Full-automatic cutting machine for double grooves of insertion core

Abstract

The invention discloses a full-automatic cutting machine for double grooves of an insertion core. The full-automatic cutting machine comprises a seat, a feeding device, a feeding cutting device, a Y-axis sliding table, sliding frames, insertion core supplying mechanisms and insertion core clamping mechanisms; the feeding cutting device and the Y-axis sliding table are mounted on the seat; the sliding frames are connected onto the Y-axis sliding table; the insertion core supplying mechanisms and the insertion core clamping mechanisms are connected onto the sliding frames and are matched with each other; the feeding device is used for conveying materials to the insertion core supplying mechanisms; the insertion core supplying mechanisms are used for pushing the materials in the insertion core clamping mechanisms; the insertion core clamping mechanisms comprise overturning mechanisms and clamping devices which are connected with each other; the feeding cutting device can do reciprocatingmotion relative to the insertion core clamping mechanisms; and during the reciprocating motion process, the double grooves of the materials are cut. The overturning mechanisms are arranged on the full-automatic cutting machine for the double grooves of the insertion core, and after primary groove cutting by the feeding cutting device, the materials are overturned by the overturning mechanisms, theother sides of the materials are cut by the feeding cutting device, and the double sides of the materials are cut by the same feeding cutting device, so that the groove cutting precision and the degree of symmetry of the double grooves can be ensured.

Description

technical field [0001] The invention relates to processing equipment for optical communication devices, in particular to a fully automatic double-groove cutting machine for ferrules. Background technique [0002] The shape of the ferrule is small, and there are strict size requirements for the groove width, groove distance, and groove depth. When grooving it, the quality of the groove must be high and precise, especially for the same ferrule, the upper and lower surfaces The symmetry of the slots is difficult to meet the standard. The existing equipment can complete the single-slot cutting operation of a single ferrule, and the production efficiency is not high. For double-slot products, only the single slot is processed by the semi-automatic single-sided slotting machine, and then the fixture is turned over manually. Then process the groove on the other side. The main problems of this production method are: the material needs to be placed manually, and the material to be p...

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Problems solved by technology

[0003] The purpose of the present invention is to solve the problems in the prior art that the symmetry cannot be guaranteed, the grooving efficiency is low and the cost is high when grooving both sides of the ferrule, and a fully automatic double-groove cutting machine for ferrule is proposed

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