Call Now: Free Consultation (612) 800-0784
    In House Tooling

    Custom In-House Tooling and CMM Fixtures Built Right

    Custom In-House Tooling and CMM Fixtures Built Right
    Overview

    Why Laser Med Tech for Custom In-House Tooling and CMM Fixtures Built Right

    CMM fixtures that don't hold your part correctly don't just slow inspection down — they invalidate your measurements entirely. Laser Med Tech designs, develops, builds, and customizes tooling and CMM fixtures matched precisely to your production geometry, material, and inspection requirements. We've been doing this for 7 years, we're fully insured, and you can reach owner Gary Graham directly at (612) 800-0784. If your current fixtures are causing repeatability issues or your program is scaling up and your tooling hasn't kept pace, call us now.

    In-house tooling development at Laser Med Tech spans CMM fixture design, production jigs, assembly aids, and custom equipment built to your operational spec. Cost drivers include part complexity, fixturing geometry, required tolerances, material selection, and whether the application is prototype or production volume. We don't hand this work off. Every fixture we build goes through our own facility, so tolerance control doesn't break down somewhere in a supply chain. For advanced applications, our 3D printing and prototype composite and silicon molding services feed directly into the tooling development process, compressing your development timeline. Every job is different — contact Laser Med Tech for an accurate estimate.

    Have a project in mind?

    Talk to our owners directly — same-day response.

    What In-House Tooling Development Actually Includes

    Tooling isn't one thing. It's a category that covers CMM fixtures, inspection aids, production jigs, welding fixtures, assembly alignment tools, and custom equipment purpose-built for a specific manufacturing step. At Laser Med Tech, we design and fabricate across that full range. We work with medical device, life sciences, aerospace, and industrial clients — and the requirements differ significantly across those sectors. A CMM fixture for a Class II medical component has different traceability and tolerance requirements than a welding jig for an aerospace bracket. We account for that difference from the first design conversation, not after the first build. Check out our facility to see the environment where this work gets done.

    A dial gauge measurement instrument mounted on a precision testing apparatus with electronic components on an optical breadboard in a laboratory setting.

    How We Build CMM Fixtures That Hold Tolerance

    Most CMM fixture problems aren't material problems. They're design problems. A fixture that contacts the wrong datum, allows micro-movement at the locating pins, or wasn't designed with the CMM probe path in mind produces measurement scatter that looks like a part problem. We design CMM fixtures from the inspection plan outward — datums, probe access, and clamping sequence are defined before a single component is fabricated. Our metal 3D printing capability lets us prototype complex locating geometries quickly before committing to final tooling. Honestly, if you're sourcing CMM fixtures from a vendor who hasn't seen your inspection plan, that's a red flag worth taking seriously.

    A Hardinge lathe with metal workpiece and cutting tools being operated by hands in an educational or workshop setting.

    Want it done right?

    Precision laser processing on production timelines — call to scope your project.

    When You Need Custom Tooling vs. Off-the-Shelf

    Off-the-shelf works until your part geometry doesn't fit the standard envelope, your tolerance stack requires controlled contact points, or your production rate makes setup time a real cost factor. Custom tooling pays for itself fast in those scenarios. We won't tell you that you need custom tooling if a standard solution does the job — that's not a conversation that helps either of us. But when your part is a tight-tolerance medical component or a complex aerospace geometry, off-the-shelf fixturing is rarely the right call. Pair custom tooling with our precision laser tube cutting and laser welding capabilities, and you've got a vertically integrated development path that doesn't require three separate vendors to align.

    A precision drilling machine being operated by a technician in a industrial workshop setting.

    Key Facts About In-House Tooling at Laser Med Tech

    Here's what separates production-ready tooling from tooling that creates rework:

    • CMM fixture design starts from your inspection plan and datum scheme, not a generic template.
    • In-house 3D printing enables rapid geometry validation before final fabrication commits.
    • Prototype composite and silicon molding supports soft tooling applications where rigid fixtures aren't the right solution.
    • All tooling is designed and fabricated within our facility — no subcontracted fabrication steps that break your tolerance chain.
    • We serve medical device, life sciences, aerospace, and industrial sectors, each with distinct regulatory and performance requirements.
    • Owner Gary Graham has 7 years of hands-on tooling and laser processing experience and is directly reachable at (612) 800-0784.
    A blue motorized roller shade mechanism with metal gearing and control components mounted on a black base, displayed in a showroom or workshop setting.

    Want it done right?

    Precision laser processing on production timelines — call to scope your project.

    From First Design to Production-Ready Tooling

    The development sequence matters. Laser Med Tech moves from design concept through prototype validation to production tooling without handing the project off between phases. We use 3D printing to validate locating geometry and probe access before finalizing fabrication specs. Where the application calls for it, prototype composite and silicon molding gives us soft tooling options that reduce lead time on early-stage builds. This integrated path from concept to production-ready fixture is how we accelerate your time to market without trading away dimensional accuracy. Read more in our facility overview to understand how these capabilities operate together.

    A dial gauge measurement instrument mounted on a precision testing apparatus with electronic components on an optical breadboard in a laboratory setting.
    FAQ

    Common questions

    Still have questions?

    Reach out to our owners directly — we'll walk you through it.

    Accelerate your time to market.

    Reach out to our owners directly. Rapid prototyping, precision laser processing, and production-ready solutions — on your timeline.