An apparatus and a method for grading sensitive products. The apparatus and a method treat the objects to be graded gently and is accurate and may be constructed so as to handle extremely large quantities. The grading device (1) has grading channels that are wider at the outlet than at the intake. A belt machine draws the objects forward between two inclined belts (6) which form the channel. The device and the method make possible to make corrections in the grading process and to fine-tune the grading unit during the grading process.

An apparatus and a method for grading sensitive products. The apparatus and a method treat the objects to be graded gently and is accurate and may be constructed so as to handle extremely large quantities. The grading device (1) has grading channels that are wider at the outlet than at the intake. A belt machine draws the objects forward between two inclined belts (6) which form the channel. The device and the method make possible to make corrections in the grading process and to fine-tune the grading unit during the grading process.

The present invention relates to an apparatus for grading sensitive products. The apparatus treat the objects to be graded gently and is accurate and may be constructed so as to handle extremely large quantities. The grading device of the present invention has grading channels that are wider at the outlet than at the intake. The belt machine draws the objects forward between two inclined belts which form the channel. An adjusting device is implemented perpendicular underneath the belts of the apparatus comprising alternatively arranged support members and adjusting members arranged on an adjusting screwing shaft. Both components comprise screwing sections which regulates an increase or a decrease in the gap between the support members when the adjusting screwing shaft is rotated.

The present invention relates to an apparatus for grading sensitive products. The apparatus treat the objects to be graded gently and is accurate and may be constructed so as to handle extremely large quantities. The grading device of the present invention has grading channels that are wider at the outlet than at the intake. The belt machine draws the objects forward between two inclined belts which form the channel. An adjusting device is implemented perpendicular underneath the belts of the apparatus comprising alternatively arranged support members and adjusting members arranged on an adjusting screwing shaft. Both components comprise screwing sections which regulates an increase or a decrease in the gap between the support members when the adjusting screwing shaft is rotated.

A method of recycling scrap is disclosed, comprising the steps of shredding the scrap with a shredder into shredded scrap objects, classifying the shredded scrap objects into fractions of scrap objects having different size ranges with a classifier, and sorting scrap objects while substantially maintaining interspace between the objects. Further, a singulating arrangement for singulating scrap objects is disclosed, comprising a substantially horizontally disposed feeder that extends from a receiving area for receiving scrap objects to a feed gate positioned at a top portion of a chute, as well as an ejector arrangement, comprising a conveyor with a substantially flat conveying plane and an ejector device disposed along the conveyor.

A method of recycling scrap is disclosed, comprising the steps of shredding the scrap with a shredder into shredded scrap objects, classifying the shredded scrap objects into fractions of scrap objects having different size ranges with a classifier, and sorting scrap objects while substantially maintaining interspace between the objects. Further, a singulating arrangement for singulating scrap objects is disclosed, comprising a substantially horizontally disposed feeder that extends from a receiving area for receiving scrap objects to a feed gate positioned at a top portion of a chute, as well as an ejector arrangement, comprising a conveyor with a substantially flat conveying plane and an ejector device disposed along the conveyor.

In-feed device (1) for feeding objects onto a grading apparatus (13) for grading sensitive products. The in-feed device (1) comprises a new type of sliding plates (4, 5) and vibrating motors (7) to arrange the objects and to rinse small particles from the objects to be graded.

In-feed device (1) for feeding objects onto a grading apparatus (13) for grading sensitive products. The in-feed device (1) comprises a new type of sliding plates (4, 5) and vibrating motors (7) to arrange the objects and to rinse small particles from the objects to be graded.

An apparatus and a method for grading sensitive products. The apparatus and a method treat the objects to be graded gently and is accurate and may be constructed so as to handle extremely large quantities. The grading device (1) has grading channels that are wider at the outlet than at the intake. A belt machine draws the objects forward between two inclined belts (6) which form the channel. The device and the method make possible to make corrections in the grading process and to fine-tune the grading unit during the grading process.

An apparatus and a method for grading sensitive products. The apparatus and a method treat the objects to be graded gently and is accurate and may be constructed so as to handle extremely large quantities. The grading device (1) has grading channels that are wider at the outlet than at the intake. A belt machine draws the objects forward between two inclined belts (6) which form the channel. The device and the method make possible to make corrections in the grading process and to fine-tune the grading unit during the grading process.