I don’t know what you guys are trying to run on your molders but based on the condition of some of the spindles in for repair, I think it might just be concrete. Broken shafts, seized bearings, “welded” tooling all can be prevented, and it starts with listening for signs.
A mid-sized cabinet shop with a CNC router for milling flat stock is quite dependent on either personal computers or work stations.
A 3-axis CNC router can do more than just machine sheet stock for cabinets. Given the right software and tooling, other than a spiral cutting end mill, a 3-axis CNC router can generate more artistic items than cabinets.
When you stand back and think about it, a CNC machine of whatever variety is nothing more than another power tool that depends on a single or multiple electrical motors to operate, and electrical motors have parts that fail, usually at most inopportune time.
When conversations turn to digital fabrication, what seems to be left out is the computer.
For small- and medium-sized woodworking shops, the decision factors involved in purchasing a CNC router generally involve three distinct factors. First is the cost of the technology including hardware, software and training costs relative to the projected productivity gains.
Craftsmen know that shopping for tools isn’t about buying: it’s about investing.
Most woodworking shops with a 3-axis routers are setup to cut cabinet and furniture parts from flat panels and solid wood.
CNC router manufacturers recognize that smaller shops can’t justify the cost or space requirements of large-format machine so they’ve created a relatively new category of smallformat machines built for production work.
Making a decent profit on a job is a skill based on years of experience and includes figuring how to get the most out of sheet goods and dimensional lumber.
There are software programs that can take rough, colored elevations of a cabinet installation done in CAD and produce photographic-quality images from any view
