The Best of Made in Taiwan
Features: 1. Table is hardened. 2. Constructed of high guality cast iron, quench treated. 3. X, Y-axes high precision ballscrews. 4. Fast response MOSFET machining circuits. 5. Auto fire extinguisher, fire sensor, arcing sensor, dielectric level & temperature sensor are standards. 6. Interchangeable insert-board. Clearly identified numbers for maximum ...
Features: 1. Table is hardened. 2. Constructed of high guality cast iron, quench treated. 3. X, Y-axes high precision ballscrews. 4. Fast response MOSFET machining circuits. 5. Auto fire extinguisher, fire sensor, arcing sensor, dielectric level & temperature sensor are standards. 6. Interchangeable insert-board. Clearly identified numbers for maximum ...
Features: 1. Table is hardened. 2. Constructed of high guality cast iron, quench treated. 3. X, Y-axes high precision ballscrews. 4. Fast response MOSFET machining circuits. 5. Auto fire extinguisher, fire sensor, arcing sensor, dielectric level & temperature sensor are standards. 6. Interchangeable insert-board. Clearly identified numbers for maximum ...
Features: 1. Table is hardened. 2. Constructed of high guality cast iron, quench treated. 3. X, Y-axes high precision ballscrews. 4. Fast response MOSFET machining circuits. 5. Auto fire extinguisher, fire sensor, arcing sensor, dielectric level & temperature sensor are standards. 6. Interchangeable insert-board. Clearly identified numbers for maximum ...
1. The machining circuit is designed with MOSFET driver for fast machining three step voltage selection for fine machining effect. 2. The machine is micro-computer controlled. 3. Intelligent deep hole machining control. Simply enters the machining current, and the other machining parameters will set automatically. 4. ...
1. The machining circuit is designed with MOSFET driver for fast machining Three-step voltage selection for fine machining effect. 2. The machine is micro-computer controlled. 3. Intelligent deep hole machining control. Simply enters the machining current, and the other machining parameters will set automatically. 4. ...
1. The machining circuit is designed with MOSFET driver for fast machining Three-step voltage selection for fine machining effect. 2. The machine is micro-computer controlled. 3. Intelligent deep hole machining control. Simply enters the machining current, and the other machining parameters will set automatically. 4. ...
1. The machining circuit is designed with MOSFET driver for fast machining Three-step voltage selection for fine machining effect. 2. The machine is micro-computer controlled. 3. Intelligent deep hole machining control. Simply enters the machining current, and the other machining parameters will set automatically. 4. ...
1. The machining circuit is designed with MOSFET driver for fast machining three step voltage selection for fine machining effect. 2. The machine is micro-computer controlled. 3. Intelligent deep hole machining control. Simply enters the machining current, and the other machining parameters will set automatically. 4. ...
Application: 1. Precise micro mold machining. 2. Micro holes machining: (1) Micro nozzles for use on printers and engines. (2) Micro spining nozzles. (3) Misting devices. (4) Wire drawing dies.
Taiwan 