Another component of preventative maintenance is checking all machine components to make sure they’re in proper working order. These include cables, the wire transport system, rollers, bearings and flush cups. […]
Machine lubrication is important to overall performance. All machines run on ways and move with ball screws. Check with OEM specifications for the recommended lubrication schedule. Positioning accuracy depends on the smooth operation of these items. […]
EDMs require several consumables to ensure top performance. These include power feeders, filters and resin. […]
The more often a machine is cleaned, the easier and quicker it is to maintain. Failure to wipe down machine areas regularly will result in build up and will require significant time and energy to restore. Be careful when choosing your cleaners; […]
Photopolymer jetting (or PolyJet) builds prototypes by jetting liquid photopolymer resin from ink-jet style heads. The resin is sprayed from the moving heads, […]
FDM liquefies solid thermoplastic and extrudes it through nozzles not much thicker than a human hair. Each layer of plastic fuses to the previous one and is immediately solidified. […]
Whatever the item a company intends to produce, creating a prototype is crucial to the design process. Moldmakers would be wise to stay on top of technology developments and consider their use to improve the service they provide. Following are four reasons why prototyping is important. […]
Robotic automation is one of the solutions that can improve efficiency of manufacturing. As production requirements increase, robots can be used to efficiently tend existing machines for medium and large lifetime production volumes. […]
Design for manufacture and assembly (DFMA) is a term often used, but its true meaning and value may have been lost. DFMA is a set of core values combined with a systematic approach for reducing design complexity and cost. These core values include optimizing all areas of the manufacturing process: fabrication, assembly, test, procurement, shipping, [...]
The closer integration of the two technologies offers obvious advantages to smaller manufacturers of simpler parts, where the product designer will often also be the machine tool programmer. Having a common interface for the CAD and CAM software makes learning the two programs easier, while automatic updating of the toolpaths if the design changes will [...]