Counters
Desktop Machine Tools
Precision Desktop CNC Solutions for Education, R&D, and Prototyping Processes
Developed by Mikronet Elektronik, Desktop CNC Machine Tools are designed to meet the needs of technical education institutions, universities, R&D centers, and product development laboratories.
Thanks to their compact structure, high-precision operating capability, and user-friendly control systems, they deliver reliable performance across a wide range of applications, from education to prototype production.
Developed with advanced electronic control infrastructure and robust mechanical construction, our desktop CNC solutions make professional manufacturing processes more accessible while contributing significantly to engineering education and product development activities.
Our Products
Mini CNC Milling Machine
A Compact Milling Solution for Precision Machining
The Mini CNC Milling Machine is a desktop CNC system designed to machine metal, plastic, wood, and similar materials with high precision.
Developed for technical training, prototyping, and small-scale manufacturing applications, the system stands out with its high accuracy, reliable operation, and ease of use.
Key Features
- Precision milling operations
- Compact desktop design
- High machining accuracy
- User-friendly control system
- Suitable for education and R&D applications
- Low maintenance requirements
Mini CNC Lathe
A Small-Scale Precision Turning Solution
The Mini CNC Lathe is a compact CNC turning system developed for the high-precision machining of cylindrical parts.
Thanks to its reliable electronic control infrastructure, it provides efficient and dependable operation in educational institutions, technical laboratories, and prototyping centers.
Key Features
- Precision turning operations
- Stable operating performance
- Compact structure
- Easy operation
- Durable mechanical design
- Long service life
Mini CNC Press Brake
A CNC Solution for Precision Sheet Metal Bending Applications
The Mini CNC Press Brake is a desktop CNC system designed to bend sheet metal materials in a controlled and precise manner.
It delivers reliable and professional operating performance, particularly in technical training, engineering laboratories, and prototype manufacturing processes.
Key Features
- Precision bending operations
- CNC-controlled operation
- Compact design
- Safe operation
- Durable mechanical construction
- Suitable for educational and prototyping applications
Mini CNC Plastic Injection Molding Machine
A Professional System for Small-Scale Plastic Part Production
The Mini CNC Plastic Injection Molding Machine is a compact manufacturing solution developed for plastic part prototyping and educational applications.
Supporting product development processes in universities, technical education institutions, and R&D laboratories, the system delivers high efficiency through its reliable electronic control infrastructure.
Key Features
- Plastic prototype production
- Compact desktop design
- Precise production control
- User-friendly operation
- Reliable electronic system
- Low operating costs
Application Areas
Mikronet Desktop Machine Tools can be used reliably in a wide range of educational and manufacturing applications.
- Universities
- Vocational High Schools
- Technical Training Centers
- R&D Laboratories
- Prototyping Workshops
- Product Development Centers
- Mechanical Engineering and Mechatronics Laboratories
- Industrial Training Applications
Why Choose Mikronet Desktop CNC Machine Tools?
- Compact and ergonomic design
- High-precision manufacturing capability
- Solutions focused on education and R&D
- Reliable electronic control systems
- Durable mechanical construction
- Easy maintenance and long service life
- Local engineering support
- After-sales technical service
Technical Support
You can contact our expert team to obtain detailed information about our Mini CNC Milling Machine, Mini CNC Lathe, Mini CNC Press Brake, and Mini CNC Plastic Injection Molding Machine systems, determine the most suitable solution for your application, or submit technical support requests.
