We Build the Hardware Your Implant Launch Depends On
±«Óãtv Builds the Instrument Content Your Implant Plant Can’t Prioritize
When a joint, spine or trauma launch slips, the implant is usually not the reason. The delay sits in the content around it: Handles, adapters, trial components, drill-guide details, cutting and reference features, trays, kit panels, inspection nests and the fixtures that qualify all of it. Surgeon feedback keeps changing that hardware right up to the launch date, and every revision competes for machine time on the cells running your core platforms.
±«Óãtv builds that hardware. Precision CNC and turning, sheet metal, photochemical machining, additive, molding, finishing, inspection and light assembly across seven U.S. facilities, coordinated by one engineering team instead of six suppliers. Our Centex Production Facility in Austin, TX is ISO 13485:2016 certified for medical manufacturing.
Documentation moves with the part. QMSR is in effect and FDA can now inspect supplier audit and management review records that used to sit outside the scope. Material certification, dimensional reporting, lot control and revision history arrive with the shipment instead of several weeks behind it.
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One partner for the whole launch set. Handles, trials, guides, trays, fixtures and kit hardware move through a single quality system and a single documentation thread.
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ECO speed without a supplier reset. Surgeon-driven revisions get additive fit checks and CNC iteration sets in days, then carry into bridge quantities with the same team and the same records.
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Quality evidence arrives with the part. Inspection reporting, material traceability and revision control are built into the flow rather than assembled after an audit finding.
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Overflow that protects implant lines. Revision-heavy instrument and fixture work moves off your core machining cells so implant platforms keep their capacity.
Our Medical Expertise – By the Numbers
3,500+
25+
100+
ISO
13485:2016
Medical-Grade Discipline at Engineering Speed
Most contract manufacturers open an orthopedic conversation by pitching the implant. That is the one thing a vertically integrated OEM plant will never hand over, which is why those conversations stall.
±«Óãtv is not the implant supplier, the coating house or the sterilization partner. ±«Óãtv is the responsive mechanical layer around all three. Four things make it work:
Multi-Process Depth Across Seven U.S. Facilities
CNC, precision turning, sheet metal, photochemical machining, additive, molding, finishing, inspection and light assembly. A second process does not mean a second engineering relationship.
ISO 13485 Certified Medical Manufacturing at Austin
Centex by ±«Óãtv, our precision CNC facility in Austin, TX is ISO 13485:2016 certified, with revision control, lot traceability and documented inspection running across the network.
DFM Review Before the Quote Goes Out
Our engineers work through tolerance stacks, instrument interfaces, surface finish, burr and edge conditions, cleaning and sterilization design and serviceability while the design can still move.
Prototype Through Bridge Production Without Supplier Sprawl
Surgeon-evaluation parts, validation sets, launch quantities and recurring replenishment run through one team, with ±«Óãtv Edgeworks available once geometry and demand stabilize.
Your Expert Orthopedic Team
Pamela Melton-Arroyo
Sam Myers
The Implant Cleared Review. The Trial Handle Is on Revision Nine.
Hip and knee launches generate more surrounding content than anything else in the portfolio, and surgeon feedback keeps changing it long after the implant design is locked. Robotic workflows add another layer of trials, guides and adapters on top of that.
±«Óãtv absorbs the revision-heavy content so implant capacity stays where it belongs.
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Instrument hardware: Handles, adapters, trial components, drill-guide details and cutting or reference features produced through precision CNC machining at ±«Óãtv facilities in Minneapolis, MN, with turned details produced in Elk Grove, IL.
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Trays, kits and carts: Instrument trays, kit panels, brackets, covers and line-side carts from precision sheet metal in Ithaca, NY and Denver, CO.
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Fast iteration on surgeon feedback: Additive fit checks and molded ergonomic prototypes from the ±«Óãtv facility in Hartland, WI.
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Launch and replenishment lots: Inspection-backed short runs with lot labeling and revision tracking as sets move from validation into regional stocking.
The Software Ships Every Quarter, But the Bracket Takes Ten Weeks.
Robotic arm, handheld and navigation platforms put mechanical hardware on a software release cadence. Tracker mounts, instrument adapters, calibration tools and covers all have to be verified before a workflow can ship, and they move on timelines your implant supply base was never built for.
±«Óãtv runs that hardware layer so your engineers stay on the platform.
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Precision interfaces: Camera and tracker mounts, reference-frame hardware, instrument adapters and calibration plates held to positional tolerance from ±«Óãtv CNC facilities in Austin, TX and Minneapolis, MN.
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Enclosures and packaging: Housings, panels, brackets, guards and cable-management details from ±«Óãtv sheet metal production locations in Ithaca, NY and Denver, CO, plus photochemically machined shims and shields from Newark. NY.
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Validation hardware: Fit-check prints, alignment tools, test blocks and integration-bench fixtures from ±«Óãtv’s headquarters in Hartland, WI.
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Installed-base support: Service tools, carts, replacement covers and revision-controlled field kits labeled by platform configuration.
Personalized Cases Don’t Wait for a Tooling Quote
Spine combines precision instrumentation, navigation hardware and complex trialing with the fastest-moving personalized and additive workflows in orthopedics. Case-specific planning produces frequent small releases, and each one needs verification hardware before it reaches a surgeon.
±«Óãtv supports the instrument, fixture and verification layer around those releases.
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Instrumentation: Handles, shafts, adapters, trial components and drill-guide hardware from 5-axis CNC and precision turning, with EDM where the geometry requires it.
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Navigation and reference parts: Reference hardware, fixture plates, alignment tools and test blocks with documented dimensional verification.
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Flat and thin precision details: Burr-free shims, screens and masks made with photochemical machining by ±«Óãtv’s facility in Newark, NY, where deburring small features is the real risk.
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Small-lot release support: Validation quantities and bridge lots with material traceability and change control on every release.
Forty Instrument SKUs With One Launch Date.
Trauma and extremities portfolios are instrument-heavy by design, and acquisitions keep adding to them. Procedure-specific kits, MIS variants and foot and ankle expansion multiply the number of small parts that have to be correct, documented and available on the same day.
±«Óãtv carries high-mix instrument content without adding a supplier per SKU family.
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Plate and screw instrumentation: Drill and depth-gauge components, guides, handles and trial or sizing tools produced using precision CNC and turning, done in Elk Grove, IL and Austin, TX.
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Small turned details in high mix production: Pins, bushings, spacers and standoffs with lot traceability held across many part numbers.
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Burr and edge control: Thin precision features from photochemical machining in Newark, NY for geometry that resists conventional deburring.
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Launch kits and stocking lots: Trays, kit hardware and alignment fixtures built to the same revision as the instruments they hold.
Ergonomics Get Decided in the Lab, Not the CAD Review
Arthroscopy and soft-tissue repair tools succeed or fail on how they behave in a surgeon’s hand, which means several rounds of physical parts before a design freezes. The instruments, guides and trays around the implant or biologic change faster than the product itself.
±«Óãtv moves those rounds quickly and then carries the winning design into production.
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Ergonomic development: Molded and urethane-cast handles, grips and housings from Hartland, plus additive prototypes for surgeon evaluation.
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Procedure hardware: Drill and suture-management guides, depth and alignment tools and reusable metal or engineered-plastic components.
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Trays and kit inserts: Sheet-metal trays, inserts and packaging supports that are designed around cleaning and sterilization requirements.
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Volume transition: Injection molding and tooling for accessory content once the design stabilizes, without moving to a new supplier.
The Hardware Around the Hardware Never Makes the Capital Plan
Every orthopedic launch needs fixtures, nests, gauges, training aids and transfer tooling, and none of it is easy to prioritize inside a plant running implant volume. It is urgent, low volume and recurring, which is the worst possible fit for internal capacity.
±«Óãtv builds it as a standing program instead of a series of emergencies.
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Inspection and metrology: CMM fixtures, inspection nests, gauge blocks and validation plates with stable datums and calibration correlation.
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Assembly and build aids: Assembly fixtures, drill-guide fixtures, kit-layout tools and workholding fixtures designed per build station.
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Test and transfer hardware: Test rigs, handling and shipping supports and manufacturing-transfer tooling for new cells or second sites.
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Training and demo hardware: Surgeon training models, demo sets and sales-set components from additive and CNC in Hartland.
Same-Day Answers From an Engineer Who Signed Off on the Print
±«Óãtv is not a transactional machine shop. Nor are we a broker that sends you automated quotes with generic DFM feedback. Our human-first approach is what matters on hardware that has to be cleaned, sterilized, inspected and documented before it ever reaches a procedure.
Our engineers review your prints for tolerance stacks and instrument interfaces, surface finish and passivation, burr and edge conditions, cleaning and sterilization design, material pairing, fastener access with gloves on and field serviceability. Manufacturability problems surface at print review instead of at first article or in a supplier audit finding.
That posture is what keeps a launch on schedule. You get a named program contact rather than a ticketing queue, an engineer on the phone the same day rather than three quote cycles later, and revision management, lot traceability and inspection packages built into the flow rather than bolted on at the end.
So when surgeon feedback changes a trial handle or a robotic workflow adds a calibration tool, the mechanical layer absorbs it instead of resetting your launch date. That is white-glove service applied to regulated manufacturing, and it is why orthopedic teams keep coming back to ±«Óãtv.
±«Óãtv Edgeworks: Built to Support Orthopedic Programs
Our global sourcing solution provides orthopedic manufacturers with access to an extended network of U.S. sourcing options through one accountable ±«Óãtv team.
Our domestic manufacturing capabilities are built to support orthopedic programs, from prototyping through validation to recurring production. That includes everything from precision instrument components to trays, ergonomic molded parts and support hardware, all matched to the right U.S. source.
Case Studies
What Every Orthopedic Program Gets With ±«Óãtv
We Complement Your Core Products
We don’t replace implant production or your validated processes. We supply the mechanical layer around them.
ISO 13485 Certified Medical Manufacturing
Centex by ±«Óãtv, our precision CNC machining facility in Austin, TX, is ISO 13485:2016 certified, with ISO 9001:2015 across the network.
Quality Evidence With the Shipment
Material certification, dimensional reporting, lot control and revision history arrive with the part instead of weeks later.
DFM Before the Quote
Our engineers review tolerance stacks, instrument interfaces, surface finish, burr conditions and sterilization design before pricing goes out.
Prototype to Bridge to Repeat
One team and one documentation thread from surgeon-evaluation parts through launch quantities and replenishment.
Specialty Processes In House
We do most post-processing and finishing operations in-house, saving you time and money, including secondary machining, polishing, coatings and assembly.