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DSM - Model ZSA-1000C -Nanopositioning Piezoelectric
DSM’s nanopositioning piezoelectric ZSA-1000C stage features flexure-guided motion over a 1000 micron travel range for scanning, metrology, and inspection processes. The stage’s stable and stiff kinematic design promotes parallelism in the output motion with minimal pitch and yaw as well as dynamic responsiveness for excellent position stability and control.Most popular related searches
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- Open-Loop Travel: 1050 µm
- Closed-Loop Travel: 1000 µm
- Stiffness: 0.4 N/µm
- Linearity: 0.12% typical
- Closed Loop Resolution: 20 nm
- Angular Error (Ɵх, Ɵу): <100 µrad typical
- Unloaded Resonant Frequency: 200 Hz
- Resonant Frequency at 100g: 150 Hz
- Push/Pull Force Capacity: 75/150 N Max.
- Load Capacity: 75 N Max.
- Lateral Force: 10 N Max.
- Blocking Force: 400 N
- Electrical Capacitance: 30 µF
- Operating Voltage: -30 to +150 V
- Operating Temp. Range: 5 to 50 °C
- Width x Length x Height: 62.5 x 125 x 25.1 mm
- Mass*: 1 kg
- Material: Stainless Steel
- Cable Length: 1.5 meters
- Motion Direction: Contracting
- Mounting Interface: 4x M3x0.5
- Output Interface: 4x M3x0.5
- * Mass stated for reference
- Integrated sensor: Capacitive
- Servo amplifier: DSM SA-500
- Amplifier bandwidth: >4 kHz
- Precision manufacturing
- Microscopy
- Laser systems
- Material science
- Optics/photonics
- Electronics manufacturing
- Science & research institutions
- Test & inspection systems
- Cable length
- Mounting hole size & location
- Non-magnetic material
- Cryogenic and/or vacuum compatibility
- Flexure-guided for smooth, parallel motion
- 25 mm height, 62.5 x 125 mm footprint
- Integrated capacitive probe
- Stiff construction for responsive dynamic behavior
- Vertical displacement range of 1 mm
- Customizable mounting configurations
The ZSA-1000C's structure easily accommodates the use of a variety of displacement sensors including capacitive probes (standard) for true nanopositioning motion control capability.
DSM's SA-500 servo amplifier provides stand alone closed-loop control with serial communication, analog or digital feedback, and digital I/O for additional control and communication capabilities.