product type
All category
Multi-axis Force Sensor
Torque Sensor
Tension Sensor
Compression Load Cell
Piezoelectric Sensor
Tension & Compression Load Cell
Pressure Sensor/Pressure Transmitter
Displacement Sensor
Instrument/Amplifier/Indicator
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What is the delivery time for your products? How does it differ between standard and customized sensors?
Standard sensors typically have a lead time of about 4 weeks, while customized sensors take around 4–5 weeks. The exact delivery schedule may vary depending on order volume and product configuration. We will provide a confirmed delivery date once the order is placed.
What is your minimum order quantity (MOQ)?
We support orders starting from just 1 unit, with no MOQ requirement, allowing you to purchase flexibly based on your needs.
What are the payment terms and how are shipping and taxes handled?
e ship after receiving full payment. Air express is our standard shipping method. Customers are responsible for shipping fees, import duties, and related taxes, which may vary depending on the delivery region.
What is the warranty policy for your sensors?
All XJCSENSOR products undergo strict testing and calibration before leaving the factory. We provide a 1-year warranty, covering free repair for quality issues not caused by human damage. Return shipping costs are borne by the customer, while XJCSENSOR covers the shipping fees for sending repaired products back.
What are the key differences and advantages of MEMS force sensors compared to conventional sensors?
MEMS force sensors offer miniaturization, high sensitivity, fast response, cost efficiency, and high integration—making them ideal for high-precision, compact, and cost-sensitive applications. Conventional sensors, on the other hand, are better suited for traditional industrial environments, especially where high force measurement or extreme conditions require greater robustness.
How does XJCSENSOR address the issue of temperature drift in force sensors?
We minimize temperature drift by using low-temperature-coefficient materials and advanced temperature compensation technologies, such as full-bridge circuits and high-stability compensation chips. These measures ensure reliable accuracy across varying temperature conditions.
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