Large-tonnage high-precision servo powder forming machine

Abstract

The invention discloses a large-tonnage high-precision servo powder forming machine. The large-tonnage high-precision servo powder forming machine comprises a rack, a powder arranging mechanism and aservo powder feeding mechanism. A servo powder feeding assembly is arranged at the bottom of a bin of the powder arranging mechanism. The servo powder feeding assembly comprises an upper pressure switch, a Jingquan grating, a die assembly, a start switch and a lower servo assembly. The upper pressure switch and the start switch are both arranged on the rack. The Jingquan grating is arranged on thesurface of the rack and located between the upper pressure switch and the start switch and is internally provided with the die assembly, and the lower servo mechanism is arranged at the bottom of therack. One end of the die assembly communicates with the servo powder feeding mechanism. The servo powder feeding mechanism comprises a powder feeding track and a residual powder funnel. The powder feeding track communicates with the interior of the die assembly, and the bottom of the powder feeding track communicates with the residual powder funnel. The large-tonnage high-precision servo powder forming machine is high in precision, large in tonnage, high in productivity efficiency and low in noise.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a large-tonnage high-precision servo powder molding machine. Background technique [0002] Most of the existing powder pressure molding machines are oil pressure and electric cam equipment, with low precision and high noise; the existing servo pressure is mostly small tonnage, single pressure function, low production efficiency; poor stability, large product differences, and low yield It also affects the performance of magnetic products and inductive finished products; the powder loading error is large, which affects the thickness of the product and increases the cost; it is difficult to add powder to the powder bucket, and the powder bucket has no lifting function, so it is necessary to add powder at a high place. The existing equipment is easy to leak powder when filling powder, and there is no function of recycling and processing the leaked powder, which affects t...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing powder pressure molding machines are oil pressure and electric cam equipment, with low precision and high noise; the existing servo pressure is mostly small tonnage, single pressure function, low production efficiency; poor stability, large product differences, and low yield It also affects the performance of magnetic products and inductor products; large powder filling errors affect the thickness of the product and increase the cost; it is difficult to add powder to the powder bucket, and the powder bucket has no lifting function, so it is necessary to add powder at a high place

The existing equipment is easy to leak powder when filling powder, and there is no function of recycling and processing the leaked powder, which affects the cost and the environment

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