devoted to making a better vibration plate

VT027 Pivotal Oscillation Plate

VT027 is a powerful pivotal oscillation plate built on a thin machine body.

There are hundreds of pivotal oscillation plate models in the market. All of them vibrate the same way. What makes the difference is the performance and durability.

Our patented aluminum alloy twin-coupler design makes the difference for the performance and durability, compared with the regular single coupler made of nylon and sheet metal used by other models.

The twin-coupler design also makes VT027 the thinnest pivotal oscillation plate that achieve 10mm amplitude on a decent size work surface area.

Download VT027 User Manual

VT027 Pivotal Oscillation Plate

The core advantage of VT027 is its patented twin-coupler four-bar linkage device, which allow a high strength high durability pivotal oscillation plate built in the thinnest (4.5") machine body with a decent-sized exercise plate and high vibration amplitude.

VT027 Tech Specs

Vibration Pattern Pivotal Oscillation
Vibration Frequency Range 5Hz – 14Hz incremental in 20 speed levels
Max Vibration Amplitude 10mm
Max G-force 2.97
Power Supply AC 110V-120V 60Hz
Motor 200W PMDC motor
Machine Dimension 630x400x115 mm
24.8x15.7x4.5 inch
Machine weight 12.5KG
27.5LB
Package weight 14.5KG
32LB
Max User Weight 120KG
264LB

Twin-Coupler Four-Bar Linkage Device

Four-bar linkage device is the core component of a pivotal oscillation plates. This device transfers motor rotation to up-and-down oscillation. The coupler bar is the most stressful part of a four-bar linkage device.

Single coupler

Most manufacturers adopt a sandwich structure for their coupler design. Such a structure comprises a nylon main body at the middle and two sheet metal brackets screwed on the two sides. The benefit of such a design is that nylon's flexibility lowered the threshold for parts and assembly precision requirement, and therefore lowered the manufacturing cost. The needed strength for the coupler bar is made up by the sheet metal brackets screwed on the nylon body.

The drawback of such a design is that the nylon bar tends to reach material fatigue faster. The repeated stress and deformation produced from vibration speed up the fatigue process of the nylon bar, causing the four-bar linkage device to fail prematurely.

This is a reason that pivotal oscillation plates are usually designed to run at lower oscillation frequency.

twin-coupler

Our patented twin-coupler four-bar linkage device is specially designed with two coupler bars made of aluminum alloy. The device is much more strong and durable due to the reduced stress and enhance material strength.

The twin-coupler four-bar linkage device is small sized and still delivers the same up-and-down displacement (vibration amplitude). This allows a high performance pivotal oscillation plate built on a thin machine body.

At the height of only 4.5 inch, VT027 is the shortest pivotal oscillation plate in the market that can achieve a 10 mm vibration amplitude on a decent size exercise plate.

Below is the comparison of the patented twin-coupler linkage device and a traditional single coupler linkage device.

Patented Twin Coupler Design Traditional Single Coupler Design
twin-coupler oscillation single coupler oscillation
  • Aluminum alloy ensure the material performance and durability.
  • Two coupler bars balance the pulling and pushing force and reduce the stress.
  • Enhanced stability and strength.
  • Compact four-bar linkage device reduces the machine size.
  • Requires higher parts and assembly precision.
  • Sandwich structure with nylon body enhanced with sheet metal.
  • High stress on the coupler bar
  • Nylon material tolerates certain deformation and therefore lower the requirements on parts and assembly precision.
  • Nylon reaches material fatigue faster in the repeated stress and deformation.

Push-up Bars Incorporated

vibration push-up bars

Another important feature of VT027 is a pair of detachable push-up bars is incorporated with the vibration exercise plate for enhanced upper-body exercises. Four pairs of plugging socket positions are designed for exercising chest muscles, shoulder muscles, back muscles, triceps and more. User can also creatively use the push-up bars for other upper-body exercises.

When not used, the push-up bars can be conveniently stored in their compartments at the backside of the machine. Pop-down caps are designed to cover the push-up bar sockets on the exercise plate. When the push-up bars are not plugged in, the exercise plate surface is flat.

VT027 Push-up Bar Positions
Vibration Plate Push-up

Solid Steel Frame

The upper frame and the lower frame are both whole-piece welded thick steel parts. In our design, efforts are made to reduce the number of parts, and minimize the use of bolts and nuts. Less parts mean less assembly and less friction in the movement, making the machine more stable and less noisy.

oscillation plate structure

Clean Contour & Fine Finish

VT027 adopts a simple and clean design style. Its geometric fashion contour demonstrates the precision of the ABS injection mold that is used to form the shell of the machine. The smooth and even matte finish stresses the perfect shape. The thick elastic coating is comfortable to touch and long lasting.

Vibration Plate finishing

Jumping on the Floor

VT027 vibrates so vigorously that it can jump on the floor if there is no body weight on it. Please make sure you are on VT027 before you start the vibration.

Depending on the floor situation, machine jumping (if no body weight on the machine) usually happens when the speed level is above 16 ( above 12Hz frequency).

This problem actually demonstrate the vibration intensity that VT027 can achieves.

The video clip bellow demonstrates a no-load VT027 jumping on the floor running at high speed level.

 

Keep your body weight on the machine to prevent it from jumping.

The machine jumping, on the other hand, showcases the vibration intensity that VT027 can achieve.

If you want a powerful vibration plate, you have to deal with the issue of machine jumping on the floor, simply by standing on the machine before you start the vibration.

Putting a soft mat beneath the machine can create some friction and buffer between the machine and the floor, and ease or avoid the machine jumping problem.

More Machine Views & Accessories

VT027 top view
vibration plate accessories

Download VT027 User Manual

Where to Purchase

Purchase VT vibration plate from our VT Amazon Store or VT eStore, same terms and conditions.

customer satisfaction

VT Amazon Store VT eStore *
*
No sales tax collected at VT eShop, except for Minnesota.

Comment or Question

© 2017 - 2021 Vibration Therapeutic® All rights reserved.