Z Type Capacitive Button

 

Packaging Methods

1. Bulk (Plastic bag)

2. Plastic tray

3. Tape & Reel (For SMT)

What are the Z type capacitive button widely used for?

The capacitive touch springs can be applied in various fields such as household appliances, medical equipment, robotics, wearable technology, automated devices, tools, gas, instrumentation, automotive industries, and more. For example, the capacitive touch springs are now very commonly found in household appliances such as induction cookers, microwaves, ovens, refrigerators, air conditioners, coffee machines, and audio systems, and so on.

FAQ for Z Tpye Capacitive Button 

Q1: How does the Z-type structure offer better sensing reliability than standard vertical springs?

A: The unique Z-shaped design provides a more consistent free height and superior mechanical stability. This geometry ensures the best stable sensing performance and high reliability, as the structural offset naturally compensates for slight assembly misalignments, maintaining a firm electrical connection with the touch panel without the risk of buckling.

Q2: Can we integrate these buttons into devices that undergo rigorous chemical sterilization?

A: Absolutely. These buttons are specifically engineered to be acid and alkali resistant and high anti-corrosion. This makes them an ideal choice for medical equipment and industrial tools that require frequent cleaning with harsh chemical agents, ensuring the touch interface remains functional and sensitive over a long lifecycle.

Q3: What design advantages does the "consistent free height" provide for high-volume automated assembly?

A: A consistent free height is crucial for maintaining tight tolerances in mass production. It ensures that every unit in a batch has the exact same contact pressure against the housing, which simplifies the calibration of your capacitive touch MCU. This consistency reduces "dead zones" or false triggers on your control interface, leading to higher factory yields.

Q4: Is the Z-type button compatible with the flexible PCB layouts found in modern wearable technology?

A: Yes, its compact and low-profile nature is perfectly suited for wearable technology, robotics, and automated devices. Because the button's shape can be customized for you to meet your product requirements, it can be integrated into curved or ultra-thin housings where standard components would fail to provide a reliable touch bridge.

Q5: We are moving from a prototype to full-scale production; how can we verify the fit-and-finish quickly?

A: We offer a rapid prototyping service to keep your development on track. You can receive free samples for technical evaluation, typically within 3 weeks. For extremely time-sensitive projects, we can fast-track the entire process—from drawing design to sample dispatch—to be completed within one week.