The Lamtiec® foils are deep-drawn in three steps in a special lamination process. In this thickness, they are used in the manufacture of maxillary orthodontic appliances.
Lamitec® foils are deep-drawn in three steps in a special lamination process In this thickness they are used in the manufacture of IST® and mandibular orthodontic devices.
Lamtiec® films are deep-drawn in three steps in a special lamination process. In this thickness, they are used in the manufacture of bite blocks and active plates.
Lamitec® foils are deep-drawn in three steps in a special lamination process In this thickness they are used in the manufacture of maxillary orthodontic devices.
Lamitec® foils are deep-drawn in three steps in a special lamination process In this thickness they are used in the manufacture of IST® and mandibular orthodontic devices.
Lamitec® foils are deep-drawn in three steps in a special lamination process In this thickness they are used in the production of bite blocks and active plates.
The Lamtiec® foils are deep-drawn in three steps in a special lamination process. In this thickness, they are used in the manufacture of maxillary orthodontic appliances.
Lamitec® foils are deep-drawn in three steps in a special lamination process In this thickness they are used in the manufacture of IST® and mandibular orthodontic devices.
Lamtiec® films are deep-drawn in three steps in a special lamination process. In this thickness, they are used in the manufacture of bite blocks and active plates.
Lamitec® foils are deep-drawn in three steps in a special lamination process In this thickness they are used in the manufacture of maxillary orthodontic devices.
Lamitec® foils are deep-drawn in three steps in a special lamination process In this thickness they are used in the manufacture of IST® and mandibular orthodontic devices.
Lamitec® foils are deep-drawn in three steps in a special lamination process In this thickness they are used in the production of bite blocks and active plates.