Smart Shop Floor

Ever wonder what scheduling software actually looks like on a factory floor? Three shop floor supervisors at light pole fabricator A D Coote & Co. | Steel Fabrication walk you through their production process utilising Smart Shop Floor’s daily work board, operator tools and live chat. You'll see: → Daily work board so operators know what to prioritise → Work time tracking for accurate lead time estimates → Standby time recording to spot waste time → Direct messaging to the office → Client photo uploads straight from the floor Big thanks to Rodrigo Silva for the hands-on tour. https://lnkd.in/gV6iNdQb

Schlam Payload builds mining truck bodies for just-in-time delivery. When they scaled 40% bigger, their digital tools couldn't keep up—unanswered questions and slow manual follow-up were draining production hours. Smart Shop Floor's automated scheduling gives them real-time visibility across the operation. Now they track material usage and job progress in real time, respond immediately to system alerts, and have seen lead times improve. Big thanks to Andrew Turner, John Herzfeld, Dhanush Krishna and Schlam Payload team for trusting us to build this together. https://lnkd.in/gE9AU4qB

Schlam builds mining truck bodies for just-in-time delivery. When they scaled 40% bigger, their digital tools couldn't keep up—unanswered questions and slow manual follow-up were draining production hours. Smart Shop Floor's automated scheduling gave them the visibility and control to improve efficiency and collaboration.

Schlam builds mining truck bodies for just-in-time delivery. When they scaled 40% bigger, their digital tools couldn't keep up—unanswered questions and slow manual follow-up were creating confusion and draining valuable hours. They couldn't afford it then. You can't afford it now.

Australian-made production scheduling software built for fabricators. Get a behind-the-scenes look at how all levels at Schlam—from the shop floor to management—use real-time data to scale.

Why 67% of scheduling systems can't handle reality. The issue: Systems that can't adapt to disruptions Here's what happens: the system creates a schedule, then a machine breaks down or material doesn't arrive on time. The schedule can't adapt—it may not even know something's wrong. It's like a GPS stuck on the same route even though the road is closed and you're 30 minutes down a detour. Your floor supervisor manually shuffles jobs while the system shows everything running perfectly. This “insufficiency for the real world” usually comes down to scheduling approach. Infinite capacity scheduling assumes unlimited machines, people, and time. It works well for high-volume repetitive production with predictable inputs. But job shop scheduling—multiple jobs with different routings, setup times, skill requirements, and material constraints—gets exponentially more complex with every variable. If your system isn't built to handle these constraints, one disruption requires manual intervention. Finite capacity scheduling is designed for this complexity. It models your actual constraints and adjusts in real-time when conditions change. The schedule stays relevant because it reflects what's actually happening on your floor. Not all scheduling systems are created equal. Selecting the right approach can be the difference between success and failure. Source: McKinsey & Company, Decoding success: How leaders get value from advanced planning systems #scheducation #productionscheduling #APS #jobshop #manufacturing