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Posts Tagged ‘assembly machines’

Machine Assembly - What Works Best

Thursday, July 30th, 2009 by Ken

After working in a shop for over 30 years, I have found that following a process when it comes to assembling a machine works the best. 

First, it always helps to sit down with the designer and find out what kind of things to watch for, such as customer constraints or hazardous locations etc.  It is a must to have a complete print package before you start to assemble.  You need to look it over to find the best place to start. 

Subassemblies can be built and then installed on the machine later when the longer lead time items come in.  Most of the time the parts that come in first will be electrical and small parts for subassemblies; this allows you to assemble and wire without having the rest of the machine.

Next, look for assembles that can be built that won’t have to be disassembled in order to install on the machine.  This will help cut down on the time spent on assembly.  I also recommend you build the subassemblies with wire labels and air lines marked for faster install.  You can adjust slides and set sensors on the bench to save even more time.

Once you have the machine base and table top, look for the best way to route the wires and air-lines and drill holes for tie wrap bases or other mounting plates.  Then start installing the subassemblies at the center and work your way out, be sure to tighten all fasteners and check the fit of moving parts.

When all the subassemblies are installed with sensors and air lines ran, it’s time to do the I.O. check out manually then check them through the P.L.C.  Once I.O. is complete you can start to de-bug and run the machine.

Industrial Automation Examples

Monday, December 1st, 2008 by ksmith

We have had some questions lately as to what types of industrial automation Setpoint is capable of so below I have listed some of the capabilities that Setpoint has.

Filmless X-Ray Inspection Machine

We developed a non-destructive test and inspection machine using filmless x-ray technology.  This automated testing system was integrated on a high volume assembly line with complex equipment.  It was inserted in an already lean facility without any problems.  The end result was reducing wasted floor space by 75%, combining two machines into one automated machine, and decreasing labor minutes per unit by 50%.  Follow our link to learn more about filmless x-ray inspection using real time radiography.

Flexible Manufacturing Systems

A specific client needed a flexible torque station that would be able to accommodate quick model changeovers and be able to be modified for future growth and development.  The nesting system was developed so it could be swapped out in less than 30 seconds without needing any tools.  The end results were an auto cycle rate of 3-5 seconds, 30 second tooling changeovers, and orientation part sensing.  You can see a photo of the machine and more details about this flexible assembly equipment.

Turnkey Automated Swage Machine

We developed a hydraulic tube swage machine that came with quick change tooling, was able to process a wide range of bottle lengths, had a vision system verification of final product, and positive head pressure that prevented pump cavitations.  This swage machine had a high overall efficiency and a cycle time of less than 7 seconds per part.  This is another example of how custom automated machines can help increase efficiency and speed.

Lean Production Systems

We have many cases where lean automation and production were critical to the success of the project.  In each system we ensure that turn-key solutions can fit in as little space as possible while maintaining high quantity output and quality.  Tooling changes that can be done quickly ensures the systems are flexible.  A few examples of lean production systems we have developed are the real time radiography x-ray inspection and pyrotechnic powder loading and assembly machines.