Tag Archives: diy motorized slider

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If you happen to have an IGUS W1080-B Linear Slider and are looking for a way to get consistent movement, Servo City now offers a DIY Motorized Kit. You may have seen me working with a prototype version of this slider in a past video when I designed a simple infinite loop auto reverse switch (seen here).

With a slower motor in place you can use this to achieve long time-lapse sequences, or with a faster motor in place you can use this for real time video (noise will be apparent from the motor).

The kit comes in dozens of little pieces, but with patience was easy to assemble following the video instructions:
Actobotics - IGUS W1080-B Slider Kit Assembly (part 1)
Actobotics - IGUS W1080-B Slider Kit Assembly (part 2)

Once again, this kit is designed specifically for the W1080-B Igus Rail (which you will need first) and can the entire kit can be found at the Servo City website (here).

Igus_Slider_Kit_3Igus_Slider_Kit_-_included_components
Igus_Slider_Kit_2
find-price-button Servo City IGUS W1080-B Motorized Slider Kit

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If you love building and tinkering, here's a look at another fun little project idea from ServoCity.com. They've added a new low friction channel slider that has very low tolerance, can accept a decent load, and that slides over their lightweight aluminum channels. In this video they have assembled a drive system that pulls the carrier through the channel, to work as a video slider.

These aluminum channels can be purchased in various lengths if you're looking for longer or shorter runs, and the motors can be swapped out for faster or slower RPMs depending on your project. The overall design allows these motors to pull quite a bit of weight even vertically, but if you're looking to carry heavier camera systems, just make sure to look into the channel slider that wraps around all four sides (here).

Slider_Kit_with_Phone_MountSlider_vertical_with_phone_mount

Now if you're looking to do some tinkering of your own, I highly suggest taking a look at the dozens of videos showing you step-by-step on how to build these projects at the Servo City YouTube Channel.

For more information about the Slider Kit A, take a look at their Channel Slider Kit product pages which shows examples and a list of parts required to assemble.

ServoCity YouTube Channel
ServoCity.com Precision Building Systems

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Earlier this week, Andy sent over a few videos about his DIY Motorized Video Slider that can be controlled through an Intervalometer (time lapse remote). Through this remote, he was able to control speed and also delay movements of the slider. The most exciting part of this build is the basic parts used, and the simplicity of the design.

The Servo setup is pretty straight forward. Battery + speed controller + servo motor. The Timelapse remote (intervalometer) was then integrated with a small board to interrupt the circuit, and with it's extensive settings acts as a smart controller. You can get more details and a list of parts from Andy's YouTube Video (Click Here) [Thanks Andy].

You can check out the inexpensive prices of the basic parts used on this build via eBay (below).

Servo
http://r.ebay.com/SRfViE

Controller
http://r.ebay.com/Vdcu9e

Battery Pack
http://r.ebay.com/ZZMwae

Small stripboard:
http://r.ebay.com/kVmw0B

A 2.5mm jack-plug socket:
http://r.ebay.com/Gbsoqu

And some male/female plugs for the servo/controller to plug into.
http://r.ebay.com/wZM5oQ

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Earlier in the week Vimeo member Bagelman showed us his version of a DIY Motorized JuicedLink video slider. I was curious to see if his setup could actually handle a straight up vertical shot, so he's put together another demo. Yup, sure does go nice and smooth on a straight up vertical climb. [Thanks Gary]

juicedlink-slider
find-price-button JuicedLink DIY Slider Kit

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Juicedlink first introduced this slider idea as a prototype during NAB2011 (found here). The kit consists of a few different parts which are bundled or sold separately. The basic set will have at least a trolley (rolling carriage) and end clamps to hold a set of rods. The end clamps have three 1/4-20" threaded taps to mount stands. A benefit to this slider kit is that you choose any type and length of 5/8" rod you require. You're not limited to specifically choosing a 24" or 36" like IGUS or Konova sliders. With JuicedLink, you can carry multiple sets of rods if you want to run short or long. Suggested rails to be used are stainless steel rods for it's clean smooth surface and hardness, which run about $20 dollars each for 4 feet (48").

JuicedLink-DIY-Slider
find-price-button JuicedLink DIY Slider Kit

The setup in the video (above) is on 4ft. stainless steel rods with a few modifications done to get it motorized. This is pretty much the same equipment used on the motorized Konova slider by Vimeo member C Light. On one end I have a freewheeling Idler Pulley. On the opposite end is the servo motor, servo controller, and 4 AAA battery pack. These all simply plug in together seamlessly without any soldering to give you a reversible slow speed motor. For the string, i'm just using Nylon Mason Line. Fairly thin, but strong, and readily available at your local Home Depot. I decided on using Velcro at the ends so that I can adjust the tension of the Line. Below is the remaining parts list of what you'll need if you wanted to do this to other sliders.

Basic servos will not rotate 360 degrees. Here you'll find the Continuous Rotation Servo: http://www.hobbyengineering.com/H1429.html
continuous-servo

You'll require a pulley to be mounted on the servo. This fits perfectly and has the proper amount of teeth to fit flush: http://www.servocity.com/html/pulley_wheel__futm2045_.html
servo-pulley

To control the speed and to make the servo move in reverse, you'll need the servo controller: http://www.servocity.com/html/dual_servo_driver.html
servo-driver

To power things up, you'll need a small battery pack. This battery pack will simply plug in to the controller. http://www.servocity.com/html/battery_trays.html
aaa-battery-tray

It's definitely a smooth slider, but the design means you'll need two stands to elevate it. It's important to get solid stands on each side if you want to minimize any rocking or swaying when used in windy environments. Especially if you're shooting with a long lens. Before you consider the JuicedLink DIY slider kit, you should check out some important information about the slider over at the JuicedLink website. He's started a 'CookBook' of ideas and tips about using the slider, and pointing out a few things to keep in mind when going to a longer set of rods. You can find more information and pricing on the JuicedLink sliders (click here).

juicedlink-slider
find-price-button JuicedLink DIY Slider Kit

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