DCSA3-R15 Series Piezoelectric Actuator

DCSA3-R15 Series Piezoelectric Actuator

Redefining micro-actuation performance with ultra-precision, high force, and robust environmental adaptability. As specialized piezoelectric manufacturers, we deliver reliable, rapid-response customized solutions through material innovation and precision engineering, driving technological advancements in optics, semiconductors, and medical fields.

Structural Design

● Piezoelectric Stack Core: Multi-layer ceramic stacks integrated with flexure hinges to convert piezoelectric deformation into controlled axial linear displacement (extension/contraction).

● Modular Encapsulation: Stainless steel/titanium housing with preload mechanisms ensures uniform stress distribution, preventing delamination under kHz-level dynamic operations.

● Custom Interfaces: Tailorable end caps, bases, and connectors with coaxial shielded wiring to minimize EMI and enhance signal integrity.

Material Properties

● High-Performance PZT: Modified lead zirconate titanate (PZT)-based material with d33≥600 pC/N, hysteresis <3%, and thermal drift <0.02%/°C for superior electromechanical efficiency.

● Fatigue-Resistant Flexures: Titanium alloy hinges with 0.02N/μm stiffness, >50G shock resistance, and >1×10⁸ cycles in -25°C~130°C environments.

● Low-Loss Electrodes: Ag-Pd alloy electrodes with coaxial shielding (resistivity <0.1Ω·cm) support high-frequency driving with controlled thermal rise.

Core Advantages

● Nanometer-Level Resolution: 0.1nm displacement resolution and <0.15%F.S. repeatability for ultra-precision optical tuning and micromachining.

● High Force Density: Kilonewton-level thrust output with superior stiffness and force density vs. traditional electromagnetic actuators.

● Rapid Dynamics: 80ms full-step response and >125Hz resonance frequency for real-time vibration control and dynamic compensation.

● Environmental Versatility: Optional vacuum-rated versions for stable operation in oil, humidity, or vacuum environments.

Typical Applications

● Precision Optics: Laser resonator dynamic tuning, Fiber Bragg Grating (FBG) deformation control, adaptive optics wavefront correction.

● Semiconductor Manufacturing: Wafer probe station force feedback, lithography mask nano-positioning.

● Medical Devices: Endoscopic precision actuation, microsurgical robot haptic feedback.

● Industrial Automation: CNC machine vibration damping, microfluidic valve high-frequency control.

● Research Instruments: Atomic force microscope probe actuation, cryogenic displacement compensation.

Quality Commitment

● Full-Process QC: Laser-verified displacement linearity and force consistency from lamination to assembly, 100% thermal cycling and fatigue testing.

● Customization: Tailored displacement ranges, driving voltages, interfaces (threaded/flange), and protection levels with open/closed-loop configurations.

● Lifecycle Support: Dynamic simulation, driver circuit matching, installation stress analysis, failure diagnostics, and 24/7 customization response.