Here's a little of what you can expect this coming year. Here is a high level look at what is coming next for MachPro in 2026.

Big themes for this year

• "Software + Hardware" as a single, clean customer experience. (bundles, docs, setup flows, etc.)
• A clear hardware ecosystem with hardware tiers (Unsupported / Compatible / Certified)
• Better machines through better motion and better measurements
• Improved quality and scalability
• Meet customers where they are

Here is how we expect to deliver

Hardware and Software, together
We now sell hardware alongside MachPro, so that you can get a more complete "ready to run" experience.

Hardware Certification Program
We're building a simple hardware tier system so expectations are crystal clear:

• Unsupported - might work, but we can't validate or troubleshoot it reliably
• Compatible - works with MachPro based on baseline testing
• Certified - fully validated, recommended settings, and ongoing tests

Expanding Compatible and Certified hardware lists
We're planning to grow our support lists to include more popular controller options including:

• Pokeys (PoLabs)
• HiCon (Vital Systems)
• ESS (Warp9)
• Flex-6X Nano (Trio)

Blum Probing Macros
We're planning to add BLUM probing macros to make probing workflows quicker and more consistent.

Multi-Language Screen Support
We're adding multi-language support for screens, so MachPro is easier to use for more teams and shops worldwide.

Automated quality testing
Behind the scenes, we're expanding automated quality testing, so updates are more reliable, stable, and regressions get caught earlier.

New Phone App
We're creating a new mobile app for live monitoring, so that you can keep an eye on machine status without being glued to your control pc.

New S-curve motion planner
We're adding a brand-new S-curve motion planner- and we're really excited about this one.
Why? Because a jerk-limited planner smooths the transitions into and out of acceleration, which can make motion feel noticeably more controlled. In the real world, that smoother motion has the potential to improve tricky areas like rotary behavior, cornering/CV-style motion, and short-segment toolpaths where older planning styles can get jumpy.

We're aiming for motion that's smoother, more predictable, and more consistent, especially on machines and jobs where that last bit of motion quality really matters.