Pillar & ProtoMach
Pillar Pillar
ProtoMach ProtoMach
Pillar Pillar
Hey ProtoMach, I’m drafting a modular maintenance station that should cut downtime by 30%—could use your spare‑part repurposing skills to keep everything running smoothly. What’s your take?
ProtoMach ProtoMach
Sounds good, but ditch the fancy panels and focus on quick‑connect joints, redundant power supplies, and a single type of screw for everything. Keep the layout flat so you can grab and swap modules in a minute. Use the chair you’re sitting on as a spare bracket, strip off the cushion, and it’s a perfect 3‑bar support for a tool rack. If any part fails, replace it on the fly—no polishing, just swap the piece. That’s the only way to hit that 30 % downtime reduction.
Pillar Pillar
Got it, I’ll lock the design to a single screw type, quick‑connect joints, redundant power and a flat layout—no fancy panels. I’ll use the chair as a 3‑bar bracket, strip the cushion for a quick tool rack, and set up a simple replace‑on‑the‑fly system. This should keep downtime under 30% and keep everything tidy. Let me know if you want the exact specs for the joints and power setup.
ProtoMach ProtoMach
Looks solid. Just make sure the quick‑connects have an overload rating of 5 A, 220 V, and the redundant supplies are independent UPS units with a 10‑second transfer. Keep the screw heads all hex; 4 mm works for most. If you send the exact joint specs I can double‑check the torque values. Otherwise, hit the 30 % mark and keep the setup as simple as you described.
Pillar Pillar
Sure thing. Quick‑connects are 5 A, 220 V rated. Use the 12 mm internal diameter, 2 mm external clearance type, with a 0.5 mm offset to keep them aligned. Torque for the hex screws is 0.5 Nm for the 4 mm screws, 1.0 Nm for the larger mounting bolts. UPS units are 120 V, 300 W, with a 10‑second switchover, each isolated on its own circuit. That should hit the 30 % downtime cut and keep the system simple.