CN204707970U - Variable ingredients 3D food printer - Google Patents

Abstract

The utility model provides a variable edible material 3D food printer mainly includes the square frame, X axle linear motion system, Y axle linear motion system, Z axle linear motion system, parallelly connected input shower nozzle, storage tank group, defeated material hose, crowded material system group and cargo platform, storage tank group and crowded material system group install in square frame bottom, storage tank group connects many pipelines parallel input shower nozzle through defeated material pipe, many pipelines parallel input shower nozzle sets up on X axle linear motion system, X axle linear motion system comprises X axle guide rail, X axle step motor, X axle synchronizing wheel, X axle hold-in range, Y axle linear motion system comprises Y axle guide rail, Y axle step motor, Y axle synchronizing wheel, Y axle hold-in range, Z axle linear motion system comprises Z axle guide rail, Z axle motor, Z axle synchronizing wheel, Z axle hold-in range, the utility model has the advantages of reasonable structure, Convenient and fast, wide application and the like.

Description

Variable ingredients 3D food printer

technical field

The utility model relates to a food processing machine, in particular to a 3D food printer with variable ingredients.

Background technique

As we all know, 3D printing technology is different from traditional cutting processing methods. This technology is additive manufacturing, which saves materials to the greatest extent. Applying 3D printing technology to the food industry not only closely integrates people's life with technology, uses technology to improve the quality of life, but also liberates the labor force to a certain extent, and can even complete more complex tasks.

Contents of the invention

The purpose of the utility model is to provide a 3D food printer with variable ingredients.

The utility model mainly includes a cube frame, an X-axis linear motion system, a Y-axis linear motion system, a Z-axis linear motion system, a parallel input nozzle, a storage tank group, a feeding hose, a material extrusion system group and a loading platform. The material tank group and extrusion system group are installed at the bottom of the cube frame. The material storage tank group is connected to the multi-pipeline parallel input nozzle through the material delivery conduit. The multi-pipeline parallel input nozzle is set on the X-axis linear motion system. Axis guide rail, X-axis stepping motor, X-axis synchronous wheel, X-axis synchronous belt, Y-axis linear motion system consists of Y-axis guide rail, Y-axis stepping motor, Y-axis synchronous wheel, Y-axis synchronous belt, Z-axis linear The motion system is composed of Z-axis guide rail, Z-axis motor, Z-axis synchronous wheel and Z-axis synchronous belt.

When in use, the software processes the graphic data input by the user to generate the code of the corresponding program, and controls the operation of the motor through the single-chip microcomputer to print out the corresponding three-dimensional entity.

Compared with the prior art, the utility model has the beneficial effects of reasonable structure, convenience and quickness, and wide application.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic diagram of the three-dimensional structure of the utility model; Figure 2 is a block diagram of the circuit control system of the utility model.

The specific embodiment, in the three-dimensional structure diagram of the utility model shown in Figure 1, mainly includes a cube frame 1, an X-axis linear motion system 2, a Y-axis linear motion system 3, a Z-axis linear motion system 4, and parallel input nozzles 5. The storage tank group 6, the feeding hose 7, the extrusion system group 8 and the loading platform 9, the storage tank group 6 and the extrusion system group 8 are installed at the bottom of the cube frame 1, and the storage tank group 6 passes through the conveying The material conduit 7 is connected to the multi-pipe parallel input nozzle 5, and the multi-pipe parallel input nozzle 5 is arranged on the X-axis linear motion system 2. The X-axis linear motion system 2 consists of an X-axis guide rail 10, an X-axis stepping motor 11, and an X-axis synchronous wheel 12. The X-axis synchronous belt 13 is composed of the Y-axis linear motion system 3 composed of the Y-axis guide rail 14, the Y-axis stepping motor 15, the Y-axis synchronous wheel 16, and the Y-axis synchronous belt 17. The Z-axis linear motion system 4 consists of the Z-axis Guide rail 18, Z-axis motor 19, Z-axis synchronous wheel 20, Z-axis synchronous belt 21 form.

Claims (1)

1. a variable food materials 3D food printer, mainly comprises square framework (1), X-axis linear motion system (2), Y-axis linear motion system (3), Z axis linear motion system (4), input shower nozzle (5) in parallel, storage tank group (6), conveying flexible pipe (7), material extrusion system group (8) and article carrying platform (9), it is characterized in that: storage tank group (6) and material extrusion system group (8) are installed on square framework (1) bottom, storage tank group (6) connects multi-pipeline parallel connection input shower nozzle (5) by conveying conduit (7), multi-pipeline parallel connection input shower nozzle (5) is arranged on X-axis linear motion system (2), and X-axis linear motion system (2) is by X-axis guide rail (10), X-axis stepper motor (11), X-axis synchronizing wheel (12), X-axis Timing Belt (13) forms, and Y-axis linear motion system (3) is by Y-axis guide rail (14), y-axis stepper motor (15), Y-axis synchronizing wheel (16), Y-axis Timing Belt (17) forms, and Z axis linear motion system (4) is by Z axis guide rail (18), Z axis motor (19), Z axis synchronizing wheel (20), Z axis Timing Belt (21) forms.