Nobel Biocare Ab

Borealis Technology Oy

Magnus Persson

Matts K Andersson

Ruth Dammert

Magnus Nilsson

The invention relates to a pigmented cable jacket comprising a polymer composition which comprises a multimodal polyolefin, preferably polyethylene, and pigment composition comprising a color pigment wherein a blend of said pigment composition and said polymer composition is showing an average diameter of spherulites as determined according to the dissolution-recrystallization method which is at most 50% lower, more preferred at most 30% lower and still more preferred at most 10% lower than the average diameter of spherulites in the non-blended polymer composition as determined according to the dissolution-recrystallization method. Further, the invention relates to the use of a color pigment for the production of such a pigmented cable jacket comprising a polymer composition which comprises a multimodal polyolefin, preferably polyethylene, and a pigment composition comprising said color pigment wherein said pigment is a non-warping pigment and to the use of a multimodal polyolefin, preferably polyethylene, for the production of such a pigmented cable jacket comprising a polymer composition which comprises said multimodal polyolefin and a pigment composition comprising a color pigment wherein said pigment is a non-warping pigment.

Pigmented cable jacket comprising color pigments

In an arrangement for recreating a model, use is made of an original model (,) of implant and/or tooth remnants (,) in a system for producing a dental construction (,). The system includes a reading apparatus (,) and a first levelling function (,). A reproduction of all or part of the original model is created in CAD equipment. The said dental construction is created in the CAD equipment, and the reproduction and the construction are divided up into parts whose axes of inclination and contact surfaces are identified in terms of position and direction. Replicas of the implant and/or tooth remnant parts and the construction parts are produced and mounted on a mounting member (,) after bore holes for the replicas of the tooth remnant parts have been established using boring equipment. The said bore holes are established by means of a second levelling function and the bore holes receive positions and longitudinal axis inclinations which correspond to the positions and the inclinations of corresponding axes in the original model. The replicas for the tooth remnant parts can be fixed in terms of angle of rotation in the mounting member with position-fixing members (identification members). The last-mentioned replicas form the recreated model on which the construction replicas can be applied.

Arrangement for recreating a model of a dental product

A device for compressing information sensed from a model of a product is provided. The compressed quantity of information is a subset of the control information that can be transferred, by way of a data link, to machining equipment used to make the product from a blank. The device senses the model in a first coordinate system and converts the sensed first coordinates into corresponding second coordinates, describing the shape in a second coordinate system. These second coordinates form the basis for the control information. Compressing the information substantially reduces the amount of data transmitted over a public telecommunication network of the data link.

Growing community of inventors

Vänersborg, Sweden

Magnus Persson