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CMM inspection of cardiovascular tooling part ISO 13485 first article inspection report for cardiovascular tooling
Boston Scientific Cardiovascular Tooling QA Supplier

Quality Assurance in
Eden prairie, MN

Documentation-first quality for Boston Scientific cardiovascular tooling teams in Eden prairie. Zeiss CMM on every order: actuator piston OD at 36 angular positions, load cell die bore geometry and lumen concentricity, ASTM A967 passivation certs for 316L and 17-4 PH. ISO 13485:2016 FAI reports with every MTS Actuator and load cell tooling lot.

ISO 13485:2016 · ASTM F2063 · ISO 25539 aware · NDAs signed before file review · Boston Scientific supplier quality system alignment.

CNC machining with full quality assurance for Eden prairie, MN. RivCut supplies CNC machining with full quality assurance to engineering and manufacturing teams across Eden prairie and the Upper Midwest. Parts are machined 100% in the USA at our Union City, California facility and reach Eden prairie in about 4–5 business days by ground freight — with expedited air and AOG options when a production line is down.

Cardiovascular Systems, Inc. (Emerson Rosemount) produces orbital and rotational atherectomy catheters near Eden prairie. Every Eden prairie order ships with CMM inspection, full material traceability, and a first-article report on request.

±0.0001"
Zeiss CMM accuracy
actuator piston OD
NIST-traceable
36
Angular positions
mandrel OD mapped
10° increments
ASTM A967
Passivation cert
316L & 17-4 PH tooling
Ferroxyl test included
100%
CMM reports
21 CFR Part 11 compliant
PDF/A + audit trail

What Does Cardiovascular Tooling QA Actually Mean?

Most shops say "we do CMM inspection." A Eden prairie cardiovascular tooling supplier says something very different: ISO 13485:2016 quality management with lot traceability back to the Device History Record, FDA 21 CFR 820 QSR receiving-inspection conformance, 21 CFR Part 11 electronic records with audit trails on every measurement, ASTM F2063 4340 alloy & titanium material certification traced to heat and lot, ASTM A967 passivation travelers with ferroxyl test results for all stainless tooling, Zeiss CMM with actuator piston OD mapped at all 36 angular positions for MTS Actuator expansion uniformity assurance, and load cell die bore geometry, lumen concentricity, and clearance-angle verification per ISO 25539 tooling requirements. Boston Scientific cardiovascular programs demand that whole stack, not just the measurement step.

1

Plan the Quality

Ballooned drawing, ISO 13485 clause mapping, PFMEA, control plan, and DHR linkage before the first chip flies. For actuator pistons: 36-position OD measurement protocol defined up front.

2

Inspect with Evidence

Zeiss CMM with feature-by-feature actuals, GD&T to ASME Y14.5-2018, Cpk studies on mandrel OD taper zones, load cell die bore/concentricity/clearance-angle actuals, and 21 CFR Part 11 audit-trail PDF/A output.

3

Ship the Package

First article with 36-position OD polar map, CMM report, 3.1 ASTM F2063 mill cert, passivation traveler, PEEK USP Class VI data sheet where applicable, and a CofC tied to ISO 13485 clause 7.5. Nothing chased after the fact.

Eden prairie Cardiovascular Tooling & Their QA Footprint

From MTS Actuator expansion mandrels to load cell body sets, each Boston Scientific tooling type has a different CMM protocol and documentation trail. Here is what we cover and how.

Eden prairie (pop. ~70K) hosts Boston Scientific's MTS Actuator & Starkey Shells left-atrial appendage closure and PROMUS/Synergy auditory hardware manufacturing operations. Both programs depend on precision cardiovascular tooling — servohydraulic actuator piston housings and heat-setting fixtures for the MTS Actuator 4340 alloy & titanium frame, and stainless laser-cutting die sets, crimping mandrels, and inspection gauges for the auditory hardware program. That tooling drives a documentation-heavy QA stack: ISO 13485:2016 plus FDA 21 CFR 820 QSR plus ASTM F2063 4340 alloy & titanium traceability plus ASTM A967 passivation plus 21 CFR Part 11 electronic records plus Cpk ≥ 1.67 on mandrel OD critical features.

The surrounding Eden prairie cluster adds to the load: Cardiovascular Systems, Inc. (Emerson Rosemount) atherectomy catheter tooling, SurModics (74th St) surface-treatment process fixtures, and Starkey Labs manufacturing support tooling. Each customer expects a QA package that speaks ISO 13485 and 21 CFR 820 fluently on day one, with ASTM F2063 and ISO 25539 standards awareness built in.

4340 Alloy & Titanium Expansion Mandrels (MTS Actuator)

MTS Actuator & Starkey Shells expansion mandrels in 4340 alloy & titanium (ASTM F2063). Zeiss CMM OD measurement at all 36 angular positions (10° increments), Cpk ≥ 1.67 on critical taper zones, EN 10204 3.1 mill cert with Af transformation temperature confirmation. First article with polar OD deviation map on every lot.

ASTM F2063 4340 Alloy & Titanium · 36-position OD map

Stent Laser-Cutting Die Sets

316L and 17-4 PH load cell die sets with Zeiss CMM verification of bore diameter (lumen clearance), bore concentricity relative to mounting datum, clearance angle geometry (0.5–2°), chamfer inlet/outlet geometry, and face parallelism. ASTM A967 Nitric 2 passivation with ferroxyl test result. ISO 13485 FAIR on every campaign.

316L / 17-4 PH · ASTM A967 · ISO 25539

PEEK Catheter Hub Production Runs

PEEK (ASTM F2026) balloon-coating mandrels for MTS Actuator delivery system and coronary catheter programs. 100% CMM on fluid-path bore, seal-face OD, and connector geometry. USP Class VI biocompatibility data sheet. ISO 13485 first article and 21 CFR Part 11 PDF/A inspection records on every production lot.

PEEK F2026 · USP Class VI · 100% CMM

17-4 PH Inspection Gauges

Stent OD/ID go/no-go gauges, crimper mandrel gauges, and MTS Actuator frame inspection fixtures in 17-4 PH H900. ASTM A967 Citric 3 passivation, Cpk studies on gauge OD, Ra finish verification on gauge surfaces. ISO 13485 CofC with gauge calibration traceability to NIST.

17-4 PH H900 · ASTM A967 Citric 3

4340 Alloy & Titanium Heat-Setting Fixtures

MTS Actuator frame heat-setting fixtures and 4340 alloy & titanium component setting mandrels. CMM verification of form accuracy against the target Af profile geometry. ASTM F2063 material traceability. ISO 13485 first article. 21 CFR Part 11 compliant inspection records tied to the validated heat-treatment IQ/OQ/PQ process lot.

ASTM F2063 · IQ/OQ/PQ linkage

Stent Crimping Mandrel Sets

316L and 15-5 PH crimping mandrels for auditory hardware assembly. CMM verification of mandrel OD profile, taper geometry, and Ra surface finish on the load cell-contact zone. ASTM A967 passivation, EN 10204 3.1 mill cert, ISO 13485 FAIR with every crimping mandrel production set.

316L / 15-5 PH · ASTM A967 · Surface Ra
Zeiss CMM inspection of MTS Actuator servohydraulic actuator piston housing for Eden prairie Boston Scientific program
ISO 13485 FAIR — 36-Position OD Map, Cpk 1.79

MTS Actuator & Starkey Shells 28mm Expansion Mandrel — ASTM F2063 4340 Alloy & Titanium

Produced as a first-article lot for a Eden prairie MTS Actuator cardiovascular tooling program. ASTM F2063 4340 alloy & titanium bar stock with Af temperature confirmation, 5-axis CNC turned and polished, Zeiss CMM run with 36-position OD polar map at every 10-degree interval across three axial stations. Cpk 1.79 on the critical taper zone. Shipped with full ISO 13485 documentation to Eden prairie in 7 business days.

±0.0001"
OD accuracy
mandrel taper zone
36
Angular OD positions
CMM-mapped
Cpk 1.79
Process capability
critical taper CTQ
100%
FAIR pass rate
first submission
  • ISO 13485:2016 first-article inspection with full ballooned callouts
  • 36-position OD polar map with Cpk data on critical taper zone
  • EN 10204 3.1 ASTM F2063 mill cert with Af transformation temperature
  • CMM report as 21 CFR Part 11 PDF/A with embedded audit trail
  • CofC aligned to ISO 13485 clause 7.5 and 21 CFR 820.80 receiving inspection

Inspection. Traceability. Process Control.

The three pillars of a Eden prairie-grade cardiovascular tooling QA package. Missing any one of them leaves a gap in the MTS Actuator or load cell tooling Device History Record.

Inspection Evidence

Measurements are reported, not just made.

  • Zeiss CMM at ±0.0001", NIST-traceable
  • 36-position OD polar map for actuator pistons
  • 21 CFR Part 11 PDF/A with audit trail
  • Cpk ≥ 1.67 on CTQ features per lot

Material Traceability

Every part traced from finished dimension back to melt.

  • EN 10204 3.1 mill cert per heat / lot
  • ASTM F2063 4340 alloy & titanium with Af temperature
  • ASTM F138 316L, F899 17-4 PH, F90 Emerson 316L / NACE MR0175
  • PEEK USP Class VI data sheet for balloon-coating mandrels

Process Control

Special processes routed through validated partners.

  • ASTM A967 Nitric 2 / Citric 3 passivation
  • Ferroxyl test included with every traveler
  • IQ/OQ/PQ validated process lot linkage
  • Boston Scientific supplier quality system alignment

From Ballooned Drawing to Shipped Package

Three steps. No missing certificates. Built for Boston Scientific cardiovascular tooling supplier-quality auditors.

Step 1

Submit Drawing, Model & Tooling Specs

Upload STEP AP242 model and ballooned 2D drawing. Call out ASTM F2063 4340 alloy & titanium, ASTM F138/F899/F90 stainless/316L Stainless material, ISO 13485 clause references, 21 CFR Part 11 expectations, and MTS Actuator or load cell program context. Flag 36-position OD measurement protocol for mandrels. We confirm Boston Scientific supplier quality system alignment before quoting.

Step 2

Machine, Passivate, and Inspect

We machine in Union City, CA. Passivation runs ASTM A967 Nitric 2 or Citric 3 for all stainless tooling. Zeiss CMM runs ISO 13485 first-article balloon report with 36-position OD polar map for mandrels, or bore/concentricity/clearance-angle verification for load cell dies, output as 21 CFR Part 11 PDF/A with Cpk data on every CTQ feature.

Step 3

Ship Part + Full Package to Eden prairie

Part, FAIR or PPAP-equivalent, CMM report with OD polar map and Cpk data, 3.1 ASTM F2063/F138/F899 mill cert, passivation traveler, PEEK USP Class VI data sheet, and a CofC aligned to ISO 13485 clause 7.5 and 21 CFR 820 QSR arrive together. 3-day ground LTL via I-94 to Eden prairie or next-day SFO to MSP air on urgent MTS Actuator or load cell production work.

Why Eden prairie, MN Cardiovascular Tooling Teams Choose RivCut

Eden prairie (pop. ~70K, Hennepin County, ZIP 55347) is home to Boston Scientific's MTS Actuator & Starkey Shells and auditory hardware manufacturing operations. Cardiovascular tooling demand spans servohydraulic actuator piston housings, load cell body sets, crimping mandrels, heat-setting fixtures, and inspection gauges for the MTS Actuator and PROMUS/Synergy programs. The nearby Cardiovascular Systems, Inc. (Emerson Rosemount) and SurModics (74th St) operations add interventional-cardiology catheter tooling and surface-treatment fixture QA requirements. RivCut machines, inspects, and passivates cardiovascular tooling parts at our Union City, CA facility, shipping 3-day ground LTL via I-94 to Eden prairie or next-day SFO to MSP air cargo for production-critical windows.

All parts are CNC machined in-house at our Bay Area shop. We never broker or outsource the machining. Learn about RivCut →

Common Questions About Cardiovascular Tooling QA in Eden prairie

Eden prairie cardiovascular tooling programs require ISO 13485:2016 quality management and FDA 21 CFR 820 Quality System Regulation conformance at minimum. Boston Scientific supplier programs additionally expect 21 CFR Part 11 compliant electronic records with audit trails, ASTM F2063 4340 alloy & titanium traceability, ASTM A967 passivation certification for 316L and 17-4 PH tooling, first-article inspection reports with every MTS Actuator and load cell tooling lot, and Cpk data on critical-to-quality features such as actuator piston OD at all 36 angular positions.
MTS Actuator & Starkey Shells expansion mandrels and servohydraulic metrology fixtures require OD uniformity across the full 360-degree circumference to ensure uniform Af (austenite finish temperature) transformation. Our Zeiss CMM protocol takes OD measurements at every 10 degrees around the mandrel body — 36 positions total — across multiple axial stations depending on mandrel length. This generates a full polar OD map, Cpk data on the critical taper zones, and a visual deviation plot. If any position exceeds ±0.0001 inch, we flag it before the part ships.
For 316L and 17-4 PH load cell body sets we run Zeiss CMM on: bore diameter (lumen clearance to laser beam path tolerance), bore concentricity relative to outer mounting datum, clearance angle geometry (typically 0.5–2 degrees for strut kerf relief), chamfer geometry at the inlet and outlet, and parallelism of the die faces. These five features map directly to load cell strut width uniformity and kerf symmetry per ISO 25539 tooling requirements. We report actuals, nominals, tolerances, and pass/fail against your drawing callouts.
ASTM A967 is the standard for passivation of stainless steel parts. For Eden prairie cardiovascular tooling we run Nitric 2 or Citric 3 depending on alloy and program requirements. On 316L load cell dies, passivation removes free iron from the machined bore surface so the passive chromium-oxide layer reforms evenly — critical because free-iron contamination on the die bore can cause stainless-steel residue transfer to load cell struts during laser cutting. On 17-4 PH inspection gauges, passivation protects the hardened surface against rust formation that would alter gauge OD. We ship passivation travelers with bath chemistry, temperature, dwell time, and a post-treatment ferroxyl test result.
Yes. Every digital inspection report we ship is 21 CFR Part 11 aligned: electronic signatures with unique user ID and timestamp, audit trails tracking every edit with before and after values, tamper-evident PDF/A exports, and retention periods matched to DHR requirements. Our CMM software generates Part 11 compliant reports natively, with the actuator piston OD polar plots and Cpk data embedded in the same audit-trail PDF/A that Boston Scientific supplier quality receives.
Every part ships with an EN 10204 3.1 mill test report tied to heat and lot. For 4340 alloy & titanium tooling stock we source ASTM F2063-compliant bar and tube with certs showing Ni-Ti chemistry, Af transformation temperature, and superelastic phase confirmation. For stainless tooling we stock ASTM F138 316L and F899 17-4 PH with 3.1 MTRs. For Emerson 316L / NACE MR0175 load cell tooling we source per ASTM F90 with 3.1 MTRs. PEEK balloon-coating mandrel material ships with a USP Class VI biocompatibility data sheet where tissue-contact applies.
Every MTS Actuator tooling lot ships with: ISO 13485:2016 first-article inspection with full ballooned drawing callouts, Zeiss CMM report with 36-position OD polar map and Cpk data on taper-critical zones, EN 10204 3.1 ASTM F2063 mill cert for 4340 alloy & titanium stock traced to heat and lot with Af temperature, ASTM A967 passivation traveler with ferroxyl test result for any stainless components, and a Certificate of Conformance aligned to ISO 13485 clause 7.5 and FDA 21 CFR 820.80 receiving-inspection expectations. The documentation package is structured to import directly into your Device History Record.
The Device Master Record (DMR) is the recipe: tooling drawings, specs, process instructions, and MTS Actuator or load cell program context. The Device History Record (DHR) is the evidence that one specific lot was built to the DMR: travelers, CMM data, material certs, operator sign-offs, and passivation records. Our shipping package is structured so every tooling lot's DHR entries cross-reference a DMR revision number, with 21 CFR Part 11 electronic records for every measurement. Lot genealogy flows both forward into the customer's DHR and backward to our shop traveler.
Zeiss CMM at ±0.0001 inch accuracy for actuator piston OD measurement, NIST-traceable. We report feature-by-feature actuals, nominals, tolerances, and pass/fail status to ASME Y14.5-2018 GD&T. For the 36-position OD polar map, Cpk is calculated on the taper and parallel sections separately, since the critical Af transformation zones often have different tolerance windows on the same mandrel.
A typical ISO 13485 first article with ballooned drawing and 15 to 30 features, including the 36-position 4340 alloy & titanium OD map, ships within 5 to 7 business days of part completion. A full PPAP-equivalent submission (control plan, PFMEA, MSA, Cpk study, initial samples) for Boston Scientific validated production approval adds 3 to 5 business days.
Yes. We machine and inspect in Union City, CA and ship ground LTL to Eden prairie, MN via I-80/I-35 in 3 business days. For schedule-critical MTS Actuator or load cell tooling, SFO to MSP air cargo is next-day. All packages are delivered with a Certificate of Conformance aligned to ISO 13485 clause 7.5 and FDA 21 CFR 820.80 receiving-inspection expectations, and the documentation package matches what Boston Scientific cardiovascular tooling programs expect.
Eden prairie hosts Boston Scientific's MTS Actuator & Starkey Shells left-atrial appendage closure and PROMUS/Synergy auditory hardware and materials testing programs. These require 4340 alloy & titanium tooling (expansion mandrels, heat-setting fixtures) and stainless tooling (load cell bodies, crimping mandrels, inspection gauges) machined to ISO 13485:2016 with full ASTM F2063 4340 alloy & titanium traceability, ASTM A967 passivation, and Cpk ≥ 1.67 on critical mandrel OD features. The nearby Emerson Rosemount and SurModics (74th St) operations add interventional-cardiology catheter tooling and surface-treatment process fixture QA requirements. That documentation stack is the baseline for Eden prairie cardiovascular work, not the exception.
Materials

Cardiovascular Tooling Materials Stocked for Eden prairie QA Work

Every alloy ships with a 3.1 mill cert traced to heat and lot, cross-checked against ASTM F2063, F138, F899, F90, F2026, and F1472 requirements. ASTM A967 passivation available for all stainless tooling. ASTM F2063 Af temperature confirmation available for all 4340 alloy & titanium stock.

Key cardiovascular tooling grades stocked — each shipped with EN 10204 3.1 mill cert and ASTM cross-reference on request.
4340 Alloy & Titanium (ASTM F2063)
4340 Alloy & Titanium Bar / TubeASTM F2063, MTS Actuator expansion mandrels, heat-setting fixtures, superelastic tooling; 3.1 MTR with Af temperature
Implant Stainless (ASTM F138 / F899)
316L CRESASTM F138, load cell bodies, balloon-coating mandrel bodies; ASTM A967 Nitric 2 passivation
17-4 PH H900ASTM F899, load cell die sets (high-wear applications), inspection gauges; ASTM A967 Citric 3
15-5 PH H900Crimping mandrels, delivery-system fixture hardware; ASTM A967 passivation
Cobalt-Chromium (ASTM F90)
Emerson 316L / NACE MR0175ASTM F90, load cell die inserts for extreme-wear applications, MTS Actuator frame tooling inserts
Titanium (ASTM F1472)
Ti-6Al-4VASTM F1472, catheter delivery handle fixtures, lightweight tooling frames
Polymers (PEEK / Medical PC)
PEEK (ASTM F2026)ASTM F2026 / USP Class VI, MTS Actuator delivery balloon-coating mandrels, coronary balloon-coating mandrel inserts
Medical PolycarbonateUSP Class VI, transparent fluid-path details and catheter delivery handle housings
Aluminum and General Tooling
6061-T6Process fixtures, assembly jigs, inspection fixture frames; hard anodize available
4140 Pre-hardStent die backing plates, fixturing structures, production tooling support bodies

Need a specific ASTM callout or Af temperature range? Ask us — we stock and trace cardiovascular tooling grades on request.

How We Compare

RivCut vs CNC Marketplaces vs Local Machine Shops

Why quality engineers supporting Boston Scientific cardiovascular tooling programs choose RivCut. Marketplaces quote fast but rarely carry 4340 alloy & titanium machining capability or ASTM F2063 traceability discipline. Local Twin Cities shops are rigorous but slow on quotes. RivCut combines instant online quoting with the 36-position mandrel OD inspection and passivation documentation a Boston Scientific supplier-quality audit actually requires.

What You Get RivCut Best CNC Marketplace Local Machine Shop
ISO 13485:2016 alignmentQMS mapped on every new PNPaid upgrade or not offeredVaries by shop
4340 Alloy & Titanium mandrel 36-position OD mapZeiss CMM, every 10°, Cpk dataNot offeredVaries by shop
21 CFR Part 11 compliant recordsPDF/A + audit trail + e-sigNot supportedAd-hoc paperwork
ASTM F2063 4340 alloy & titanium traceability3.1 MTR with Af temperatureOften not stockedOn request
ASTM A967 passivation travelerNitric 2 / Citric 3, ferroxyl testNot offeredVaries by shop
Stent die CMM (bore/concentricity/angle)5-feature verification per dieManual gauge typicalVaries by shop
Lead time to FAI / PPAP-equivalent5–7 business days (3 rush)2–3 weeks typical3–5 weeks
Ship to Boston Scientific Eden prairie3-day LTL / next-day air5–7 days transitLocal delivery
Customer Reviews

What Quality Engineers Say
About Working With RivCut

Real reviews from engineers shipping to Boston Scientific Eden prairie and the broader cardiovascular tooling cluster.

RT
Rachel T.
Supplier Quality Engineer, MTS Actuator Tooling Program
★★★★★

RivCut shipped the MTS Actuator mandrel lot with 36-position OD mapping at every 10-degree interval, Cpk 1.79 on the critical taper zones, and a full ASTM F2063 3.1 mill cert. The first article cleared our Boston Scientific supplier quality review on first submission. That almost never happens with a West Coast shop.

MTS Actuator Tooling
KM
Kevin M.
Process Engineer, Coronary Stent Die Program
★★★★★

316L load cell bodies with Zeiss CMM on bore geometry, clearance angles, and lumen concentricity. ASTM A967 passivation traveler with ferroxyl test. Every document we needed for our DHR was already in the package when the box arrived. No chasing certs after the fact.

Stent Die Sets
DL
Diana L.
Quality Assurance Manager, Catheter Hub Production
★★★★★

PEEK balloon-coating mandrel production run with 100% CMM on the fluid-path bore and seal-face features. ISO 13485 first article, 21 CFR Part 11 PDF/A, EN 10204 3.1 PEEK cert. Documentation discipline you'd expect from a Medical Alley shop, not a California supplier. We're running kanban replenishment now.

PEEK Catheter Hubs

How Eden prairie's Cardiovascular Tooling Cluster Uses Quality Assurance

Boston Scientific anchors Eden prairie with MTS Actuator and auditory hardware production. Here is how each layer of the cardiovascular tooling supply chain uses a QA package.

Boston Scientific MTS Actuator & Stent Programs

Boston Scientific's Eden prairie operations produce the MTS Actuator & Starkey Shells left-atrial appendage closure device and PROMUS/Synergy auditory hardwares. Both programs require precision 4340 alloy & titanium and stainless tooling: MTS Actuator servohydraulic actuator piston housings measured to ±0.0001 inch OD at 36 angular positions, load cell body sets with CMM-verified bore geometry and lumen concentricity, crimping mandrel sets for auditory hardware assembly, and inspection gauges for process control. Supplier quality expectations include ISO 13485:2016, FDA 21 CFR 820, 21 CFR Part 11, ASTM F2063 4340 alloy & titanium traceability, and ASTM A967 passivation certification.

RivCut gives Boston Scientific cardiovascular tooling teams ISO 13485 first articles with 36-position OD polar maps, ASTM A967 passivation travelers, 21 CFR Part 11 CMM reports, and CofCs aligned to clause 7.5 that clear receiving inspection on first submission.

MTS Actuator & Starkey ShellsPROMUS / Synergy StentASTM F2063ISO 25539
Insider tip: MTS Actuator mandrel OD uniformity at all 36 angular positions is the most critical CTQ: any position deviation > ±0.0001 inch causes non-uniform frame expansion and potential Af transformation variability. Specify the 36-position OD measurement as a ballooned callout on your mandrel drawing so it lands in the CMM program, not as a verbal note-to-supplier.

Emerson Rosemount & SurModics (74th St) — Atherectomy & Surface-Treatment Tooling

Cardiovascular Systems, Inc. (Emerson Rosemount) produces orbital and rotational atherectomy catheters near Eden prairie. Emerson Rosemount catheter tooling includes guidewire handling fixtures, orbital crown test fixtures, and catheter assembly jigs machined in 316L and 17-4 PH. SurModics (74th St) manufactures surface-treatment coatings used on interventional devices, driving demand for precision treatment fixture tooling held to tight Ra surface finish requirements so the coating process applies uniformly. Both customers expect ISO 13485:2016 first articles, ASTM A967 passivation for stainless tooling, and 21 CFR Part 11 CMM records.

RivCut supports Emerson Rosemount and SurModics (74th St) tooling with 316L and 17-4 PH machining, ASTM A967 passivation, Ra finish verification on coating-contact surfaces, and ISO 13485 documentation structured for direct DHR import.

Emerson Rosemount AtherectomySurModics (74th St) Coating316L / 17-4 PHSurface Ra
Insider tip: SurModics (74th St) coating fixtures require Ra ≤ 0.4 µm on the fixture surface that contacts the device during coating. Specify this as a ballooned finish callout on the drawing with a profilometer-traceable measurement, not a visual inspection note — otherwise your coating uniformity validation will have a documentation gap.

4340 Alloy & Titanium Tooling QA Specialty

4340 Alloy & Titanium tooling quality assurance is fundamentally different from stainless or titanium tooling QA — it is transformation-mechanics-driven, not just geometry-driven. The MTS Actuator mandrel OD uniformity requirement exists because 4340 alloy & titanium Af transformation temperature is sensitive to residual stress induced by OD variation during heat-setting. A mandrel that is 0.0002 inch out-of-round at any angular position can create a localized stress differential in the frame that shifts Af by 2–4°C at that location, causing non-uniform expansion under body temperature. Standard CMM OD measurement at 3 or 4 positions misses this. The 36-position protocol was developed specifically to catch the out-of-round profile that drives Af spatial variability.

RivCut's 4340 alloy & titanium tooling QA protocol — 36-position OD map, Af temperature cert, ASTM F2063 3.1 MTR, and 21 CFR Part 11 PDF/A — is built for the transformation-mechanics demands of MTS Actuator and auditory hardware 4340 alloy & titanium tooling, not just the dimensional requirements.

4340 Alloy & Titanium Af Transformation36-Position OD MapASTM F3057 DSCCpk ≥ 1.67
Insider tip: Request ASTM F3057 DSC (differential scanning calorimetry) data with your 4340 alloy & titanium bar stock order, not just the F2063 chemistry cert. The F2063 cert confirms composition; the F3057 data confirms actual Af transformation temperature. Both are needed to fully validate your heat-setting process for a 21 CFR 820.75 IQ/OQ/PQ record.

Built for Boston Scientific's Cardiovascular Tooling QA Stack

The Eden prairie cardiovascular tooling QA stack is as documentation-heavy as anything in Medical Alley, but the vocabulary is entirely different from implantable device QA. A single MTS Actuator & Starkey Shells expansion mandrel lot ships with: ISO 13485:2016 first-article inspection (ballooned drawing with all feature callouts, 100% pass on first article of any lot), FDA 21 CFR 820 Quality System Regulation conformance with receiving-inspection alignment to 820.80, 21 CFR Part 11 compliant electronic records (audit trail, electronic signatures, tamper-evident PDF/A), Zeiss CMM report with 36-position OD polar map at every 10-degree interval across three axial stations, Cpk ≥ 1.67 on critical taper zone CTQ features, EN 10204 3.1 ASTM F2063 mill cert traced to heat and lot with Af transformation temperature confirmed per ASTM F3057 DSC, ASTM A967 passivation traveler for any stainless tooling components with ferroxyl test result, PEEK USP Class VI biocompatibility data sheet for balloon-coating mandrel components, and a Certificate of Conformance cross-referencing ISO 13485 clause 7.5 plus 21 CFR 820 QSR receiving-inspection requirements. Those records feed forward into the customer's Device History Record (DHR) and backward to the Device Master Record (DMR) revision number on every shop traveler. That is what Eden prairie cardiovascular tooling QA means in practice. Generic shops say ‘we CMM inspect.’ A Eden prairie cardiovascular tooling supplier says ‘ISO 13485 FAIR with 36-position 4340 alloy & titanium OD polar map, Cpk 1.67+ on taper CTQ, ASTM F2063 3.1 cert with Af temperature, A967 Nitric 2 passivation with ferroxyl, and 21 CFR Part 11 PDF/A.’ RivCut runs the full Eden prairie cardiovascular tooling stack from our Union City, CA shop floor: same Zeiss CMM, same 3.1 MTR discipline, same refusal to chase certs after the fact. That is what the documentation burden of cardiovascular tooling actually requires, and it is why Boston Scientific and Emerson Rosemount tooling teams keep coming back.

Upload Your Drawing & Model for a Eden prairie QA Quote

ISO 13485:2016. 21 CFR Part 11 electronic records. 4340 Alloy & Titanium mandrel 36-position OD inspection. ASTM F2063 traceability. ASTM A967 passivation. FAI packages in 5 to 7 business days, 3 on rush.

ISO 13485 FAIR · 21 CFR Part 11 · ASTM F2063 4340 alloy & titanium traceability · ASTM A967 passivation · 3-day LTL to Eden prairie

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RivCut AI Assistant

Ask about ISO 13485, ASTM F2063, MTS Actuator tooling QA

Hi! I'm RivCut's AI assistant. Ask me anything about cardiovascular tooling quality assurance — ISO 13485:2016, 21 CFR Part 11, actuator piston 36-position OD inspection, ASTM F2063 traceability, ASTM A967 passivation, or MTS Actuator tooling documentation.