Miniature Load Cell, Load Cell
Miniature Load Cell, Load Cell
Overview
Ultra-compact: 10mm diameter fits tight OEM spaces (0.1-500kg range)
±0.05% accuracy ensures reliable force data in dynamic apps
Stainless steel build withstands harsh industrial environments
<1ms response for real-time robotics feedback control
Factory-calibrated with certificates for compliance ease
IP67 optional rating protects against dust and moisture
Millions of cycles fatigue life cuts long-term costs
Custom capacities available for bulk B2B orders
Analog mV/V output simplifies controller integration
RoHS/CE compliant for global wholesale distribution
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Miniature Load Cell – High-Precision Mini Load Cell Sensor for Force Measurement, Tension & Compression
Product Description
The Miniature Load Cell is an ultra-compact, high-precision force sensor engineered for real-time tension, compression, and load measurement in space-constrained environments. Designed for B2B OEMs and integrators, it overcomes common pain points like bulky sensor footprints and unreliable readings in tight assemblies, offering seamless integration into robotics, medical devices, and automation systems without wired complexities.
Featuring advanced strain gauge technology and factory-calibrated performance, this mini load cell delivers consistent accuracy across dynamic loads. Its low-profile design and robust construction ensure long-term stability, reducing downtime and recalibration needs for high-volume manufacturing. As a direct manufacturer, we provide customizable options, bulk wholesale pricing, and rapid prototyping to streamline your supply chain.
Perfect for developers tackling precision force sensing challenges in IoT, automotive testing, and portable equipment—reliable data straight to your controllers via standard analog outputs.
Advantages of Miniature Load Cell
High-precision strain gauge for accurate force measurement in compact spaces
Wide capacity range: 0.1kg to 500kg, covering micro to heavy-duty loads
Typical accuracy ±0.05% FS, nonlinearity <0.02% FS for mission-critical apps
Ultra-miniature design (as small as 10mm diameter) for OEM integration
Robust aluminum/stainless steel construction, IP67 optional for harsh environments
Low power consumption and fatigue-rated for millions of cycles
Factory-direct calibration with traceability certificates for compliance
Customizable capacities, cables, and amplifiers for B2B scalability
Fast response time (<1ms) for real-time dynamic force monitoring
RoHS compliant, CE certified—ready for global B2B distribution and bulk orders
Miniature Load Cell Specifications
Typical Applications of Miniature Load Cell
Robotics & Automation
Force feedback in grippers, end-effectors, and collaborative robots.
Scalable OEM integration for precision assembly lines.
Medical & Wearable Devices
Patient weight monitoring, surgical tool force sensing, prosthetics.
Portable rehab equipment and infusion pump load detection.
Industrial Testing & Automotive
Component fatigue testing, torque verification, battery cell compression.
Inline quality control in high-volume production.
Consumer Electronics & Drones
Button force sensing in devices, payload monitoring in UAVs.
DIY prototyping with Arduino/Raspberry Pi interfaces.
FAQ
1. What makes this miniature load cell ideal for space-constrained OEM applications?
Its ultra-compact design (as small as 10mm) solves integration pain points in robotics and medical devices, without sacrificing ±0.05% accuracy.
2. Can I get custom capacities or modifications for bulk orders?
Yes, as a direct manufacturer, we offer tailored capacities (0.1kg-500kg), cabling, and amplifiers with fast prototyping for B2B scalability.
3. How does it handle dynamic loads and vibrations in automation?
With <1ms response and >10 million cycle fatigue rating, it delivers stable readings, reducing false triggers in high-vibration environments.
4. Is factory calibration traceable, and do you provide certificates?
All units are NIST-traceable calibrated; certificates included free for compliance in automotive or medical testing.
5. What’s the difference between aluminum and stainless steel versions?
Aluminum suits lightweight apps (better cost/weight); stainless offers corrosion resistance for harsh industrial or outdoor use.
6. How do I integrate it with PLCs or microcontrollers?
Standard mV/V output pairs easily with amplifiers (4-20mA/0-10V options); Arduino libraries available for quick prototyping.
7. Does it support high-temperature or waterproof environments?
Operates –30°C to +80°C; IP67 upgrade ensures reliability in wet or dusty industrial setups.
8. What’s your lead time and MOQ for wholesale B2B purchases?
Stock models ship in 1-3 days (MOQ 10 units); custom orders 2-4 weeks with volume discounts for 100+ units.
Related Sensor Products
Compression Load Cells
Single Point Load Cells
S-Type Load Cells
Wireless Load Cells
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Strict Production Process
Engineers develop optimized electronic circuits and structural designs based on real application needs.
High-quality components and materials are carefully selected from trusted suppliers to ensure long-term reliability.
Automated SMT and precision soldering technologies are used to build stable and high-performance circuit boards.
Sensor elements or connector terminals are assembled with the PCB and housing to ensure accurate operation and strong mechanical stability.
Each product undergoes strict calibration and functional testing to guarantee accuracy and stable performance.
Every unit is carefully inspected, labeled, and securely packaged to ensure it arrives safely and performs reliably for your applications.
Strict Production Process of Yafeite
