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Productivity Starts Before the Spindle Turns

As manufacturers prepare for IMTS 2026, one message seems to connect much of the technology being presented: produce more with the resources you already have. Automation, unattended machining, five-axis and multitasking machines, AI-assisted programming, advanced workholding, tool management, connected manufacturing, and automated inspection all address the same fundamental challenge, eliminating bottlenecks and increasing productive machining time.

The Productivity Challenge

For manufacturers, productivity has always mattered. But today, increasing productivity has become even more critical as shops deal with skilled labor shortages, increasing costs, shorter lead times, and customers who expect consistent quality and on-time delivery.

The answer isn’t necessarily working harder or simply buying another machine. It is looking at the entire manufacturing process and asking a basic question: Where are we losing productive time?

That’s one reason I find the productivity technologies being emphasized around IMTS 2026 so interesting. Instead of focusing exclusively on faster cutting speeds, manufacturers are looking at everything surrounding the machining process.

Some of the most important productivity themes include:

1. Automation and Unattended Machining — More Spindle Hours per Employee
Robots, cobots, pallet systems and automated loading allow machines to continue producing with less operator intervention. Extending production into nights and weekends can dramatically increase the productive capacity of existing equipment.

2. Fewer Setups and Less Part Handling — More Available Machine Capacity
Every time a part is moved, repositioned or set up again, production stops. Five-axis machining, automated workholding, zero-point systems and palletization help reduce setups while improving process consistency.

3. Multitasking and Done-in-One Machining — Fewer Operations and Machines
Combining milling, turning and other operations reduces work-in-process, part movement and the number of machines required to complete a component.

4. AI-Assisted Programming and Quoting — Less Engineering and Programming Time
Artificial intelligence is increasingly being applied to quoting, CAM programming, toolpath development and machining strategies. The opportunity is to reduce the non-cutting time required before a job reaches the machine.

5. Tool and Workholding Management — Higher Machine Utilization
Automated tool management, presetting, quick-change workholding and standardized fixtures can shorten changeovers and reduce machine downtime.

6. Connected Manufacturing — Find and Eliminate Bottlenecks
Machine monitoring, ERP, MES, production analytics and other connected technologies provide visibility into what’s actually happening on the shop floor. That information helps manufacturers identify bottlenecks and underutilized capacity.

7. In-Process and Automated Inspection — Less Delay, Scrap and Rework
Moving inspection closer to the manufacturing process allows shops to identify problems sooner, reduce trips to the inspection department and potentially make corrections before additional bad parts are produced.

Don’t Forget the Material

All these technologies have something in common: they are designed to keep production moving.

But there’s another part of the process worth examining - what happens to your material before the spindle ever turns?

Material may need to be received, saw cut, squared, flattened, ground or milled to thickness, brought to net or near-net dimensions, heat treated, deburred, cleaned and staged before finish machining can begin. Every one of those operations requires some combination of labor, equipment, floor space, scheduling and time.

And time spent preparing material is time that equipment and people aren’t spending producing finished parts.

This is where TCI Precision Metals fits into the productivity story.

Our Machine-Ready Blanks are designed to eliminate or significantly reduce material preparation. Instead of purchasing oversized material and performing prep operations in-house, manufacturers can receive precision blanks that are flat, square, parallel, deburred and clean, ready to move from receiving to finish machining. Custom blanks can be produced to near-net dimensions and tight tolerances, helping streamline setup and fixturing while providing consistency from blank to blank.

The objective is the same as the automation, five-axis machining, advanced workholding and digital technologies you’ll see throughout IMTS: eliminate non-value-added work and keep valuable production resources focused on the work that makes money.

As you evaluate productivity improvements in your own operation, don’t look only at what happens inside the machining center. Map the entire process, from material receiving through finished part, and identify where the job stops, waits or consumes resources unnecessarily.

Sometimes the next productivity breakthrough isn’t about making the spindle turn faster.

It’s about getting the material to the spindle faster.

Thanks for reading –

Ben