Flexible Vibration Voice Coil Motor

SMON6016 Flexible Vibration Voice Coil Motor

Product ID: SMON6016

{{el.prop}}: {{el.options}}

DESCRIPTION

Flexible Vibration Voice Coil Motor Introduction

Flexible Vibration Voice Coil Motor is designed to handle complex and delicate small parts without causing any damage. Leveraging unique voice coil motor drive technology and precision sine wave vibration control, it provides a highly flexible and efficient solution for various industrial applications.

It features single-axis Voice Coil Motor Drive Technology, which allows for precise movements of parts, including forward and backward shifting, flipping, dispersing, and aggregation. It also features a straightforward structure with a small footprint, using magnetic levitation technology for reduced maintenance and extended lifespan.

Flexible Vibration Voice Coil Motor provides low vibration, high speed, high frequency, and zero delay, ensuring a smooth and efficient feeding process with accurate control. It can be automatically controlled by a vision system, enhancing precision and adaptability in various applications.

Overall, this platform offers a versatile and effective solution for industries that require accurate and damage-free feeding of small, delicate components, making it ideal for modern manufacturing and automation processes.

Flexible Vibration Voice Coil Motor Specification

Winding Constant	Units	Value
DC Resistance	Ohms	9.3
Voltage	V	14
Current	A	1.5
Force Sensitivity	N/A	2.6
Back EMF Constant	V/M/Sec	2.6
Inductance	mH	0.4
Actuator Parameter	Unit	Value
Peak Force	N/A	3.9
Continuous Force	N	2.1
Actuator Constant	N/√w	0.85
Elect Time Constant	milli·sec	0.04
Power	W	21
Total Stoke	mm	1
Clearance on side of coil	mm	0.5
Thermal Resistance	C/w	18.9
Max. Winding Temp.	C	150
Weight of Coil Assembly	g	12
Weight of Field Assembly	g	58
Weight of Actuator	g	70

Flexible Vibration Voice Coil Motor Applications

Flexible Vibration Voice Coil Motor is applicable in fields where precise, damage-free handling of small and complex parts is crucial, such as in electronics manufacturing, automotive component assembly, medical device production, and other high-precision industries. It offers significant advantages in automation, reducing human error, and improving production speed and quality through seamless integration of advanced vibration control, visual systems, and robotics.