A CMM does not know how to measure your part until it is told. CMM programming is the process of creating the instruction set, the measurement program, that directs the CMM exactly where to probe, what features to measure, which tolerances to apply, and how to report results. A well-written program is efficient, accurate, and repeatable: it probes the right features in the right sequence, avoids collisions, maximises throughput, and produces consistent results whether it runs once or ten thousand times.
A poorly written program, or no program at all, wastes the potential of even premium CMM hardware. For Austin manufacturers in semiconductor, defense electronics, medical device, and automotive supply chains, where tolerances are tight and customer documentation requirements are strict, the quality of your CMM program is often the difference between a measurement process that builds confidence and one that creates risk.
HAK's Austin CMM programming services cover every stage of the programming lifecycle, from new part programs through legacy updates, process optimisation, and operator training.
HAK develops complete CMM programs for new parts, translating engineering drawings, GD&T requirements, and inspection plans into optimised PC-DMIS or MODUS measurement routines. We analyse part geometry, fixture design, and production tolerances to build a program that maximises both measurement accuracy and cycle efficiency from the outset. Programs are validated against the first physical part before handoff.
When drawing revisions, tolerance updates, or design changes affect the features your CMM needs to measure, HAK updates your programs to match, keeping your inspection process aligned with current engineering documentation. Program revision services are available for both PC-DMIS and MODUS platforms, performed on-site at your Austin facility or remotely for straightforward updates.
HAK's programming team identifies and eliminates inefficiencies in existing CMM programs, redundant probe moves, suboptimal measurement sequences, unnecessary stylus changes, and reporting outputs that create data without insight. Production-optimised programs reduce CMM cycle times and increase throughput without adding headcount or hardware.
Programming and fixturing are inseparable for high-repeatability CMM measurement. HAK's custom fixturing and design service creates purpose-built inspection fixtures that work seamlessly with the programs we develop, ensuring every measurement run starts from the same datum, in the same orientation, with the same stability. For Austin manufacturers building a CMM inspection process from the ground up, HAK can develop the program and the fixturing together.
As Austin manufacturers, particularly in semiconductor and automotive production, move toward automated and semi-automated quality control, HAK's programming capabilities extend to inspection automation. We develop programs that run with minimal operator input, integrate with robotic part handling, and adapt to real-time production conditions, requiring user input only when a part falls outside tolerance.
Austin currently has limited dedicated local CMM programming providers. Here is why manufacturers in this market choose HAK:
A CMM does not know how to inspect your part until it is programmed to do so. CMM programming is the process of creating the instruction set that tells the CMM exactly where to probe, which features to measure, what tolerances to apply, and how to report the data. Without a well-written program, even a high-quality CMM will produce slow, inconsistent, or incomplete inspection results. HAK develops custom PC-DMIS and MODUS programs for Austin manufacturers that maximize the accuracy, efficiency, and repeatability of their CMM investment from day one.
HAK's primary CMM programming platform is PC-DMIS, the world's leading CMM measurement software, used with bridge CMMs and portable CMM systems. HAK also programs Equator gauging systems using MODUS metrology software — a specialist capability that enables production-cell measurement and high-throughput comparative gauging. If your Austin facility runs a different software platform, contact us to discuss compatibility.
Yes — complex parts are where HAK's experience makes the most difference. Our team specialises in programming parts that present significant measurement challenges: deep pockets, compound surface profiles, tight-tolerance bores, multi-datum alignments, and assemblies with constrained probe access. With over 30 years of combined manufacturing experience, we understand the relationship between part geometry, CMM kinematics, probe selection, and fixturing — letting us solve programming problems that defeat less experienced teams. This is particularly valuable for Austin's semiconductor and defense electronics manufacturers, whose parts routinely test the limits of generalist CMM programming.
Yes. HAK's programming team can come to your Austin-area facility and programme your CMM on-site. On-site programming has clear advantages over remote development: we work with your specific machine hardware, understand your fixture setup and shop floor conditions, and can validate programs against your actual parts rather than a drawing alone. On-site programming also creates a natural training opportunity — your operators learn the programs as we build them.
Yes. HAK's legacy program modernisation service reviews and rewrites older CMM programs to reflect current drawing revisions, improve cycle efficiency, and ensure compatibility with updated CMM hardware or software versions. Many manufacturers are running programs written years ago that no longer match current engineering documentation or leave throughput and accuracy gains on the table. HAK can assess your existing programs, identify the highest-priority improvements, and deliver updated routines that restore full measurement confidence.
Programming timeline depends on part complexity, the number of features to be measured, the tolerance requirements, and whether fitting needs to be designed alongside the program. HAK is committed to delivering programming work on timelines that fit your production schedule — including time-sensitive launches where the program must be ready before the first article is produced. Contact us with your part details and timeline and we will give you a direct answer on what is achievable.
Yes. HAK programs Equator gauging systems using MODUS metrology software — a specialist capability that extends our programming expertise beyond traditional bridge and portable CMMs. Equator gauging systems are designed for high-throughput production measurement directly at the machine tool, providing fast comparative gauging without the cycle time constraints of a bridge CMM. If your Austin facility is implementing or optimising an Equator gauging system, HAK's MODUS programming expertise ensures it is configured for maximum production benefit.
