0-200N Micro force sensor with M2 mounting holes

The LCS01 miniature force transducer is a high-performance force sensor renowned for its compact design, exceptional accuracy, and bidirectional measurement capabilities. Engineered for applications where space and weight are critical, this stainless steel sensor combines laboratory-grade precision with industrial durability, making it a go-to solution for industries ranging from robotics to textile manufacturing.

With dimensions of just 13x13x5mm and a total weight of 30 grams (including a 3-meter cable), the LCS01 is one of the smallest S-beam load cells on the market. Its miniature footprint and lightweight construction make it ideal for integration into tight spaces or portable devices, such as wearable robotics, precision medical instruments, or micro-assembly systems. The sensor features M2 tapped holes on both ends, enabling effortless attachment of threaded rod-ends, eye bolts, or custom fixtures. This design simplifies installation in existing setups while ensuring secure force transmission along the sensor's axis.

The LCS01 miniature s-beam jr. load cell leverages strain gauge technology to deliver bidirectional force measurement in both tension (pull) and compression (push) directions. With capacities spanning 10N, 20N, 50N, 100N, and 200N, it accommodates a wide range of low-force applications. Its standout feature is a non-linearity of less than 0.1% of full scale, ensuring repeatable accuracy even under dynamic or variable loading conditions. This precision is critical for tasks like calibrating delicate instruments, validating micro-mechanical components, or ensuring consistent force in automated processes.

Crafted from high-quality stainless steel, the LCS01 compact force measurement sensor is designed for durability and reliability, ensuring long-lasting performance in high-cycle applications, such as production-line testing or robotic assembly, while maintaining sensitivity to detect minute force changes. The integrated 3-meter cable provides flexibility for routing in complex machinery or confined spaces, for applications involving cable bending, we offer cables without jackets to minimize the impact of bending stress on measurement accuracy.

Industry-Specific Applications:

• Textile Manufacturing: Monitors fabric tension during weaving or knitting to prevent breakage and ensure uniform quality.

• Robotics: Provides real-time force feedback for collaborative robots (cobots), enhancing safety and precision in object handling.

• Laboratory Testing: Validates material strength in R&D labs or measures withdrawal forces in connector durability tests.

• Industrial Automation: Ensures precise force control in micro-dispensing systems, PCB assembly, or semiconductor manufacturing.

• Medical Devices: Integrates into surgical tools or prosthetics to measure tactile feedback for user safety.

Understanding that one size rarely fits all, the LCS01 micro force sensing load cell can be tailored to meet specialized requirements. Custom thread sizes (e.g., M3 or UNF), alternative cable lengths, pre-assembled connectors, other measuring ranges are available, even for small-batch orders. Protective coatings for corrosive environments or bespoke mechanical adapters can also be developed, ensuring seamless compatibility with niche applications.

Why Choose the LCS01?

• Space-Saving Design: Fits into miniature systems without compromising performance.

• Installation Diversity: The M2 tapped holes allow for easy mounting of load buttons, threaded rods, and other accessories, making it versatile for a variety of applications.

• Bidirectional Accuracy: Measures push and pull forces with unmatched precision.

• Durability: Stainless steel construction ensures reliability in demanding conditions.

The LCS01 Miniature S-Beam Load Cell redefines what's possible in compact force measurement. Its blend of precision, durability, and adaptability makes it indispensable for industries pushing the boundaries of automation, miniaturization, and quality control. Whether embedded in next-gen robotics, precision medical devices, or smart manufacturing systems, the LCS01 empowers engineers to achieve accurate, reliable force monitoring—proving that small sensors can drive big innovations.