Tag Archives: pick and place
Makerarm just lauched on kickstarter. It’s a penknife for the DIY world, it can make almost anything by changing the toolhead!
A complete digital fabrication system for makers everywhere: 3D print, laser, carve, plot, assemble, pick/place + more on your desktop!
- Makerarm works with interchangeable heads for countless applications.
- It 3D prints: Makerarm is not confined to a box and can 3D print with both filament and resin.
- It carves and mills: Makerarm includes high-speed desktop milling (light duty) and carving. You can mill on a variety of materials including plastics, wood, and soft metals right on your desktop. You can even hook up heavy duty flex shaft tools such as the Dremel Fortiflex to Makerarm for power-carving, grinding, or shaping applications (with speeds up to 23,000 RPM!).
- It laser engraves: Makerarm’s high power 500mW laser head (405nm) engraves and etches on plastics, wood, leather, cardboard, and more.
- It picks and places: Choose from vacuum pump coupled suction cups, electromagnetic heads, or grippers to carry out pick and place operations.
- It assembles: With the assembly heads, you can automatically place and fasten screws, carry out gluing, and perform pick and place functions.
- It’s a PCB fab: PCB milling, drilling, solder-paste dispensing, pick and place assembly (PCBA), and automated soldering take the hassle out of prototyping.
Makerarm – The first robotic arm that makes anything, anywhere – [Link]
Manual Pick and Place V2 @ Brian Dorey.com
After finishing the automatic pick and place project we soon found that we needed to be able to place components manually when working on prototype and very short production runs of pcb boards.
As the space in the loft workshop is very limited we decided to modify the old manual pick and place machine and make a new compact version which can be stored under the bench and put on the top when needed.
For the frame we used 40mm x 20mm aluminium extrusion and made a frame which is 40cm deep x 45cm wide.
Manual Pick and Place V2 – [Link]
Ray Wang @ youtube.com writes:
This is Part 2 of the NeoDen Tm-240A pick and place machine demo. This time I am using it for a production run to assemble the OpenSprinkler Pi circuit board. Details can be found in this blog post: http://rayshobby.net/?p=6688
NeoDen TM-240A Automatic Pick and Place Machine Demo – [Link]
Our friend Vasilis posted a video story of a successful SMD reflow process… at his home, amazing!
Powered by the Low Budget Manual Pick and Place : http://vpapanik.blogspot.gr/2012/11/low-budget-manual-pick-place.html
SMD reflow at home – [Link]
Ever get tired of fiddling with tiny surface mount components using tweezers and a magnifying glass? The OpenPnP project that aims to be your sweet relief – [via]
OpenPnP is a project to create the plans, prototype and software for a completely Open Source SMT pick and place machine that anyone can afford. I believe that with the ubiquity of cheap, precise motion control hardware, some ingenuity and plenty of Open Source software it should be possible to build and own a fully functional SMT pick and place machine for under $1000.
Open source SMT pick and place machine – [Link]
redFrog Pick and Place machine – example of the pick and place process – [via]
This video demonstrates the process from solder paste application to picking and placing the SMD components to the final flowing of the solder. The picking and placing is done using the new redFrog pick and place machine.
redFrog Pick and Place machine – [Link]
Boostrap writes – [via]
Well, after some distractions (a small contract for NASA, and struggling to learn solidworks (AARG)), I got back to designing this device, made major configuration changes to simplify, improve reliability and improve precision, and have almost finished now. Reasonable CNC quotes permitting, I’ll have someone start making 2 or 3 prototypes in two or three weeks. So, last chance to add your two cents (or $64,000 worth) of ideas, and point out my worst ideas and design flaws.
I will attempt to post some photos here, and attempt to attach a PDF document that describes how it works. This is identical in principle to the original steps I outlined at the start of this thread months ago, but the configuration of the device has changed so the exact nature of many steps is somewhat different.
Sorry, but you’re probably going to need to maximize your window to see the images. If you’re willing to make a serious effort to critique the design, ask me for the solidworks 2010 files.
I usually think up really great, elegant names for things. This time I’m a total failure (!please help!), so the device is called “papec