AED 9.00
The BIOMETAL 4-WIRE is a high-performance shape memory alloy (SMA) actuator that
mimics muscle movements for robotics, prosthetics, and automation. With silent operation,
high precision, and low power consumption, it ensures efficient and reliable motion contr
The BIOMETAL 4-WIRE is a high-performance shape memory alloy (SMA) wire designed
for advanced motion control applications. Made from Nickel-Titanium (NiTi), this wire contracts
when electrically heated and returns to its original form when cooled, mimicking natural muscle
movements. Its 4-wire configuration enhances precision, control, and reliability, making it ideal
for robotics, prosthetics, industrial automation, and micro-actuators where traditional motors
and hydraulics may be impractical.
✅ Muscle-Like Movement – Functions similarly to biological muscles, enabling precise and smooth motion.
✅ Compact & Lightweight – Ideal for applications requiring minimal space and weight.
✅ Silent Operation – Unlike traditional motors, it operates without noise, making it perfect for discreet or medical applications.
✅ High Precision Control – Allows for fine-tuned movement, essential in robotics and prosthetics.
✅ Durability & Longevity – Designed for thousands to millions of cycles, ensuring long-term reliability.
✅ Low Power Consumption – Operates efficiently at low voltages (1.5V to 5V), reducing energy requirements.
✅ Flexible Design – Can be shaped and configured for various custom applications.
🔹 Robotics – Used in humanoid robots and soft robotics for lifelike movements.
🔹 Prosthetics & Medical Devices – Helps in designing bio-inspired artificial limbs and assistive technology.
🔹 Industrial Automation – Used in micro-actuators for precise control mechanisms.
🔹 Aerospace & Automotive – Applied in lightweight actuation systems for aerospace and vehicle components.
🔹 Consumer Electronics – Found in compact actuators for cameras, wearable devices, and haptic feedback systems.
| Parameter | Details |
|---|---|
| Material | Nickel-Titanium (NiTi) Shape Memory Alloy (SMA) |
| Diameter | Available in various sizes (0.1mm – 0.5mm) |
| Actuation Temperature | Activates between 70°C to 90°C (158°F to 194°F) |
| Voltage Range | Operates at 1.5V to 5V |
| Contraction Rate | Shrinks 4-5% of its original length |
| Cycle Life | Can perform thousands to millions of cycles |
| Load Capacity | Can lift small loads proportional to its size |
| Response Time | Fast actuation and recovery (milliseconds to seconds) |
The BIOMETAL 4-WIRE is a cutting-edge actuator material offering unmatched precision,
durability, and energy efficiency. Whether you are developing next-generation robotics,
advanced medical devices, or industrial automation solutions, this wire provides a lightweight,
silent, and efficient alternative to traditional motors and actuators.
We deliver within 1-2 business days. Orders over 500 AED enjoy free shipping. Currently, we ship within the UAE only.
Safe delivery, secure checkout — Visit our shipping method.
The BIOMETAL 4-WIRE is a high-performance shape memory alloy (SMA) wire designed
for advanced motion control applications. Made from Nickel-Titanium (NiTi), this wire contracts
when electrically heated and returns to its original form when cooled, mimicking natural muscle
movements. Its 4-wire configuration enhances precision, control, and reliability, making it ideal
for robotics, prosthetics, industrial automation, and micro-actuators where traditional motors
and hydraulics may be impractical.
✅ Muscle-Like Movement – Functions similarly to biological muscles, enabling precise and smooth motion.
✅ Compact & Lightweight – Ideal for applications requiring minimal space and weight.
✅ Silent Operation – Unlike traditional motors, it operates without noise, making it perfect for discreet or medical applications.
✅ High Precision Control – Allows for fine-tuned movement, essential in robotics and prosthetics.
✅ Durability & Longevity – Designed for thousands to millions of cycles, ensuring long-term reliability.
✅ Low Power Consumption – Operates efficiently at low voltages (1.5V to 5V), reducing energy requirements.
✅ Flexible Design – Can be shaped and configured for various custom applications.
🔹 Robotics – Used in humanoid robots and soft robotics for lifelike movements.
🔹 Prosthetics & Medical Devices – Helps in designing bio-inspired artificial limbs and assistive technology.
🔹 Industrial Automation – Used in micro-actuators for precise control mechanisms.
🔹 Aerospace & Automotive – Applied in lightweight actuation systems for aerospace and vehicle components.
🔹 Consumer Electronics – Found in compact actuators for cameras, wearable devices, and haptic feedback systems.
| Parameter | Details |
|---|---|
| Material | Nickel-Titanium (NiTi) Shape Memory Alloy (SMA) |
| Diameter | Available in various sizes (0.1mm – 0.5mm) |
| Actuation Temperature | Activates between 70°C to 90°C (158°F to 194°F) |
| Voltage Range | Operates at 1.5V to 5V |
| Contraction Rate | Shrinks 4-5% of its original length |
| Cycle Life | Can perform thousands to millions of cycles |
| Load Capacity | Can lift small loads proportional to its size |
| Response Time | Fast actuation and recovery (milliseconds to seconds) |
The BIOMETAL 4-WIRE is a cutting-edge actuator material offering unmatched precision,
durability, and energy efficiency. Whether you are developing next-generation robotics,
advanced medical devices, or industrial automation solutions, this wire provides a lightweight,
silent, and efficient alternative to traditional motors and actuators.
We deliver within 1–2 business days. Orders over 500 AED enjoy free shipping. Currently, we ship within the UAE only.
Safe delivery, secure checkout — Visit our shipping method.
There are no reviews yet.
The BIOMETAL 4-WIRE is a high-performance shape memory alloy (SMA) wire designed
for advanced motion control applications. Made from Nickel-Titanium (NiTi), this wire contracts
when electrically heated and returns to its original form when cooled, mimicking natural muscle
movements. Its 4-wire configuration enhances precision, control, and reliability, making it ideal
for robotics, prosthetics, industrial automation, and micro-actuators where traditional motors
and hydraulics may be impractical.
✅ Muscle-Like Movement – Functions similarly to biological muscles, enabling precise and smooth motion.
✅ Compact & Lightweight – Ideal for applications requiring minimal space and weight.
✅ Silent Operation – Unlike traditional motors, it operates without noise, making it perfect for discreet or medical applications.
✅ High Precision Control – Allows for fine-tuned movement, essential in robotics and prosthetics.
✅ Durability & Longevity – Designed for thousands to millions of cycles, ensuring long-term reliability.
✅ Low Power Consumption – Operates efficiently at low voltages (1.5V to 5V), reducing energy requirements.
✅ Flexible Design – Can be shaped and configured for various custom applications.
🔹 Robotics – Used in humanoid robots and soft robotics for lifelike movements.
🔹 Prosthetics & Medical Devices – Helps in designing bio-inspired artificial limbs and assistive technology.
🔹 Industrial Automation – Used in micro-actuators for precise control mechanisms.
🔹 Aerospace & Automotive – Applied in lightweight actuation systems for aerospace and vehicle components.
🔹 Consumer Electronics – Found in compact actuators for cameras, wearable devices, and haptic feedback systems.
| Parameter | Details |
|---|---|
| Material | Nickel-Titanium (NiTi) Shape Memory Alloy (SMA) |
| Diameter | Available in various sizes (0.1mm – 0.5mm) |
| Actuation Temperature | Activates between 70°C to 90°C (158°F to 194°F) |
| Voltage Range | Operates at 1.5V to 5V |
| Contraction Rate | Shrinks 4-5% of its original length |
| Cycle Life | Can perform thousands to millions of cycles |
| Load Capacity | Can lift small loads proportional to its size |
| Response Time | Fast actuation and recovery (milliseconds to seconds) |
The BIOMETAL 4-WIRE is a cutting-edge actuator material offering unmatched precision,
durability, and energy efficiency. Whether you are developing next-generation robotics,
advanced medical devices, or industrial automation solutions, this wire provides a lightweight,
silent, and efficient alternative to traditional motors and actuators.
There are no reviews yet.
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