TITLE:
* Hybrid 3d printer with flexibility in all the 3 axes of printing
FIELD OF INVENTION
The present invention generally relates to the field of 3d printer, particularly relates to providing the 3d printer printing head. More particularly, the present invention relates to modifying the printing head for flexibility in terms of better control over all the axes.
BACKGROUND OF INVENTION
The 3d printing is the fastest growing technology in the world. Ft requires the accuracy as a primary factor to make a printing process more feasible to adopt by the product manufactures. The present invention is focused on developing a 3d printer with higher accuracy.
KR1020190072286titled "Module interchangeable multifunction device with three axes control function" discloses about a module interchangeable multifunction device with a three axes control function, which can selectively replace and use a 3D printer module, a laser machine module, and a CNC stamping module.
None of the above-mentioned prior arts neither teaches nor discloses about the3 axes control as a single module. Accordingly, there exists a need for product to increase the accuracy of the 3d printer without much complex modification.

OBJECTS OF INVENTION
One or more of the problems of the conventional prior art may be overcome by .various embodiments of the system of present invention.
It is the primary object of the present invention is to improve the accuracy of printing by controlling all 3 axes (x, y, z-axis) of the printer.
It is another object of the present invention enables the hybrid technique by combining the Cartesian and Delta type printer.
It is another object of the present invention, wherein the printer doesn't requires any other sophisticated software update, simple changes are enough.
SUMMARY OF INVENTION
Thus the basic aspect of the present invention is to provide a Hybrid 3d printer with flexibility in all the 3 axes of printing, comprising of a 3d printer (1), a motor for x-axis (2), a motor for y-axis (3), a motor for z-axis (4), an extruder motor (5) and a component (6), wherein, the 3d printer (1) comprises of the motor for x-axis (2) to provide specific movement in x- direction during printing, a motor for y-axis (3) separate control to move the bed, a motor for z-axis (4) control the rail movement over the vertical channel and a extruder motor (5) to extrude the material therein works in sequence from the input given by the 3d model specific alternation given electronically to print the component (6).
BRIEF DESCRIPTION OF DRAWINGS
Figure 1: illustrates a hybrid 3d printer with flexibility in all the 3 axes of printing.

DETAILED DESCRIPTION OF THE INVENTION WITH REFERENCE TO THE ACCOMPANYING FIGURES
The present invention as herein describes about a hybrid 3d printer with flexibility in all the 3 axes of printing.
Referring to Figure 1, a 3d printer (I) requires 3 motors to control the 3 axes. The 3d printer (1) works based on the providing the precise control over, the axes, herein, the same 3 motors are used to control different axis but the controlling is different. The specific modification is given to controllers that in Cartesian type 3d printer is that good control for z-axis by position the rail as in the delta type 3d printer. Rest all to control the x-axis using a motor for x-axis (2) to move around the bed horizontally as in the Cartesian type. Similarly, separate motor control for the y-axis that is to move the bed using a motor for y-axis (3). The z-axis control is achieved by moving the vertical rail using a motor for z-axis (4), it can be used two motors or single motor with synchronized movement. An extruder motor (5) to have control over the filament extrusion therein a component (6) is printed. The core identity of this method is that, in most of other variants wherein the z-axis accuracy is required, it can adopts this method. The holistic view of this printer is combining Cartesian and Delta type 3d printer for fused deposition type printer for better accuracy. Thereby, providing platform to adopt by other variants includes selective laser sintering (SLS), Selective Laser Melting (SLM), Stereo lithography (SLA) and so on. In most of variants follow the Cartesian type printing, this hybrid combination improves the z-axis accuracy for all the variants without varying the software part only by varying the hardware.
The present invention will be described below by means of more specific embodiments.

A Hybrid 3d printer with flexibility in all the 3 axes of printing, comprising of the 3d printer (I), the motor for x-axis (2), the motor for y-axis (3), the motor for z-axis (4), the extruder motor (5) and the component (6), wherein, the 3d printer (1) comprises of the motor for x-axis (2) to provide specific movement in x- direction during printing, a motor for y-axis (3) separate control to move the bed, a motor for z-axis (4) control the rail movement over the vertical channel and the extruder motor (5) to extrude the material therein works in sequence from the input given by the 3d model specific alternation given electronically to print the component (6). The 3d printer (1) ' is to improve the accuracy of printing by controlling all 3 axes (x, y, z- axis) of the printer. The 3d printer (1) enables the hybrid technique by combining the Cartesian and Delta type printer. 3d printer (1) doesn't requires any other sophisticated software update, simple changes are enough.'