MARS Automation

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Only needs 23 more votes to enter this great opportunity to help our business win a grant! Please share the link on how to vote!

Only need 34 more votes! It's easy to do. Clink the link below and:... 1. Hit login and support 2. Type in MARS Automation https://www.missionsmallbusiness.com/ then click "share vote" and post on your wall

UPDATE!! ONLY NEED 44 MORE VOTES! You can help by sharing the link on how to vote!

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UPDATE! ONLY 53 MORE VOTES TO GO! help us get the word out!

ONLY 64 VOTES TO GO!!! Spread the word!

We only need 86 more votes! Help spread the word!

HOW TO VOTE? https://www.missionsmallbusiness.com/ Click on this link and on the bottom right of the page click "log in and support." It takes you to another page. Scroll down and type in MARS Automation. Then click "search" and "vote." It's that easy! Share this message with your friends to help get the word out there and give out our Facebook page as well. MARS Automation is on a Mission to Mars. But we need your help!

If anyone here has "liked" this page, please get the word out! There are 2 more days left to vote for MARS Automation! They really need your votes. Do what you can to get the word out there. We have 107 votes now and need 250 to qualify for this contest. Automation is amazing and can help young entrepreneurs, like you, get started in life. Watch one of the videos below to see the machines they have built for other people who had ideas just like you. If you have any trouble voting, please just ask and I will walk you through the process.

This is one of MARS Automation Inc's first customer applications. The customer wanted an automated machine which would close a cap prior to being placed on a plastic lemon. The parts are oriented using a vibratory feeder and then lifted by a pneumatically controlled arm which in turn places the part on a cam which closes the cap. The unload operation is conducted by an air exhaust which launches the part up through a catcher (shaped like a candy cane) which in turn drains into a box. http://www.marsautomation.com http://youtu.be/q3moK75MTL0

The following rotary assembly machine assembles non-spill sippy cup lids which require installation of a diaphragm and a retention disc. Once assembled the parts are tested for correct operation by pressure testing intake and outtake. Assemblies are discarded when they fail pressure check (slide). Assemblies are off loaded (and oriented) onto a conveyor and pass thru an automated labeler (not in video). http://www.marsautomation.com http://youtu.be/Joi_ulW8uwg