MECHANO TRANSFORMER Piezoelectric Auxiliary Motor PAM3-6.5

Product Name: MECHANO TRANSFORMER Piezoelectric Auxiliary Motor PAM3-6.5

Product Model: PAM3-6.5

Product IntroductionPiezoelectric auxiliary motor is a type of motor that can achieve large stroke (long stroke), high resolution, and high thrust.The output thrust of PAM3-6.5 and PAM6-13 is 13 N and 29 N, respectively. On the other hand, the displacement of PAM3-6.5 and PAM6-13 is 6.5 mm and 13 mm, respectively, with resolutions below 30 nm and 25 nm, respectively. Due to its compact size, only slightly larger than a business card, it is easy to carry and has a simple usage method. When driving, please use a dedicated controller (PAMC-104) and specialized software. The product comes with a dedicated cable (2 meters). Realize the automation of manual displacement tables and move towards more rational and efficient production and manufacturing scenarios. Small piezoelectric actuators with a positioning accuracy of less than 30 nm can achieve higher precision displacement by simply replacing the micrometer head of the manual displacement table with a piezoelectric screw actuator.

Performance characteristics:

Do not withdraw

Positioning can still be maintained after power failure

The positioning accuracy is less than 30 nm

Supports controller operation and software operation

Software can be embedded and supports secondary development

Combined with data feedback, automatic adjustment can be achieved

Selection Guide:

PAM3-6.5： 平板型， 3 mm，Min 行程 30 nm，安装部 φ6 柄部

PAM6-13: R-type, 6.5 mm, Min stroke 25 nm, mounting part with a diameter of 9.5 on the handle

PAMC-104: Piezoelectric auxiliary motor controller, 4-axis, RS232C communication

PAM-RC100: Piezoelectric Auxiliary Motor Controller (Remote Control)

PAMC-204: Piezoelectric auxiliary motor controller, 4-axis, RS485 communication, USB

Product structure and details:

The rotor, screw, and knob are connected as a whole and clamped with the linkage device. When the piezoelectric ceramic material stretches, the linkage device A and linkage device B will move forward and backward, utilizing the frictional force between the rotor and linkage device to achieve intermittent forward movement. If the inertial force generated by acceleration is less than the static friction force, rotation occurs; If it is greater than the static friction force, sliding occurs.

Optional features and accessories:

Multi axis displacement table

Dual axis mirror frame（θ 1 axis/θ 2 axis)

Technical Specifications:

Origin: Japan

Displacement accuracy:< 30 nm

Max load: ≤ 15 N

Max drive frequency: 1500 Hz

Max speed: ≥ 1.5 mm/min

Itinerary:≥ 6.5 mm

Installation joint thread specification:M 6

Connector interface:SMB

Operating Temperature10 to 40 ℃

Storage temperature:5 to 40 ℃

ambient humidity:10 to 80% RH (no condensation phenomenon)

life:>1 billion driving frequencies

Size:41×21.6×8.2 mm

Weight:20 g

Product application:

Scientific research, industrial applications (microscope scanning, high-throughput microscope, high-resolution microscope, micro manipulation, biotechnology, interferometer shape measurement, photomask)/Wafer positioning and measurement technology