​CAD/CAM CNC Milled brackets...accurate to within a thousandth of an inch!
What does this mean to you the orthodontist?

The bracket system will only reproduce their prescription when slots and wires fit intimately together, producing the three-dimensional tooth moving forces needed. Inaccurate slots and inaccurate geometry will result in incomplete transmission of the bracket prescription.

Learn more about CAD/CAM CNC Milled brackets...
High quality accuracy, high quality results​

Offical Distributor of Adenta GmbH in Malaysia

CAD/CAM stands for Computer-aided design/computer-aided manufacturing.
The CAD/CAM technology allows our engineers to use this system both for designing our brackets and for controlling the manufacturing systems.  The CNC milling process are the milling machines the computers program to reproduce over and over an identical velocity, feed, location and speed without any varying components, including human fatigue.  This manufacturing method is without a doubt the most precise and accurate method of manufacturing small metal parts, its proven record speaks for itself.

Over-sized and inaccurate slot dimensions undermines the whole basis of the pre-adjusted edgewise system.   Time consuming and tedious wire bending will be needed due to the three-dimensional loss of tooth positioning.

​Sometimes we just let the picture do all the talking!
Unaltered microscopic photos of both a CNC milled bracket and the most popular method of manufactuing MIM Molding...a picture is worth a thousand words!

The CROWN™ bracket system offers exact bracket positioning with scientific accuracy

A statistical analysis of hundreds of intact crowns was carried out to evaluate the differences of crown forms.  The results of this study concluded with a standardized measurement for each tooth’s crown.  
Armed with these precise measurement and forms, the CROWN™ bracket base could be established, designed to conform to the shape of each individual tooth’s crown. This enables you to use all visible four sides of the bracket to determine exact bracket position.

The FLAIR SLT™ bracket system 

Why did we design a non-locking self-ligating clip?
That's easy....the laws of  physics!

We know that physics dictates the more force the more acceleration, and every action has an equal and opposite reaction.  All orthodontic brackets can be analyzed to simply define the mechanical force systems it produces, if the bracket produces incorrect force systems, the laws of physics will not change...

Incorrect orthodontic forces produce incorrect orthodontic results.

The question should be why are others still manufacturing a locking self-ligating clip when they produce so many bad side effects?

Unacceptable forces are produced when you are pushing an archwire to the bottom of the slot just to simply lock the door, producing unhealthy damaging pressure.  This locking ligation procedure is painful for your patient and these excessive forces can easily break the door or even de-bond the bracket.  This rigid locked door increases the deflection of the wire and increases the probability of binding and notching, and creates angles and forces inappropriate for that stage of treatment.

Locked clip produces excessive wire deflection, producing uncontrollable and excessive force

Non-locking clip flexes, wire deflection is significantly reduced as binding is eliminated

Offical Distributor of Adenta GmbH in Malaysia

For enquiries, email to enq.semaiyakin@gmail.com or call/whatsapp to 012-373 1922 or 019-221 1268