Introduction
Orbital massage devices have gained immense popularity in recent years for their ability to provide relaxation and relief from muscle tension. These innovative devices employ various massage techniques to mimic the motions of a professional masseuse, helping users experience a soothing and rejuvenating massage in the comfort of their own homes. However, one common issue that users often encounter is that the massage heads stop moving when pressure is applied. In this blog post, we'll explore the science behind this phenomenon and explain why it happens.
Understanding Orbital Massage Mechanism
To understand why the Prowlr's orbital massage heads stop moving when pressure is applied, it's crucial to grasp the basic mechanics of the device. Orbital massagers typically consist of a motor that drives a set of massage heads, which move in circular or elliptical patterns. These patterns mimic the natural motions of a human hand during a massage.
1. Safety Mechanism
One of the primary reasons why orbital massage heads stop moving under pressure is to ensure user safety. The Prowlr device is equipped with safety mechanisms that detect excessive resistance, typically caused by the user applying too much pressure to the massager's surface. When this resistance is detected, the device automatically stops or reduces its motion to prevent any potential harm or discomfort to the user. This safety feature helps prevent injuries, bruising, or excessive stress on muscles and joints.
2. Motor Overload Protection
Another reason for the cessation of motion is to protect the device's motor from overloading. When the massage heads encounter substantial resistance, it requires more power from the motor to maintain their movement. Over time, this can lead to overheating and damage to the motor. To prevent motor damage, most orbital massagers are designed to stop or slow down their motion when excessive pressure is applied.
3. User Comfort
While orbital massage devices aim to provide relaxation and relief, they are not intended for deep tissue or high-pressure massages. The cessation of motion under pressure helps ensure that users do not inadvertently subject themselves to an uncomfortable or painful massage experience. The devices are designed to provide a gentle and soothing massage, making them suitable for a wide range of users with varying preferences and sensitivities.
Conclusion
Orbital massage devices have revolutionized the way people experience relaxation and relief from muscle tension. The inclusion of safety mechanisms that cause massage heads to stop moving when pressure is applied is a vital feature to protect users from injury and ensure their comfort during the massage session. While some users may find it momentarily frustrating when the massage heads stop, it's important to remember that these devices are designed to provide a safe and enjoyable massage experience. By following the manufacturer's guidelines and not applying excessive pressure, users can fully benefit from the therapeutic effects of orbital massage devices without any harm or discomfort.