MILLING MACHINE
With the help of mechanical engineering, 3D printing, electrical engineering, our company made our own CNC milling machine. Development 2022.
Electrical engineering, mechanical engineering and 3D printing play a significant role in our lives. With their help, we have managed to create a device that facilitates the work of specialists.
We use the CNC milling machine to process materials for various purposes using a metal cutter with one or more cutting edges or a laser. The operation is simple: turn on the device and use a PC to set the task.
⚙️Machine construction includes the following components:
20 mm thick aluminum profile housing.
Linear guides 8 mm
studs 8 mm
linear bearings for 8 mm diameter shafts.
ABS plastic frame and motor mount.
SK8 shaft holder (stand)
⚙️Electrical engineering includes the following components:
3 Nemo 17 motors
high speed spindle type motor
Arduino nano layout
A4988 drivers
Power control unit
Our mechanical engineer designed the device model in SolidWorks program, and we performed CFD analysis of its operation. The firmware design was written in Visual Studio program using C++ programming language.
In conclusion, the integration of mechanical engineering, electrical engineering and 3D printing allowed our company to create a device that facilitates the work of specialists.
The benefits of implementing a CNC milling machine in industry.
📊Innovation, precision and efficiency📊
Modern technologies – electrical engineering, mechanical engineering and 3D printing – play an important role in improving and simplifying our daily lives. They are not only being introduced into various fields, but also transforming them. In 2022, our company introduced a new development: the CNC milling machine, which is a real breakthrough in manufacturing and material processing.
✅Technical features of the milling machine.
CNC milling machine opens new horizons for processing materials for various purposes. It is equipped with a metal milling machine capable of working with one or more cutting edges, as well as a laser. Controlling the device is simple: just turn it on and, with the help of a PC, transfer the task. This ensures ease of use and high accuracy of tasks.
✅Key components for mechanical and electrical engineering.
The milling machine is based on mechanical engineering, which includes a 20 mm thick aluminum profile housing, linear guides, studs, linear bearings for the shafts and an ABS plastic frame. The electrical component includes three Nemo 17 motors, a high-speed spindle motor, an Arduino nano layout, A4988 drivers and a power control unit.
✅Technology integration and development.
The machine design began with modeling in SolidWorks by a mechanical engineer and ended with CFD analysis of the device operation. The firmware design was developed in Visual Studio using the C++ programming language. This process of combining engineering and programming resulted in a device that combines high accuracy and efficiency.
Milling Machine in Production: Efficiency, Precision and Variety of Applications.
Milling machines have become an integral part of industry, providing efficient and precise material processing in a wide range of industries. Equipped with advanced technology and computer-controlled, these devices are a key element of modern manufacturing due to their versatility and multi-functionality.
The advantages of using a milling machine in manufacturing:
✅High precision and quality material processing: The milling machine can create products with high precision and exceptional quality. It is capable of machining a variety of materials including metals, wood, plastics and composites, delivering exceptional results.
✅Increased Productivity: The automated process of a CNC milling machine greatly increases the speed and efficiency of production. This reduces lead times and increases the overall productivity of the company.
✅Variety of Applications: Milling machines are used in a wide variety of industries including engineering, aviation, medical, auto parts, design and many others. They are used to create parts, prototypes, molds, and other products.
✅Innovation in Manufacturing: Modern milling machines are equipped with advanced technologies such as CNC (Computer Numerical Control), making it easy to create complex and precise products. It is a way of.