Automatic balancer "Zero Shin" video
Runout comparison with and without the automatic balancer "Zero Shin" during hole drilling.
Drilling holes in iron using BT30 standard tools.
Due to uneven grinding of the tip of an iron drill, runout inevitably occurs during drilling, and the drilled hole diameter is always slightly larger than the drill diameter. This is common knowledge and a given. This also makes burrs more likely to form, which is one of the difficulties in precision drilling.
Drilling holes in iron using a tool equipped with the automatic balancer "Zero shin".
The BT30 tool equipped with the automatic balancer "Zero Shin" demonstrates the prevention of vibration loss during drill hole machining, achieving machining with a hole diameter equal to the drill diameter. Normally, due to vibration, the machining hole diameter is larger than the drill diameter. As a result, no burrs are generated.
Comparison of vibration and power consumption with and without the automatic balancer "Zero Shin" (with unbalanced nut)
Comparison image of power consumption and vibration loss with a 20,000 rpm rotary tool without the automatic balancer "Zero Shin".
The comparison images of power consumption and vibration loss at a 20,000 rpm rotary tool without the "Zero Shin" automatic balancer show that power consumption and vibration increase with increasing rotation speed. The difference compared to the image with the ZS53 "Zero Shin" automatic balancer installed is significant.
Image showing power consumption and vibration loss prevention when using a 20,000 rpm rotary tool with the ZS53 automatic balancer "Zero Shin" installed.
This video demonstrates the power consumption values and vibration changes observed when using a ping-pong ball with the ZS53 automatic balancer "Zero Shin" 20,000 rpm rotary tool at increased rotation speed, as well as the prevention of vibration loss due to increased rotation speed.
| You can see that vibration, noise, and power consumption are reduced when the automatic balancer "Zero Core" is installed. |
Automatic balancer "Zero Shin" and other videos
Equipped with the "Zero Shin" automatic balancer, achieving processing capabilities beyond those of a skilled craftsman.
This product eliminates the need for balance adjustments because it loads weights into three separate spaces without fixing them in place. The three built-in weights balance the system to handle various load fluctuations, maintaining zero-center rotation and eliminating the need for further adjustments after installation. By customizing and installing it on the rotating shaft of any equipment, it enables energy savings and extends the lifespan of the equipment.
Toyota Allion 1800cc with automatic balancer zero-shin function aluminum wheels, meter and mileage data image.
Equipped with aluminum wheels featuring the automatic balancer "Zero Shin" function, this Toyota Allion 1800cc, after filling up with gasoline in Toyama Prefecture in the Hokuriku region, traveled 662km according to the odometer reading. Based on the remaining mileage, the estimated range after a full tank is approximately 1100km.
Automatic balancer "Zero Shin" (without balancer) Standard wheels
Standard wheels without the automatic balancer "Zero Shin" exhibit significant vibration from the start, and overall vibration is greater, meaning the tire diameter is smaller on average. This means that it takes longer to cover the same distance with smaller diameter tires, and therefore you will lose in races of the same distance.
Aluminum wheels with automatic balancer "Zero Shin"
With minimal vibration from the start, it performs well and ultimately leads to shorter driving distances.
The reduced vibration is due to the larger tire diameter, which means the odometer reads a shorter distance compared to driving with normal wheels, meaning you arrive faster when traveling the same distance, and ultimately, you can win races.
Images of a Toyota Allion equipped with aluminum wheels featuring the automatic balancer "Zero Shin" function, running 3 laps at Central Circuit. 1 lap: 1 minute 55 seconds.
The image shows a Toyota Allion 1800cc being driven at Central Circuit. With the automatic air conditioning set to 25 degrees Celsius, the car completed three laps, achieving a top speed of 150 km/h and an average speed of 110 km/h. At the end of the run, the aluminum wheels with automatic balancer "Zero Shin" function and the tires had reached their temperature limit, making further driving impossible.
Coriolis force? A mysterious force.
In space, rotation determines the relative position to the sun's center, and balance is maintained by an unknown force. Truly!! A mysterious force!! A thought-provoking consideration.
Mysterious power
The aluminum disc is levitating by being rotated. The plate is also rotating by bringing it close to the magnetic sphere. A mysterious force? What could this invisible, unknown force be?
Secure the spherical weights in three places without fixing them in place.
When rotating, the three spherical weights generally rest in one corner of the pocket, but why are these three weights not fixed in the corner, but rather in the middle, to maintain rotational balance?
Is it really true that action and reaction forces are equal?
If the action-reaction forces are equal, the motion should continue for a long time without stopping, but it stops midway.
Why is that? Is there a mistake in the laws of motion?