The MC-6 (MB66VA) is a high-performance machine designed for both production and high-precision operations such as surface milling, drilling, boring, and tapping. It ensures stable machining even in high-load cutting processes. It is equipped with a 32-position automatic tool changer (ATC), which enhances speed and efficiency for continuous production. The machine helps reduce production time, improve workpiece quality, and minimize errors caused by manual operation. In addition, it features a chip management system that reduces coolant usage and lowers maintenance requirements.
The EDM (Electrical Discharge Machine) is a machine used for shaping workpieces through electrical discharge between the electrode and the workpiece without direct contact. It is suitable for machining complex shapes, deep grooves, sharp corners, and high-precision parts. It can be used with high-hardness materials such as hardened steel and other electrically conductive metals. This machine helps improve accuracy, reduce tool wear during machining, and achieve a high-quality surface finish.
The GENOS L250II-e is a 2-axis (X/Z) CNC lathe designed for high stability, precision, and productivity. It is easy to operate and well-suited for production work that requires accuracy and consistency, helping to improve machining efficiency and reduce processing time. The machine is built to support high-precision and high-efficiency turning operations while minimizing vibration. It features a spindle speed of up to 4,500 rpm and an 8-station turret, enabling fast and continuous operation. It is ideal for manufacturing metal parts that require high quality and precision, while also helping to reduce production time, improve workpiece quality, and minimize errors caused by manual operation.
EDM is a machine used for machining metal by generating electrical sparks between the electrode and the workpiece. It is suitable for mold and die applications, high-precision work, and machining hard materials such as carbide and hardened steel. Unlike conventional CNC machines, EDM does not require cutting force, which helps reduce workpiece deformation. It is also equipped with an Adaptive Control system that automatically adjusts the power supply, minimizing electrode wear, improving surface finish quality, and reducing errors caused by manual operation.
WEDM is an advanced manufacturing process that uses electrical discharges to precisely cut and shape electrically conductive materials. This technology utilizes a thin metal wire as an electrode, generating controlled sparks to erode material from the workpiece.
WEDM provides extremely high precision, with tolerances, making it ideal for producing complex shapes and intricate patterns that cannot be achieved with conventional machining methods.
It is suitable for machining hard materials such as hardened steel, titanium, and carbide, while maintaining excellent accuracy and surface finish. The CNC-controlled process ensures consistent results and allows for continuous operation without constant supervision.
The EDM (Electrical Discharge Machine) is a machine used for shaping workpieces through electrical discharge between the electrode and the workpiece without direct contact. It is suitable for machining complex shapes, deep grooves, sharp corners, and high-precision parts. It can be used with high-hardness materials such as hardened steel and other electrically conductive metals. This machine helps improve accuracy, reduce tool wear during machining, and achieve a high-quality surface finish.
The Machining Center is a CNC machine used for high-precision metal cutting operations. It is capable of performing various machining processes such as surface milling, drilling, boring, and tapping. The machine is operated through a CNC program and is equipped with an Automatic Tool Changer (ATC), enabling automatic tool changes during operation. It helps reduce production time, improve product quality, and minimize errors caused by manual work.
The Profile grinding is mainly used for machining square, rectangular, and cubic-shaped components, especially small parts that require high precision. If the workpiece is too large, the machine’s processing capability will be limited.
The machine is equipped with a magnification system that allows operators to clearly observe workpiece details during machining and grinding at approximately 20× magnification, enabling precise control of tolerances throughout the process.
It also helps reduce production time, improve workpiece quality, and minimize errors caused by manual operation.
The PURELITE system produces high-purity water using an automatic RO + DI (resin) process, reducing operator workload. It has a production capacity of approximately 500–600 liters per hour, with automatic functions such as auto flushing and water quality control. It delivers high-quality water with stable consistency, making it suitable for continuous operation in industrial applications. The control system helps minimize fluctuations in water quality, ensuring reliable and consistent output. The system also features easy filter/resin replacement, reducing downtime, and is designed for simple maintenance and space-saving installation.