Gem slicer

Abstract

The invention discloses a gem slicer, which structurally comprises a slicing platform, a slicing main engine, a positioning vertical arm, an equipment main body, fixed ground feet and storage cabinets; the number of the arranged fixed ground feet is four, and the four fixed ground feet are evenly arranged at two ends of the bottom part of the equipment main body at an equal distance in a manner ofwelding; and each of two ends of the surface of the equipment main body is provided with the storage cabinet. According to the gem slicer disclosed by the invention, when the slicing main engine is controlled by a control handle of the equipment main body to press down to be ready for slicing, an installed vertical arm elevating mechanism presses down synchronously, and a starter is triggered; adriving mechanism is started; then, a transmission mechanism is driven by a link gear; the bottom part of the installed platform structure is connected with the transmission mechanism in a manner of meshing, so that the power of the transmission mechanism can be obtained; finally, gems on a holding plate are driven to be evenly pushed towards the right, therefore facilitating the slicing main engine to perform slicing. The step of manual pushing is canceled, so that time is shortened, uniformity of gem pushing is guaranteed, slices are prevented from being fractured, and the damage rate is reduced.

Description

technical field [0001] The invention relates to the field of slicers, in particular to a gemstone slicer. Background technique [0002] Most gemstones are not suitable for splitting. At this time, they need to be cut with a saw. Nowadays, gemstone sawing is generally sliced ​​by a cutter manually, but it has disadvantages such as low efficiency, poor cutting effect and easy damage to gemstones. Gem cutting knives are equipped with a diamond layer. If the cutting method is used to move the knives, the cutting knives are easily damaged. The current technology does not have an automatic propulsion function, and the gemstone needs to be manually pushed to move the platform during the cutting process. This method is a waste of time, and the uneven moving speed may easily cause the fracture of the gemstone slice, resulting in damage to the gemstone. Contents of the invention [0003] Aiming at the deficiencies of the prior art, the present invention is realized through the foll...

AI Technical Summary

Problems solved by technology

[0002] Most gemstones are not suitable for splitting. At this time, they need to be cut with a saw. Nowadays, gemstone sawing is generally sliced ​​by a cutter manually, but it has disadvantages such as low efficiency, poor cutting effect and easy damage to gemstones. Gem cutting knives are equipped with a diamond layer, if the cutting method is used to move the knives, it is easy to damage the cutting knives

The current technology does not have the automatic propulsion function, and the gemstone needs to be manually pushed to move the platform during the cutting process. This method is a waste of time, and the uneven moving speed may easily cause the fracture of the gemstone slice, resulting in damage to the gemstone.

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