Code | 663416 | Type | Piezoelectric Stage Controller | |
Speed | 0 - 1.5mm/s | Dimensions | 124.0 × 105.0 × 26.0mm |
Motor Type | Piezoelectric Inertia Actuator | Host Data Transmission Interface | USB 1.1 / USB 2.0 (Full Speed) | |
Motor Control Interface | One DB9 Female Connector | Power Supply | USB / 5 V (for Single-Axis Control) 100–240 V Input / 6 VDC Output (for Multi-Axis Control) | |
Number of Axes | Up to 3 Axes | Weight | 195g |
The piezoelectric linear translation stages provided by LBTEK utilize piezoelectric inertia drives to achieve fast and stable reciprocating linear motion with high precision along a single axis, all within a compact footprint. When power is not supplied to the piezoelectric elements and the stage is stationary, the piezoelectric inertia drive is self-locking, making it particularly suitable for fixed applications that require nanometer-level resolution and long-term quasi-stability. Constructed from aluminum alloy, the stages offer a certain level of horizontal load capacity and feature precision ball bearing guides for high accuracy and efficiency. These characteristics make them an ideal solution for miniature translation applications in fields such as micro/nanotechnology, biotechnology, and quality control. LBTEK piezoelectric linear stages are available in various platform sizes and travel ranges, with motion speeds of up to 1.5 mm/s.
The piezoelectric linear translation stages offered by LBTEK deliver fast and stable linear motion through precise piezoelectric control. Driven by a piezoelectric inertia controller, the load platform achieves single-axis reciprocating motion along precision ball bearing guides. When used with the LBCF30 controller, motion speeds can reach up to 1.5 mm/s. The bottom of the stage is equipped with a set of countersunk holes, allowing for secure mounting onto optical tables or custom translation stage assemblies. The threaded holes on the top platform support integration with a variety of optical components. LBTEK piezoelectric linear stages are available in multiple platform sizes and travel ranges to suit diverse application needs.
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