch”) of the dental arch. It is commonly used with fixed braces and sometimes with other orthodontic appliances. Different archwire materials and shapes are selected to produce different forces and control.

orthodontic bands are thin, preformed metal rings that fit around a tooth, most often a molar. They act as a durable “foundation” for attaching orthodontic parts like tubes, brackets, or hooks. They are commonly used in fixed braces and in appliances such as palatal expanders and headgear systems. Unlike small bonded attachments, orthodontic bands wrap around the tooth and are held in place with dental cement.

banding molars refers to placing a preformed metal ring (“molar band”) around a back tooth. It is most commonly used in orthodontics to anchor braces and appliances. A dental cement is used to hold the band in place around the tooth. The band typically includes an attachment (such as a tube) for wires or auxiliary devices.

bonding brackets refers to attaching orthodontic brackets to teeth using a dental adhesive system. It is commonly performed before braces treatment so the archwire can connect to the brackets. The term can describe both the clinical procedure and the adhesive materials used to secure the brackets. It is most often done in orthodontic clinics, but may also be performed in general dental settings providing orthodontic care.

MBT prescription is an orthodontic “bracket prescription” used in fixed braces. It refers to a planned set of built-in bracket features that guide tooth and root positioning. MBT stands for McLaughlin, Bennett, and Trevisi, the clinicians who developed and popularized it. It is commonly used with pre-adjusted edgewise brackets and rectangular orthodontic wires.