@ Jaypee 2003

906-601

DIRECT BONDING BRACKET HOLDER   Square Tips

Reverse action tweezer for holding bracket during bonding. Useful for bonding Begg’s brackets.

906-602

DIRECT BONDING BRACKET HOLDER - Tweezer Tips


Slender tips give better visibility. Useful for PEA bonding

906-603

DIRECT BONDING BRACKET HOLDER  - Inverted Tips


The tips are contra angled give very good visibility of bracket.

906-604

ARTERY FORECEPS : STRAIGHT
 Serrated tips of the forceps gives good grip, useful for placing and twisting ligature wires,tying lace backs.


906-605

ARTERY FORECEPS : CURVED

Curved forcep better accesibility, useful for placing ligature wires on posterior teeth.

906-607

BAND PUSHER : ALUMINUM HANDLE 


For seating bands Light weight aluminum handle, serrated tips give good grip on the band.

906-608

BAND PUSHER : STAINLESS STEEL HANDLE 


For seating bands light weight hollow stainless steel handle reduces hand fatigue serrated tip give good grip on the band.

906-609

BAND SEATER : BAKELITE


For seating bands used as band biter serrated tip.

906-610

MATHEW NEEDLE HOLDER
 

Useful for placing ligature ties, lace backs, elastic ties. Three step lock, single action opening allows ease of use.

906-611

ELASTIC LIGATURE PLACING INSTRUMENT

For placing cut, elastic ligatures.

906-612

LIGATURE TUCKER
 

Useful instrument for directing wire bracket slot during wire ligating, other end is useful for tucking and redirecting ligature wires ends away from tissues.

906-615

LIGATURE FORECEPS
  Useful instrument for placement of elastic ligatures on the brackets.

906-613

COTTON TWEEZER 

For placing cotton, fine serrated tips give good grip.

906-614

UNIVERSAL ARCH FORMING TURRET
 

For forming orthodontic arches can be used for forming round & rectangular arch wires.

906-616

NITI CHILLING INSTRUMENTS

For chilling thermal NiTi wires .

Fill the inside of the instrument with water and freeze it.

Activate the wire by holding the instrument on the wire during ligating.

Instrument facilatates easy ligating and placement of specific bends.