Precise Piezo Actuators Xyz Moving Table Xy Motorized Motor Linear Cylindrical Voice Coil Motor

Technical specifications

Customization guide

Adjustable parameters include:

• Coil Dimensions: Customize length and diameter for tailored magnetic field strength.
• Turns Density: Modify coil windings to optimize force output or energy storage capacity.
• Material Grades: Select corrosion-resistant alloys or high-conductivity copper variants for specialized environments.
• Wiring Options: Adapt wire gauge and insulation to match voltage/current requirements.

Get inspired

With its modular design and customizable magnetic properties, this voice coil motor can be adapted for precision robotics, medical devices, or industrial automation. For instance, a compact coil configuration paired with lightweight materials enables agile micro-positioning systems, while high-turn coils deliver robust force for heavy-duty applications.

Choose your model

Supplier's note

1. Technical Breakthroughs:

   • Brush Commutation: Simplifies maintenance while maintaining reliable operation in harsh environments.
   • IE1 to IE3 Efficiency Scaling: The Pro model’s IE3 rating achieves 30% lower energy consumption than base models, ideal for eco-conscious industries.
   • EPR Compliance: Dual certifications streamline deployment across EU markets, reducing regulatory hurdles.

2. Version Selection Guide:

   • Base Model: Suitable for basic linear actuation tasks (e.g., laboratory equipment) where cost and simplicity are priorities.
   • Advanced Model: Recommended for moderate-duty applications (e.g., robotic arms) requiring 15% higher magnetic output and energy savings.
   • Pro Model: Optimal for heavy industrial use (e.g., magnetic clutches, aerospace systems) where peak force (12 kg) and tripled energy efficiency deliver unmatched performance.

Pro Model’s magnetic field exceeds industry benchmarks by 20%, enabling safer handling of ferrous materials in confined spaces. Pair its high-grade copper coil with aluminum housing to reduce thermal buildup during prolonged operation.