It is an electronic hammer that applies impact force with a piezoelectric actuator to finely adjust the workpiece.
The "Core Punch Actuator Impact Assist" is an electronic hammer that utilizes the inertial force generated when a piezoelectric actuator is rapidly elongated to deliver impact force to an object and move it. By applying a steep voltage to the piezoelectric actuator, impact force is generated in the core punch actuator. The impact force varies depending on the waveform of the voltage applied to the piezoelectric actuator, the size of the piezoelectric actuator, and the weight of the load. 【Applications】 ■ Positioning of parts in a temporary fastening state ■ Precision press-fitting ■ Centering of disks and rotating parts ■ Alignment of lenses ■ Vibration source ■ Optical axis adjustment for laser optics *For more details, please download the materials or feel free to contact us.
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basic information
【Lineup】 [Impact Head] ○ Small Type SA102 → A small type of core punching actuator ○ Medium Type SA103 → A core punching actuator with greater impact force than the small type ○ Pencil Type Actuator SA202 → A type that uses the small actuator SA102 in a pencil shape → Can be held in hand and pressed against any desired location for use → Can be turned ON/OFF with a button at hand ○ High-Power Handheld Actuator (Custom) → A high-power actuator that achieves precise positioning of heavy objects [Impact Driver/Controller] ○ Single Axis Type SD301 → A driver controller for single-axis use that can connect one core punching actuator → Impact strength and repetition frequency can be adjusted via front panel operation → External control is possible through I/O ○ Multi-Axis Type SD101 + SC201 → A driver and control controller that can connect and drive up to 12 core punching actuators → In addition to manual drive, it is equipped with an RS232C interface, allowing external control drive via a PC or similar devices.
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Applications/Examples of results
【Application】 ○ Work and tool centering for ultra-precision machining ○ Core height adjustment for diamond bits ○ Optical axis centering adjustment for lenses ○ Optical axis adjustment for laser optics ○ Centering of discs and rotating mechanisms ○ Positioning of components in a temporary fastening state *For more details, please download the materials or feel free to contact us.
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Ultra-precise positioning on the nanometer order can only be achieved when the piezoelectric actuator, mechanical mechanism, and control, which serve as the driving source, are matched within the system. Our company will modularize these fundamental elements and provide them as user-friendly products.