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Digital controlled ceramic constructing forming machine

A molding machine and ceramic technology, applied in ceramic molding machines, manufacturing tools, etc., can solve the problems of large mold loss, high labor intensity, low precision, etc., and achieve the effect of high processing precision and large size range

Inactive Publication Date: 2008-03-19
徐晗
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Casting molding has low efficiency and large mold loss; isostatic pressing molding equipment is expensive, low in efficiency, and product shape and size are limited, which can no longer meet market needs; hand-drawn billet molding is more labor-intensive, low in output, and poor in precision
[0003] In terms of ceramic billet sharpening and carving, at present, the sharpening and trimming of ceramic billets are mainly carried out manually, which is labor-intensive and low-precision
However, most of the engraving equipment that can be seen on the market are three-axis CNC milling machines, which are not capable of sharpening and engraving ceramic bodies with multiple complex surfaces.

Method used

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  • Digital controlled ceramic constructing forming machine
  • Digital controlled ceramic constructing forming machine
  • Digital controlled ceramic constructing forming machine

Examples

Experimental program
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Effect test

Embodiment 1

[0054] The CNC ceramic stacking molding machine of the present invention, as shown in the accompanying drawings, includes a computer control part, an X-axis feed part 25, a Y-axis feed part 26, a Z-axis feed part 27, an A-axis rotary part 28, and a B-axis swing part. 29, stacking manipulator 6, engraving head 8, vacuum extrusion part 20. According to the five-axis linkage control signal sent by the computer, it can drive the stepper motors of the three linear feed axes X, Y, and Z, and the two rotary axes A and B to realize stacking manipulator 6 and engraving. Five-axis linkage of any trajectory and posture of the head 8 in three-dimensional space. The high-quality ceramic mud extruded by the vacuum extruder 20 is transported to the stacking manipulator 6 through the hose 7, and stacked point by point and layer by layer on the rotary table 4. After waiting for the ceramic blank to dry, it can be put back on the rotary table for secondary processing, namely sharpening and eng...

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PUM

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Abstract

A numerical control ceramic pile forming machine is automatic production equipment which integrates a plurality of functions of ceramic forming, basing and engraving. Three linear axles of X, Y and Z and two revolving axles of A (worktable revolving) and B (rolling manipulator and engraving joint swinging shaft) are movably composed. Five axles in all are composed and five-axle linkage is realized. Plugs are extruded out of a vacuum extruder (20). The machine can pile the pugs layer by layer for forming in any shape through a soft pipe (7) by the rolling manipulator (6) on the worktable (4) to replace a manual billet tension process. The pentahedron basing and the engraving process are implemented on the billets after being dried. Therefore, the automatic production of ceramic forming, basing and engraving is realized.

Description

technical field [0001] The invention relates to a complete set of multifunctional integrated equipment for numerically controlled ceramic stacking and forming, billet sharpening and engraving. Background technique [0002] In terms of ceramic molding, the main methods at present are: (1) casting molding; (2) isostatic pressing molding; (3) hand-drawn billet molding. Casting molding has low efficiency and large mold loss; isostatic pressing molding equipment is expensive, low in efficiency, and product shape and size are limited, which can no longer meet market needs; hand-drawn billet molding is more labor-intensive, low in output, and poor in precision. [0003] In terms of ceramic billet sharpening and carving, at present, the sharpening and trimming of ceramic billets are mainly carried out manually, which is labor-intensive and low-precision. Most of the engraving equipment that can be seen on the market are three-axis CNC milling machines, which are not capable of shar...

Claims

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Application Information

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IPC IPC(8): B28B1/04
Inventor 徐晗
Owner 徐晗
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