Why the vibration motor in the Performance Wax Heater is better than ultrasonic

When people see the Performance Wax Heater for the first time, one thing immediately stands out: It vibrates. So a lot of people asked us, is that vibration ultrasonic? Let’s clear that up.

FAQ

The engineering behind our vibration motor

The Performance Wax Heater uses a mechanical vibrating motor, positioned on the underside of the wax bath. The vibration is uniquely finetuned for hot waxing a chain in the best possible way. It is not ultrasonic. That choice was very intentional.


An ultrasonic system uses high-frequency sound waves to agitate liquid and clean components. It’s very effective, especially in industrial cleaning setups. But it also comes with trade-offs. 


One of the biggest drawbacks? Time.

photo Cyclowax Spool

“The vibration is uniquely finetuned and engineered for hot waxing a chain in the best possible way."

- Arthur Lorré, Product Developer Cyclowax

The engineering behind our vibration system

If we had chosen ultrasonic technology, the wax bath would take significantly longer to reach the right temperature. You’re looking at heating times of thirty to forty minutes. That simply didn’t align with what we wanted this heater to be.


The whole idea behind the Performance Wax Heater was to create a system that is:


  • automated

  • fast

  • predictable

  • easy to use


A 30–40 minute heating cycle would defeat that purpose. So we chose a mechanical vibration system instead.

Use it for waxing and storing your chain

What does the vibrating motor actually do?

Once the wax reaches its ideal temperature, the vibrating motor activates and mechanically shakes the chain inside the bath.


That movement:


  • helps dislodge fine particles

  • allows wax to penetrate deeply into the rollers and pins

  • ensures an even coating


In terms of effectiveness, it delivers around 80–90% of what an ultrasonic system can achieve in this application. But it does so while keeping the entire waxing cycle under ten minutes.


For us, that balance mattered more than chasing marginal gains at the cost of usability.

Wax heater heating up

Why this balance matters

Both ultrasonic and mechanical vibration systems have advantages and drawbacks. Ultrasonic cleaning is powerful, but slow in this context. Mechanical vibration is slightly less aggressive, but dramatically faster.


We chose the solution that delivers almost the same cleaning performance while keeping the system practical for everyday riders.


Because at the end of the day, performance only matters if people actually use the product.

Isadore photo

The best way to wax your chain

If you want to experience how the vibration works as part of the full waxing cycle, you can find the Performance Wax Heater here:

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