{"schemaVersion":"mfr-id-profile.v1","profileUrl":"https://mfr.io/demo-custom","jsonUrl":"https://mfr.io/demo-custom.json","markdownUrl":"https://mfr.io/demo-custom.md","approval":{"status":"approved","label":"Manufacturer Approved","originalApprovalDate":"2025-11-10T00:00:00.000Z","originalApprovalDateDisplay":"11/10/2025","lastUpdatedDate":"2025-11-21T14:01:01.716Z","lastUpdatedDateDisplay":"11/21/2025","reviewedBy":["PF Technologies (Demo)","MFR.io"],"statement":"This MFR.ID profile for PF Technologies (Demo) has been supplied, reviewed, and approved by PF Technologies (Demo) originally on 11/10/2025. It was last updated on 11/21/2025. The capability information shown here, including services, equipment, processes, industries served, facility details, certifications, lead times, capacity indicators, and RFQ-relevant capabilities, was provided or confirmed by PF Technologies (Demo) and reviewed by MFR.io for sourcing accuracy and completeness. This MFR.ID profile serves as an expanded public capability record for buyer discovery, supplier screening, and RFQ evaluation. PF Technologies (Demo)'s own website may provide a general overview; this profile includes structured, manufacturer-approved capability details authorized for public sourcing use."},"company":{"mfrId":"demo-custom","name":"PF Technologies (Demo)","shortName":"PF Technologies (Demo)","profileType":"default","companyType":"Contract Manufacturer","companySubType":"Finishing & Service Company","specialization":"Robotic Coating & Finishing","description":"Founded in 1981, PF Technologies is a U.S. leader in robotically applied EMI/RFI shielding, decorative paints, and vacuum metallization on plastic, metal, glass, and carbon-fiber parts. Its 40,000-ft² ISO 9001:2015-certified facility in Phoenix, Maricopa County’s manufacturing hub, runs seven automated spray cells plus in-house pad printing, silk-screening, die cutting, plasma surface preparation, and light assembly, enabling 24-hour rush prototypes and multi-shift production lines. Buyers in electronics, aerospace, telecom, and automotive markets rely on PF’s process repeatability, rapid changeovers, and domestic supply-chain agility to deliver cosmetically flawless, functionally critical components on time.","yearFounded":"1981","website":"https://pftechnologies.com","leadTime":{"min":2,"max":6,"unit":"weeks","display":"2-6 weeks"},"employees":{"min":51,"max":200,"display":"51-200"},"revenue":{"min":10000000,"max":50000000,"display":"$10M-$50M"},"contact":{"phone":"+1 602-243-6293"},"address":{"streetAddress":"3302 E. Atlanta Ave.","city":"Phoenix","state":"AZ","postalCode":"85040","country":"USA","latitude":33.401659,"longitude":-112.010441},"industries":[{"name":"Electronics & Semiconductors","description":"Applies uniform EMI/RFI shielding and vacuum-metalized finishes on plastic and aluminum enclosures for computers, telecom base stations, and high-density semiconductor devices, ensuring signal integrity and premium aesthetics."},{"name":"General Manufacturing","description":"Provides turnkey robotic coating, graphics printing, and sub-assembly for diverse low- to mid-volume OEM components, enabling rapid design changes with repeatable Class A cosmetic or conductive performance."},{"name":"Aerospace & Defense","description":"Robotically applies conductive and cosmetic coatings on lightweight plastic and aluminum avionics housings, instrument panels, and satellite enclosures, meeting flight-critical FOD and aesthetic requirements."},{"name":"Automotive & Transportation","description":"Delivers Class A decorative paints and EMI shielding on interior bezels, infotainment displays, and ADAS sensor covers, supplying PPAP-documented parts to Tier-1 automotive suppliers."}],"certifications":[{"name":"ISO 9001:2015","type":"Certification","authority":"International Organization for Standardization (ISO)","url":"https://www.iso.org/iso-9001-quality-management.html","status":"Active","scope":"Quality Management System covering robotic coating, printing, and assembly operations","issueDate":"2014-06-01","expirationDate":"2027-06-01"},{"name":"Made in USA (Domestic Manufacturing)","type":"Compliance","authority":"U.S. Federal Trade Commission (FTC)","url":"https://www.ftc.gov/business-guidance/resources/complying-made-usa-standard","status":"Active","scope":"All coating and assembly processes performed domestically at the Phoenix, AZ facility"}]},"verificationStatus":{"areas":[{"type":"Business Entity","label":"Business Entity","status":"Verified","date":"2025-10-08T17:47:56.987Z","dateDisplay":"10/8/2025","display":"Verified 10/8/2025"},{"type":"Technical Capabilities","label":"Technical Capabilities","status":"Verified","date":"2025-11-10T00:00:00.000Z","dateDisplay":"11/10/2025","display":"Verified 11/10/2025"},{"type":"Locations & Facilities","label":"Locations & Facilities","status":"Verified","date":"2025-10-08T17:47:56.987Z","dateDisplay":"10/8/2025","display":"Verified 10/8/2025"},{"type":"Reviews & Ratings","label":"Reviews & Ratings","status":"Not yet verified","display":"Not yet verified"}],"mfrIdCreatedDate":"2025-11-17T19:39:17.000Z","mfrIdCreatedDateDisplay":"11/17/2025","lastUpdatedDate":"2025-11-21T14:01:01.716Z","lastUpdatedDateDisplay":"11/21/2025"},"capabilities":[{"id":"7fb559c3-8485-4234-b1be-99f706e41325","name":"Multi-Axis CNC Milling","process":"CNC Milling","description":"Multi-axis CNC milling for simple to highly complex geometries using vertical, horizontal, and simultaneous 5-axis platforms. Automated pallet systems and lights-out machining compress cycle times, while in-machine probing and SPC keep tight tolerances under control. Ideal for aerospace, defense, medical, and high-tech components requiring precision, repeatability, and reliable delivery.","highlights":["3-, 4-, and 5-axis CNC milling cells with palletization and lights-out capability","In-machine probing for setup verification, tool wear monitoring, and SPC data capture","Tight tolerances on critical features (down to ±0.0001″ on capable features with CMM verification)","Optimized toolpaths and workholding for high mix/low-to-mid volume production","Turnkey handoff with optional finishing, assembly, and documentation"],"subprocesses":["3-Axis Vertical Machining","4th-Axis Milling","Simultaneous 5-Axis Machining","Automated Pallet Machining","In-Process Probing"],"specifications":[{"id":"609737a2-fa58-4c38-9f06-b55288fa6858","criteria":"Typical machining tolerance (capable features)","label":"Typical Machining Tolerance (Capable Features)","type":"measurement_range","display":{"kind":"text","text":"Imperial: -0.0001-0.0001 in"},"notes":"Critical features verified with CMM in a temperature-controlled QA lab; general profile/positional tolerances held per print."},{"id":"b9957a49-80d5-4fc6-addf-92cb2abe64eb","criteria":"Automation","label":"Automation","type":"list","display":{"kind":"list","items":["Multi-pallet queues for unmanned runs","In-machine probing (setup/first-article/periodic checks)","Tool life monitoring and broken-tool detection","Lights-out operation on qualified parts"]},"notes":"Automation strategy applied after process validation; includes error-proofing and documented recovery procedures."},{"id":"064d8269-3deb-4350-93a4-bc429f7e8061","criteria":"Supported materials (milling)","label":"Supported Materials (Milling)","type":"string[]","display":{"kind":"list","items":["Aluminum alloys (e.g., 6061-T6, 7075-T6)","Stainless steels (e.g., 303, 304, 316, 17-4 PH)","Alloy steels and tool steels","Titanium alloys (e.g., Ti-6Al-4V)","Nickel/chrome superalloys (e.g., Inconel, Hastelloy)","Copper, brass, and bronze","Engineering plastics (e.g., PEEK, Ultem, Acetal/Delrin)"]},"notes":"Material choice validated during DFM; machining strategy tuned to thermal/mechanical properties."},{"id":"4ad5b0aa-a9b0-4db4-a2f5-3baea689c6a0","criteria":"Typical lead time (after NPI/FAI)","label":"Typical Lead Time (After NPI/FAI)","type":"lead_times","display":{"kind":"text","text":"2-6 weeks"},"notes":"Depends on material/finish availability and queue depth; prototype expedites available on request."},{"id":"7300447f-86d2-46d4-9e2e-9c167795f6e9","criteria":"Horizontal pallet size (representative)","label":"Horizontal Pallet Size (Representative)","type":"measurement","display":{"kind":"text","text":"19.7 in"},"notes":"500 mm class pallets used for multi-face machining and queued pallet automation."},{"id":"b25ddcb0-b6f0-4290-8043-23d313797c51","criteria":"Spindle speed (5-axis VMC)","label":"Spindle Speed (5 Axis VMC)","type":"measurement","display":{"kind":"text","text":"18000 rpm"},"notes":"High-speed machining strategies reduce cycle time and improve finish on aluminum and plastics; balanced for hard metals."},{"id":"154a3ebd-a7a7-4bdb-b3fe-24005ca40a4a","criteria":"Surface finish (as-machined)","label":"Surface Finish (As Machined)","type":"measurement_range","display":{"kind":"text","text":"Imperial: 16-63 µin Ra"},"notes":"Finish depends on material, tooling, and strategy; finer finishes available with secondary processes upon request."},{"id":"6d1e95b7-ee7b-4333-92e3-3abf0b63f1e7","criteria":"5-Axis work envelope (representative)","label":"5 Axis Work Envelope (Representative)","type":"dimensions","display":{"kind":"text","text":"20.5L x 24.6W x 17.7H in"},"notes":"Representative of a compact 5-axis VMC; rotary table supports parts ~21.7″ diameter class depending on fixturing."},{"id":"cea7fcb0-8c46-4f57-b16c-6e52a97c1185","criteria":"Production scale","label":"Production Scale","type":"production_scale","display":{"kind":"list","items":["Prototype (1-10 parts)","Short Run (11-500 parts)","Medium Run (501-10000 parts)","Mass Production (10001+ parts)"]},"notes":"Lot sizing determined by demand, fixturing strategy, and pallet capacity; Kanban/JIT available."}]},{"id":"26b05b62-27b3-4634-85f3-d65e4071dabf","name":"9-Axis CNC Turning & Mill-Turn","process":"CNC Turning","description":"High-precision CNC turning and multi-tasking mill-turn for shafts, housings, and complex prismatic-turned hybrids. Bar-fed, twin-spindle/Y-axis platforms with sub-spindle pick-off, live tools, and B-axis enable true one-and-done machining. Lights-out programs, in-process probing, and SPC maintain tight tolerances with excellent throughput for aerospace, defense, medical, and high-tech parts.","highlights":["Up to 9-axis mill-turn with B-axis, Y-axis, twin spindles, and live tooling","Bar-fed continuous production with sub-spindle pick-off & back-working","One-and-done completion: milling, drilling, and turning in a single setup","Probe-driven offsets, adaptive checks, and SPC for capable features to ±0.0001″","Lights-out operation on validated jobs for efficient, repeatable throughput"],"subprocesses":["CNC Mill-Turn Machining","Bar-Fed CNC Turning","Sub-Spindle Pick-Off & Back-Working","Live Tooling","Single-Setup Part Completion (One-and-Done Mill-Turn)","CNC Turning","In-Process Probing"],"specifications":[{"id":"fb6f6588-868c-458e-9410-4ab362680827","criteria":"Max turned diameter (chucked work, representative)","label":"Max Turned Diameter (Chucked Work, Representative)","type":"measurement","display":{"kind":"text","text":"10 in"},"notes":"Effective capacity depends on workholding, tool reach, and part geometry."},{"id":"ef6271f2-8ec2-4b37-ac26-57bea1cc70c5","criteria":"Typical turning tolerance (capable features)","label":"Typical Turning Tolerance (Capable Features)","type":"measurement_range","display":{"kind":"text","text":"Imperial: -0.0002-0.0002 in"},"notes":"Tighter on select critical diameters/bores with CMM verification; general features per print."},{"id":"dd52ff79-4719-4c16-9131-bd3d47e0d461","criteria":"Max turned length (between spindles, representative)","label":"Max Turned Length (Between Spindles, Representative)","type":"measurement","display":{"kind":"text","text":"12 in"},"notes":"Dependent on chuck/jaw configuration and live-tool clearance; longer lengths via process planning."},{"id":"ca07190e-c316-4021-8da3-1a7836250893","criteria":"Live tooling speed (mill-turn)","label":"Live Tooling Speed (Mill Turn)","type":"measurement","display":{"kind":"text","text":"6000 rpm"},"notes":"Supports cross-drilling, keyways, flats, and light face-milling without secondary ops."},{"id":"997b83ef-5b5e-4210-98b9-71e18fe72098","criteria":"Max bar capacity (representative)","label":"Max Bar Capacity (Representative)","type":"measurement","display":{"kind":"text","text":"3 in"},"notes":"Bar-fed lathes up to 3.0″ through-spindle; auxiliary bar feeders used for continuous runs."},{"id":"20239078-ea5b-4211-bc87-1dcb53ac3537","criteria":"Supported materials (turning/mill-turn)","label":"Supported Materials (Turning/Mill Turn)","type":"string[]","display":{"kind":"list","items":["Aluminum alloys","Stainless steels (303/304/316/17-4 PH)","Alloy and tool steels","Titanium alloys","Nickel/chrome superalloys (e.g., Inconel)","Copper, brass, and bronze","Engineering plastics (e.g., PEEK, Acetal/Delrin)"]},"notes":"Process windows tuned for material machinability, heat generation, and chip control."},{"id":"04aeccbd-d4a0-4a8a-8bf8-e6612e3c9c6b","criteria":"Production scale","label":"Production Scale","type":"production_scale","display":{"kind":"list","items":["Prototype (1-10 parts)","Short Run (11-500 parts)","Medium Run (501-10000 parts)","Mass Production (10001+ parts)"]},"notes":"Bar-fed continuous runs for small-to-medium diameters; chucked billets for larger geometries."},{"id":"b04d4a79-2b07-429d-ac6c-88ccf4347b9f","criteria":"Axes configuration (mill-turn)","label":"Axes Configuration (Mill Turn)","type":"list","display":{"kind":"list","items":["Twin spindles (main/sub) with synchronized transfer","Y-axis for off-center milling and drilling","B-axis milling head (multi-tasking)","Upper/lower turret (on qualified platforms)"]},"notes":"Exact axis set varies by machine; programs optimized for one-and-done completion."},{"id":"f85db568-9f87-4a8d-a4f2-712a17cedd6d","criteria":"Typical lead time (after NPI/FAI)","label":"Typical Lead Time (After NPI/FAI)","type":"lead_times","display":{"kind":"text","text":"2-6 weeks"},"notes":"Driven by material, tooling/fixture needs, and queue depth; expedites available for repeaters."}]},{"id":"33600adb-dfea-4957-83ab-196fd264aa27","name":"Swiss-Type Precision Turning","process":"Swiss-Type CNC Turning","description":"Sliding‑headstock (Swiss‑type) turning for small‑to‑medium diameter, long L/D components. Machines feature guide‑bushing support, sub‑spindle pick‑off, live tooling, and high‑pressure coolant. Bar feeders enable continuous production; probe‑driven checks and SPC maintain tight diametral and positional control. Ideal for precision shafts, pins, connectors, medical/defense micro‑components, and complex turned‑milled features.","highlights":["Sliding headstock with guide bushing for superior support on long, slender parts","Bar capacity covering ~0.039″–1.417″ with high‑pressure coolant (2,000 PSI class)","Sub‑spindle pick‑off for back‑working without re‑chucking","Live tooling for cross‑drilling, flats, keyways, and light milling","Probe‑assisted offsets and SPC logging for capable features to ±0.0002″ (tighter on select features)"],"subprocesses":["Bar-Fed CNC Turning","Sub-Spindle Pick-Off & Back-Working","Live Tooling","Cross Drilling","In-Process Probing"],"specifications":[{"id":"b97fb517-4e8b-4ba2-9d38-d4b7cd6a9d03","criteria":"Supported materials (Swiss)","label":"Supported Materials (Swiss)","type":"string[]","display":{"kind":"list","items":["Aluminum alloys","Stainless steels (303/304/316/17‑4 PH)","Alloy steels and tool steels","Titanium alloys","Nickel superalloys (e.g., Inconel)","Copper, brass, and bronze"]},"notes":"Material strategy tuned for chip control, heat management, and dimensional stability at small diameters."},{"id":"17fc1cc2-cdae-491d-843b-32d45cb97b85","criteria":"Surface finish (turned, as‑machined)","label":"Surface Finish (Turned, As‑Machined)","type":"measurement_range","display":{"kind":"text","text":"Imperial: 16-63 µin Ra"},"notes":"Finish depends on alloy, tooling, and feeds/speeds; finer achievable with process optimization."},{"id":"8c52bc4b-0fb0-4b09-8c38-d20036481634","criteria":"Automation & bar handling","label":"Automation & Bar Handling","type":"list","display":{"kind":"list","items":["FMB/LNS bar feeders","Auto part catcher/conveyance","Integrated fire‑suppression","Programmed break‑recovery and restart logic"]},"notes":"Configured for continuous, unattended production after process validation."},{"id":"50eee9bd-a47a-4413-a044-1992f7442aea","criteria":"High‑pressure coolant","label":"High‑Pressure Coolant","type":"measurement","display":{"kind":"text","text":"2000 psi"},"notes":"2,000 PSI class for chip evacuation, tool life, and hole quality (deep micro‑drilling and difficult alloys)."},{"id":"a6d4a6c7-9c7a-41bd-a6df-f19d441e41c7","criteria":"Production scale","label":"Production Scale","type":"production_scale","display":{"kind":"list","items":["Prototype (1-10 parts)","Short Run (11-500 parts)","Medium Run (501-10000 parts)","Mass Production (10001+ parts)"]},"notes":"Bar‑fed continuous runs favored for repeat geometries and steady demand; Kanban/JIT available."},{"id":"ab6b8306-08ab-4d78-8c74-7be72b8fe3ea","criteria":"Typical lead time (after NPI/FAI)","label":"Typical Lead Time (After NPI/FAI)","type":"lead_times","display":{"kind":"text","text":"2-6 weeks"},"notes":"Driven by bar stock availability, tooling, and queue depth; expedites available for repeaters."},{"id":"82edd976-9867-4fae-918c-b58b04086f70","criteria":"Guide‑bushing modes","label":"Guide‑Bushing Modes","type":"list","display":{"kind":"list","items":["With guide bushing (max support for high L/D)","Bushing‑less mode (short parts, reduced bar remnant)"]},"notes":"Mode selected per geometry and cost/yield considerations."},{"id":"99cd58fc-1240-47d2-a388-6d0b9065f816","criteria":"Bar diameter capacity (overall)","label":"Bar Diameter Capacity (Overall)","type":"measurement_range","display":{"kind":"text","text":"Imperial: 0.039-1.417 in"},"notes":"Covers typical Swiss range from fine pins (≈1 mm) up to 36 mm class stock; specific limits depend on model, collet, and guide‑bushing setup."},{"id":"424e01f0-90a9-4386-b228-f11fab692f92","criteria":"Typical turning tolerance (capable features)","label":"Typical Turning Tolerance (Capable Features)","type":"measurement_range","display":{"kind":"text","text":"Imperial: -0.0002-0.0002 in"},"notes":"Tighter capability on select critical diameters/bores with thermal control and CMM verification."}]},{"id":"e63c4251-108b-4c9e-8ccf-69b5235303d6","name":"5-Axis Wire EDM Machining","process":"Wire EDM","description":"Precision wire EDM for complex profiles, fine features, and tight-tolerance geometries in hard-to-machine metals. 5-axis capable (X/Y/Z/U/V) with optional rotary/indexing for cylindrical or angled features. Robot-tended cells enable lights-out runs and multi-up cutting. Fine skim strategies achieve mirror-like finishes while preserving edge integrity and minimizing heat-affected zones.","highlights":["5-axis capable (X/Y/Z/U/V) with rotary/indexing options","Fine skim passes for mirror finishes and tight corners","Robot-tended lights-out and multi-up stack cutting","Excellent accuracy on hardened steels, titanium, and superalloys","Low HAZ, burr-free edges, and tight true-position control"],"subprocesses":["Wire EDM Straight & Taper Cutting","Wire EDM Stack / Multi-Up Cutting","Wire EDM Fine Skim & Mirror Finish"],"specifications":[{"id":"6bacb1ef-cb5f-4b12-8f8b-e8e5e1339616","criteria":"Taper cutting capability","label":"Taper Cutting Capability","type":"measurement_range","display":{"kind":"text","text":"Imperial: 0-30 deg"},"notes":"Achievable on qualified thicknesses; max taper angle depends on height and wire path."},{"id":"205c5d24-d160-4076-9db3-be311006b6b7","criteria":"Work envelope (representative machine travel)","label":"Work Envelope (Representative Machine Travel)","type":"dimensions","display":{"kind":"text","text":"11.8L x 15.7W x 10.2H in"},"notes":"Typical Fanuc-class wire EDM travel; fixturing and part height may reduce effective ranges."},{"id":"9c7caa80-aedd-4f8d-a871-07bc4f921fd3","criteria":"Accuracy (positional/feature, capable)","label":"Accuracy (Positional/Feature, Capable)","type":"measurement_range","display":{"kind":"text","text":"Imperial: -0.0001-0.0001 in"},"notes":"On calibrated setups with thermal stability and verified with CMM."},{"id":"b4706902-870f-4cd8-a881-2983e2012d66","criteria":"Surface finish (after skim passes)","label":"Surface Finish (After Skim Passes)","type":"measurement_range","display":{"kind":"text","text":"Imperial: 8-32 µin Ra"},"notes":"Mirror-like finishes via multiple skims; rough cut ~63–125 µin Ra typical."},{"id":"59ddba2f-5e60-4a5a-a8f1-faa262bc792e","criteria":"Production scale","label":"Production Scale","type":"production_scale","display":{"kind":"list","items":["Prototype (1-10 parts)","Short Run (11-500 parts)","Medium Run (501-10000 parts)","Mass Production (10001+ parts)"]},"notes":"Cycle time driven by thickness, path length, wire size, and number of skim passes; multi-up improves throughput."},{"id":"70aa2efb-720a-4387-8e3c-817ced2c94d4","criteria":"Corner radius (minimum, capable with 0.010″ wire)","label":"Corner Radius (Minimum, Capable With 0.010″ Wire)","type":"measurement","display":{"kind":"text","text":"0.006 in"},"notes":"Effective inside corner radius depends on wire size and strategy (skim passes, corner control)."},{"id":"ce051ab3-debc-42d8-bc59-8f92c2b7adef","criteria":"Max workpiece thickness (single-up)","label":"Max Workpiece Thickness (Single Up)","type":"measurement_range","display":{"kind":"text","text":"Imperial: Up to 10 in"},"notes":"Dependent on flushing access, guides, and setup; thicker via flip/sectioning strategies."},{"id":"4639dad9-579d-4923-91eb-2056a0d199d5","criteria":"Wire diameters supported","label":"Wire Diameters Supported","type":"list","display":{"kind":"list","items":["0.004″","0.006″","0.008″","0.010″ (typical)","0.012″"]},"notes":"Wire size chosen for feature size, speed, and surface finish targets."},{"id":"68dc0dcf-659a-46e3-b20d-6b76032d2caa","criteria":"Supported materials (EDM)","label":"Supported Materials (EDM)","type":"string[]","display":{"kind":"list","items":["Tool steels (A2, D2, H13, etc.)","Stainless steels (300/400 series, 17-4 PH)","Alloy steels","Titanium alloys","Nickel superalloys (Inconel, Hastelloy)","Tungsten and refractory alloys","Copper, brass, and conductive bronzes"]},"notes":"Material must be electrically conductive; strategies adjusted for flushing and recast control."},{"id":"5f4472cb-b163-41d1-8ac6-e7c53a7ea223","criteria":"Automation capability","label":"Automation Capability","type":"list","display":{"kind":"list","items":["Robot-tended loading/unloading","Auto wire threading/rethreading","Stack (multi-up) cutting","Unattended program queues"]},"notes":"Lights-out applied after process validation; alarms and rethread logic configured for uninterrupted runs."},{"id":"c7dfb860-f7cf-4eb1-922e-7fd4d78feec0","criteria":"Typical lead time (after NPI/FAI)","label":"Typical Lead Time (After NPI/FAI)","type":"lead_times","display":{"kind":"text","text":"2-6 weeks"},"notes":"Expedites available for thin sections or repeat programs; longer for complex multi-skim + rotary work."}]},{"id":"d04505b5-1e75-4617-a6d7-d73a3e7dbb0e","name":"Engineering & Design for Manufacturability (DFM)","process":"DFM / DFA Consulting","description":"In-house DFM/DFA engineering that reduces cost and time-to-production. Engineers perform structured manufacturability reviews, tolerance and stack-up analysis, material/process selection, and prototype feedback loops. Outputs include red-lined models/drawings, risk and cost drivers, and an action plan to simplify features, stabilize quality, and shorten cycle time before production release.","highlights":["DFM/DFA reviews with quantified cost/complexity scoring","Tolerance stack-ups and GD&T optimization","Material/process selection with trade-off rationale","Prototype validation loops with quick turnarounds","COGS reduction modeling tied to takt and yield"],"subprocesses":["Mechanical Engineering Design & FEA","DFM Analysis","Product Design – Industrial Design"],"specifications":[{"id":"2f0eb65f-5691-42fb-b39a-97fd83dcabf0","criteria":"Materials & Processes Considered","label":"Materials & Processes Considered","type":"string[]","display":{"kind":"list","items":["Aluminum (6061-T6, 7075-T6)","Stainless (303, 304, 316, 17-4 PH)","Carbon/Alloy Steel (1018, 4140)","Titanium (Grade 2, Grade 5)","Nickel Alloys (Inconel 625/718, Monel)","Brass/Copper","Engineering Plastics (POM, PEEK, Ultem, PC)"]},"notes":"Selection balances machinability, strength, corrosion resistance, cost, and finishing path."},{"id":"10e90351-645c-41d5-bb02-28ae3294af9a","criteria":"Data Security & Compliance","label":"Data Security & Compliance","type":"list","display":{"kind":"list","items":["AS9100D quality framework","ITAR work controls when applicable","NDA and controlled data handling","Rev-controlled outputs for ECN/ECO"]},"notes":"Protects sensitive designs and ensures traceability for regulated programs."},{"id":"6e157467-835b-48ab-a27a-f27b415f6df5","criteria":"Software & File Formats","label":"Software & File Formats","type":"list","display":{"kind":"list","items":["CAD: SolidWorks, STEP, IGES, Parasolid, DWG/DXF","CAM/Verification: ESPRIT, Fusion/HSM, Vericut","FEA: SolidWorks Simulation; vendor data import supported"]},"notes":"Native or neutral CAD accepted; secure file transfer available. Simulation used to validate risk areas."},{"id":"bf03507f-8ba3-4aa6-b34c-70f5c5552830","criteria":"Tolerance & GD&T Guidance","label":"Tolerance & GD&T Guidance","type":"list","display":{"kind":"list","items":["Apply ASME Y14.5 for datum schemes and functional GD&T","Right-size tolerances to process capability (Cp/Cpk)","Convert profile to position/flatness where measurement is clearer","Design in inspection features (CMM access flats, targets)"]},"notes":"Emphasizes measurable, capability-based tolerancing to reduce scrap while preserving function."},{"id":"1a877bee-b183-46ed-aa42-96dfef1e220b","criteria":"Illustrative Outcomes","label":"Illustrative Outcomes","type":"list","display":{"kind":"list","items":["Cycle-time reduction by 15–40% via setup consolidation","Scrap reduction by 20–50% through tolerance right-sizing","Part count reduction by 10–30% via design consolidation","Inspection time reduction with clearer GD&T and gaging"]},"notes":"Actual results vary by baseline design complexity and volume."},{"id":"17177776-52e1-4ea0-a3f5-7992a04dbec2","criteria":"Prototype Validation Loop","label":"Prototype Validation Loop","type":"list","display":{"kind":"list","items":["Quick-turn prototype or fixture print set","FAI on revised critical features","Closed-loop adjustments from metrology data"]},"notes":"Prototyping validates manufacturability changes before production commitment."},{"id":"2ba8061d-285c-48fa-8d7a-f0162fef8e8a","criteria":"Measurement & Quality Planning","label":"Measurement & Quality Planning","type":"list","display":{"kind":"list","items":["FAI plan (AS9102 when specified)","SPC plan for CTQ dimensions","Gauge strategy (go/no-go, attribute, CMM)","Sampling plan aligned to process capability"]},"notes":"Integrates inspection into the design so quality is verified efficiently at scale."},{"id":"069c850a-dd15-42c1-8f9b-d7688651c347","criteria":"Turnaround Time (Typical)","label":"Turnaround Time (Typical)","type":"lead_times","display":{"kind":"text","text":"3-10 days"},"notes":"Single-part DFM in 3–5 days; complex assemblies typically 1–2 weeks depending on data completeness and testing needs."},{"id":"e73bc316-0c9f-4d51-9ba4-43f5f4f26bd0","criteria":"Review Deliverables","label":"Review Deliverables","type":"list","display":{"kind":"list","items":["Red-lined 3D model and 2D drawing set","DFM/DFA report with cost and risk drivers","Tolerance stack-up and GD&T recommendations","Estimated cycle-time and setup-time deltas","Action plan with priority/impact matrix"]},"notes":"Deliverables packaged for engineering change control and supplier alignment."},{"id":"0d4a56f6-7906-4062-a1f2-2f627fe558b3","criteria":"Comprehensive Review Lead Time","label":"Comprehensive Review Lead Time","type":"lead_times","display":{"kind":"text","text":"2-4 weeks"},"notes":"Full assemblies with extensive documentation, multiple variants, or qualification planning typically require 2–4 weeks."},{"id":"e1bafc62-0aba-4ffc-8c39-c4b7db0a4007","criteria":"Engagement Scope","label":"Engagement Scope","type":"list","display":{"kind":"list","items":["Single part to full assembly (up to 200+ components)","Greenfield designs or cost-down of existing SKUs","Includes manufacturability, quality, and cost objectives"]},"notes":"Scope tailored per project; assembly bill-of-materials and critical-to-quality features drive review depth."},{"id":"4c06e86b-e1f1-4a4e-83a4-944684a06921","criteria":"Design for Assembly (DFA)","label":"Design For Assembly (DFA)","type":"list","display":{"kind":"list","items":["Fastener count and variety reduction","Self-locating features and poka-yoke interfaces","Sub-assembly modularity for parallel build","Standard hardware and torque-class alignment"]},"notes":"DFA reduces assembly time, training burden, and quality escapes."},{"id":"1e4f74a8-e52a-4ad0-9b1b-d6bf19184afe","criteria":"Cost-Reduction Target","label":"Cost Reduction Target","type":"measurement_range","display":{"kind":"text","text":"5-30 %"},"notes":"Targets derived from part consolidation, tolerance right-sizing, setup reduction, and cycle-time optimization."}]},{"id":"5b529712-0f87-43b4-9c1f-49a0443651f9","name":"Inspection & Quality Control","process":"Inspection & Quality Control","description":"Comprehensive metrology and quality assurance covering incoming, in-process, and final inspection. Bridge CMMs, portable arms, optical/vision systems, and laser/structured-light scanning validate GD&T against CAD. Surface/form metrology, SPC with capability indices, and AS9102/PPAP data packs are delivered from calibrated instruments in controlled environments to ensure conformance and full traceability.","highlights":["Bridge and portable CMM measurement","Laser/structured-light scanning vs CAD","In-process probing and SPC (Cp/Cpk)","First Article Inspection and data packs (AS9102/PPAP)"],"subprocesses":["3D Coordinate Measurement","Dimensional Inspection"],"specifications":[{"id":"04458d46-1af6-4c9d-be84-09479791575d","criteria":"First Article Inspection Lead Time","label":"First Article Inspection Lead Time","type":"lead_times","display":{"kind":"text","text":"2-5 days"},"notes":"Assumes complete drawing/CAD and gage availability; complex GD&T or high-feature counts may extend timeline."},{"id":"8f5e21b5-5892-4c14-9275-8c8299f4b874","criteria":"Surface Roughness Range (Ra)","label":"Surface Roughness Range (Ra)","type":"measurement_range","display":{"kind":"text","text":"8-250 µin"},"notes":"Measured via contact stylus profilometer; alternate parameters (Rz, Rt) available when specified."},{"id":"128f5095-ffd6-4fb6-8924-a8c47098ac56","criteria":"Calibration & Traceability","label":"Calibration & Traceability","type":"list","display":{"kind":"list","items":["ISO/IEC 17025-traceable calibration","NIST-traceable standards and artifacts","Instrument recall and uncertainty budgets"]},"notes":"All instruments are calibrated on schedule; certificates and uncertainty available in the quality record."},{"id":"73524b50-3048-4165-ac40-c7f0ffc646e6","criteria":"Reporting & Data Formats","label":"Reporting & Data Formats","type":"list","display":{"kind":"list","items":["AS9102 FAIR (Forms 1–3) with ballooned print","PPAP (Levels 1–5) with control plan and dimensional layout","PDF/CSV/QIF exports; native CMM reports available"]},"notes":"Report structure matched to customer requirements; electronic delivery with revision and lot linkage."},{"id":"dff70bb1-9e92-494b-89ef-3582ac063b9e","criteria":"In-Process Probing","label":"In Process Probing","type":"list","display":{"kind":"list","items":["Datum finding and tool offset updates","Adaptive wear compensation","Automated size control for critical bores/slots"]},"notes":"Closed-loop probing stabilizes processes and reduces downstream scrap; probe cycles validated during first-piece runs."},{"id":"8ac01a60-d732-44a9-a20c-4f415cd0c907","criteria":"Inspection Scope","label":"Inspection Scope","type":"list","display":{"kind":"list","items":["Incoming material/component verification","In-process checks with tool-offset feedback","Final inspection with CoC and data pack"]},"notes":"Scope selected per print, risk, and customer quality plan; critical features receive heightened verification."},{"id":"59b3f1f6-4f71-40d3-afdb-6f2e7569dc03","criteria":"Production Inspection Turnaround (Typical)","label":"Production Inspection Turnaround (Typical)","type":"lead_times","display":{"kind":"text","text":"1-3 days"},"notes":"Lot-based final inspection and reporting; concurrent in-process checks minimize queue time."},{"id":"c8bed1e8-9b9a-415c-a548-5a4e45ec687d","criteria":"Sampling Plan & SPC","label":"Sampling Plan & SPC","type":"list","display":{"kind":"list","items":["AQL/C=0 sampling for attributes as specified","SPC on CTQs with X-bar/R or I-MR charts","Capability indices (Cp/Cpk, Pp/Ppk) reported on request"]},"notes":"Sampling intensity based on risk and process capability; reaction plans defined for out-of-control conditions."},{"id":"9a7bc139-04ba-411e-83bd-1abaa631b030","criteria":"Portable Arm Reach","label":"Portable Arm Reach","type":"measurement","display":{"kind":"text","text":"78 in"},"notes":"Extended reach enables on-machine and large-part inspection; volumetric accuracy verified per arm certification."},{"id":"fe0f68c0-c40a-42cc-9c0a-a292f9f8e47a","criteria":"Representative Equipment","label":"Representative Equipment","type":"list","display":{"kind":"list","items":["Bridge CMM with touch-trigger and scanning probe","Portable arm with probing and laser scanner","Optical comparator / vision system","Surface profilometer and form/roundness measurement"]},"notes":"Equipment selected to match feature type, accuracy class, and part size; programs version-controlled in QMS."},{"id":"68180afe-ced8-4444-a6b2-10412484a174","criteria":"Environmental Controls","label":"Environmental Controls","type":"list","display":{"kind":"list","items":["68 °F controlled rooms","Humidity maintained per instrument spec","Vibration-isolated tables and qualified floor locations"]},"notes":"Thermal stability and vibration control reduce measurement error and improve repeatability."},{"id":"fa4dc55f-df56-4bd5-adc0-40bc72477e96","criteria":"Resolution (Contact/Optical)","label":"Resolution (Contact/Optical)","type":"measurement_range","display":{"kind":"text","text":"5-50 µin"},"notes":"Instrument encoder/pixel resolution; effective measurement resolution depends on setup, filtering, and surface condition."},{"id":"8e96ba0e-c1b7-49a9-8391-53c98133870a","criteria":"System Accuracy (CMM)","label":"System Accuracy (CMM)","type":"measurement_range","display":{"kind":"text","text":"0.0001-0.0005 in"},"notes":"Typical length measurement uncertainty for calibrated machines; critical features confirmed with CMM programs and certified artifacts."},{"id":"c42cfc2c-37e8-4a07-a7ae-54788e557587","criteria":"Scanning to CAD (Laser/Structured-Light)","label":"Scanning To CAD (Laser/Structured Light)","type":"list","display":{"kind":"list","items":["Full-surface deviation color maps","Point-cloud > mesh > CAD alignment","Feature extraction for GD&T evaluation"]},"notes":"Typical mesh accuracy 0.0015–0.003 in on matte, well-fixtured surfaces; reflective/transparent parts require prep."},{"id":"20e69d83-fcf9-4fb1-8429-588bd90e47ed","criteria":"Serialization & Labeling","label":"Serialization & Labeling","type":"list","display":{"kind":"list","items":["Barcode/QR part and lot serialization","Data matrix (DPM) when specified","Trace back to material heat and inspection record"]},"notes":"Supports end-to-end traceability for regulated industries and field recall containment."},{"id":"6fb0aa88-4d2c-45fb-a6ad-c8224ce07a89","criteria":"MSA (Measurement System Analysis)","label":"MSA (Measurement System Analysis)","type":"list","display":{"kind":"list","items":["Gage R&R for variable/attribute gages","Bias/linearity/stability studies","Target R&R ≤ 10% for CTQs"]},"notes":"MSA performed when new measurement methods or tighter tolerances are introduced on production programs."},{"id":"8135b325-5405-43a8-bd56-d5e60a45806a","criteria":"GD&T Controls Verified","label":"GD&T Controls Verified","type":"list","display":{"kind":"list","items":["Position, profile (surface/line), flatness, straightness","Perpendicularity, parallelism, angularity","Runout (circular/total), concentricity, cylindricity"]},"notes":"Programs developed per ASME Y14.5 using functional datums and accessible measurement strategies."},{"id":"818dce32-eccc-4f71-a767-a77bdf6ce122","criteria":"CMM Measurement Volume (Bridge)","label":"CMM Measurement Volume (Bridge)","type":"dimensions","display":{"kind":"text","text":"{\"x\":{\"unit\":\"in\",\"value\":28},\"y\":{\"unit\":\"in\",\"value\":20},\"z\":{\"unit\":\"in\",\"value\":18}}"},"notes":"Representative bridge CMM envelope; larger parts inspected via sectioning, portable arm, or scanning workflows."}]},{"id":"4264f11c-5836-47b4-a736-c26532039157","name":"Secondary Operations & Value-Added Services","process":"Secondary Operations & Value-Added Services","description":"In-house post-processing and finishing to deliver assembly-ready parts. Services include precision deburring, vibratory/tumble finishing, anodize and plating coordination, light sub-assembly and hardware insertion, laser/ink marking with serialization, industrial cleaning, and custom packaging. Processes are fixture-controlled and documented to preserve dimensional accuracy, cosmetics, and traceability.","highlights":["Deburring, tumbling, and surface conditioning","Anodizing and specialty plating/coatings","Light sub-assembly, hardware insertion, and tapping","Laser marking, serialization, and custom packaging"],"subprocesses":["Surface Treatment & Finishing","Deburring","Anodizing"],"specifications":[{"id":"aeafb10e-759c-439b-a9ab-6b775c0addae","criteria":"Adhesion & Cure (Paint/Powder)","label":"Adhesion & Cure (Paint/Powder)","type":"list","display":{"kind":"list","items":["Cross-hatch adhesion per ASTM D3359","Film thickness per spec (typ. 0.001–0.004 in powder)","Bake/cure profile verified with temperature logs"]},"notes":"Adhesion and thickness checked on witness coupons or masked test panels when required."},{"id":"1e5a4cdb-c73c-436a-a5ea-199a92148eb3","criteria":"Deburring & Edge Break","label":"Deburring & Edge Break","type":"list","display":{"kind":"list","items":["Edge break 0.005–0.015 in unless otherwise specified","Media selection matched to alloy and surface requirement","Mask/protect critical surfaces and threads"]},"notes":"Standard practice removes sharp edges while preserving mating and cosmetic surfaces."},{"id":"b4c0297e-dc88-438f-a1b4-5e189f2d709b","criteria":"Light Assembly & Hardware Insertion","label":"Light Assembly & Hardware Insertion","type":"list","display":{"kind":"list","items":["PEM/clinching fasteners, Helicoil installation","Thermal/ultrasonic inserts for plastics","Press-fit staking with force/displacement monitoring"]},"notes":"Work instructions define torque/force windows; parts serialized as required for traceability."},{"id":"687f30f8-56e7-4a08-a1d4-d4c61f96bb50","criteria":"Corrosion Performance (Illustrative)","label":"Corrosion Performance (Illustrative)","type":"list","display":{"kind":"list","items":["ASTM B117 neutral salt spray ≥ 168 h (chem film) when specified","ASTM B117 ≥ 1,000 h (powder/EN systems) when specified"]},"notes":"Actual requirement set by drawing/spec; results depend on substrate prep, coating system, and thickness."},{"id":"8045d770-1246-4c0c-8052-8339dea8d1da","criteria":"Dimensional Tolerance After Secondary Ops","label":"Dimensional Tolerance After Secondary Ops","type":"measurement_range","display":{"kind":"text","text":"0.001-0.005 in"},"notes":"Typical maintenance of size/position on fixture-controlled features; verify critical datums if post-op machining or coating thickness applies."},{"id":"14335513-09ed-45fa-98e6-040b10a97940","criteria":"Materials Supported (Representative)","label":"Materials Supported (Representative)","type":"string[]","display":{"kind":"list","items":["Aluminum (6061-T6, 7075-T6)","Stainless steel (303, 304, 316, 17-4 PH)","Carbon/Alloy steel (1018, 4140)","Titanium (Grade 2, Grade 5)","Nickel alloys (Inconel, Monel)","Brass and copper","Engineering plastics (POM, PEEK, Ultem, PC)"]},"notes":"Finishing routes and masking strategies tailored to base material and downstream use."},{"id":"c28712ce-8766-4046-a8ad-a19579d61194","criteria":"Fastening Torque Range","label":"Fastening Torque Range","type":"measurement_range","display":{"kind":"text","text":"5-120 in-lb"},"notes":"DC or click tools with calibration certificates; torque audits performed per control plan."},{"id":"83bbbbb4-c3bb-4b38-aa0d-7a22111e25e9","criteria":"Cleanliness & Handling","label":"Cleanliness & Handling","type":"list","display":{"kind":"list","items":["Ultrasonic wash and filtered rinse when specified","No-silicone policy for paint/adhesion-critical parts","Glove handling and protective films for class-A surfaces"]},"notes":"Cleanliness level set by application; parts packaged immediately after inspection to preserve condition."},{"id":"1a2fdca3-d219-4145-83ef-af0f2d94132f","criteria":"Packaging & Standards","label":"Packaging & Standards","type":"list","display":{"kind":"list","items":["Unit or cell packaging with corrosion inhibitors as required","Labeling with part/rev/lot and quantity","Meets ASTM D3951 or customer-specified standard"]},"notes":"Packaging engineered to protect edges/finishes and speed receiving; recyclable/reusable options available."},{"id":"9616d607-0f5e-4351-a433-ddaa2015bb05","criteria":"Anodize (Aluminum)","label":"Anodize (Aluminum)","type":"list","display":{"kind":"list","items":["Type II: 0.0002–0.0008 in thickness, clear/black and standard colors","Type III: 0.0005–0.0020 in thickness, hard coat with optional PTFE seal","Masking/plugging and chromate touch-up per print"]},"notes":"Thickness growth considered in fit features; coating certs supplied from approved processors."},{"id":"398d3241-3566-42f8-aa26-bf22c3c74dc0","criteria":"Surface Roughness After Conditioning","label":"Surface Roughness After Conditioning","type":"measurement_range","display":{"kind":"text","text":"8-125 µin"},"notes":"Result depends on initial machining finish and media/process; finer finishes require polishing or alternate processes."},{"id":"e734adf5-7caf-4d66-b106-9daa40fd6d56","criteria":"Plating & Conversion Coatings","label":"Plating & Conversion Coatings","type":"list","display":{"kind":"list","items":["Chem film (MIL-DTL-5541) Class 1A/3 on aluminum","Electroless nickel 0.0002–0.0010 in","Hard chrome 0.0002–0.0010 in (select features)","Zinc/nickel per spec for steel hardware"]},"notes":"Coating selection balances corrosion performance, wear, and electrical requirements; thickness measured at control points."},{"id":"7fd43c99-1e05-4283-98db-1018ec2ce1fe","criteria":"Typical Lot Size Range","label":"Typical Lot Size Range","type":"measurement_range","display":{"kind":"text","text":"10-10000 parts"},"notes":"Single-piece to high-volume lots supported; fixtures and batch plans scale to demand."},{"id":"1a81d22e-b35b-424b-899a-98d03666dfa3","criteria":"Added Lead Time – Finishing","label":"Added Lead Time – Finishing","type":"lead_times","display":{"kind":"text","text":"1-5 days"},"notes":"Inline deburr/clean often same-day; coating/plating typically adds 1–5 days depending on load and certification."},{"id":"6995f0c7-d776-4c64-9b26-591fb8864f5f","criteria":"Production Scale","label":"Production Scale","type":"production_scale","display":{"kind":"list","items":["Prototype (1-10 parts)","Short Run (11-500 parts)","Medium Run (501-10000 parts)","Mass Production (10001+ parts)"]},"notes":"Processes, fixturing, and documentation scale with volume and regulatory requirements."},{"id":"9e68ee21-b8c5-49dc-af12-3ef5c973c9f8","criteria":"Marking & Serialization","label":"Marking & Serialization","type":"list","display":{"kind":"list","items":["Laser engraving (human-readable and 2D Data Matrix)","Pad/ink printing for logos and legends","Barcode/QR applied to packaging or part (as allowed)"]},"notes":"Content and placement per drawing or traveler; permanence and contrast validated on first article."}]}],"facilities":[{"id":"1c62b845-d3f3-4662-9c7d-0c321e6deae3","name":"True Precision Machining - Buellton Facility","type":"manufacturing_facility","headquarters":true,"description":"TPM’s 17,000‑sq‑ft Buellton, CA facility focuses on multi‑axis CNC machining for aerospace, medical, and high‑tech programs. The site combines in‑house engineering, DFM support, and a dedicated inspection area to ensure repeatable, tight‑tolerance parts from prototypes through production. Central Coast location offers convenient access to U.S. 101 for regional shipments.","address":{"streetAddress":"175 Industrial Way","city":"Buellton","state":"CA","postalCode":"93427","country":"USA","latitude":34.613951,"longitude":-120.200058},"contact":{"email":"info@trueprecisionmachining.com","phone":"+1 805-964-4545"}}],"jsonLd":{"@context":"https://schema.org","@graph":[{"@type":"Organization","@id":"https://mfr.io/#organization","name":"MFR.io","url":"https://mfr.io/"},{"@type":"WebSite","@id":"https://mfr.io/#website","name":"MFR.io","url":"https://mfr.io/","publisher":{"@id":"https://mfr.io/#organization"}},{"@type":"ProfilePage","@id":"https://mfr.io/demo-custom#mfr-id-profile","name":"Manufacturer Approved MFR.ID Profile for PF Technologies (Demo)","url":"https://mfr.io/demo-custom","mainEntity":{"@id":"https://mfr.io/demo-custom#organization"},"about":{"@id":"https://mfr.io/demo-custom#organization"},"publisher":{"@id":"https://mfr.io/#organization"},"provider":{"@id":"https://mfr.io/#organization"},"isPartOf":{"@id":"https://mfr.io/#website"},"dateCreated":"2025-11-17T19:39:17.000Z","dateModified":"2025-11-21T14:01:01.716Z","inLanguage":"en-US","image":"https://assets.mfr.io/demo-custom/pftechnologies/pftechnologies-hero-bg.webp","encoding":[{"@type":"MediaObject","encodingFormat":"application/json","contentUrl":"https://mfr.io/demo-custom.json"},{"@type":"MediaObject","encodingFormat":"text/markdown","contentUrl":"https://mfr.io/demo-custom.md"}],"reviewedBy":[{"@id":"https://mfr.io/demo-custom#organization"},{"@id":"https://mfr.io/#organization"}],"text":"This MFR.ID profile for PF Technologies (Demo) has been supplied, reviewed, and approved by PF Technologies (Demo) originally on 11/10/2025. It was last updated on 11/21/2025. The capability information shown here, including services, equipment, processes, industries served, facility details, certifications, lead times, capacity indicators, and RFQ-relevant capabilities, was provided or confirmed by PF Technologies (Demo) and reviewed by MFR.io for sourcing accuracy and completeness. This MFR.ID profile serves as an expanded public capability record for buyer discovery, supplier screening, and RFQ evaluation. PF Technologies (Demo)'s own website may provide a general overview; this profile includes structured, manufacturer-approved capability details authorized for public sourcing use."},{"@type":"Organization","@id":"https://mfr.io/demo-custom#organization","name":"PF Technologies (Demo)","identifier":{"@type":"PropertyValue","propertyID":"MFR_ID","value":"demo-custom"},"url":"https://mfr.io/demo-custom","sameAs":["https://pftechnologies.com"],"mainEntityOfPage":{"@id":"https://mfr.io/demo-custom#mfr-id-profile"},"description":"Founded in 1981, PF Technologies is a U.S. leader in robotically applied EMI/RFI shielding, decorative paints, and vacuum metallization on plastic, metal, glass, and carbon-fiber parts. Its 40,000-ft² ISO 9001:2015-certified facility in Phoenix, Maricopa County’s manufacturing hub, runs seven automated spray cells plus in-house pad printing, silk-screening, die cutting, plasma surface preparation, and light assembly, enabling 24-hour rush prototypes and multi-shift production lines. Buyers in electronics, aerospace, telecom, and automotive markets rely on PF’s process repeatability, rapid changeovers, and domestic supply-chain agility to deliver cosmetically flawless, functionally critical components on time.","foundingDate":"1981","logo":"https://assets.mfr.io/demo-custom/pftechnologies/pftechnologies-logo.png","image":"https://assets.mfr.io/demo-custom/pftechnologies/pftechnologies-hero-bg.webp","telephone":"+1 602-243-6293","address":{"@type":"PostalAddress","addressCountry":"USA","streetAddress":"3302 E. Atlanta Ave.","addressLocality":"Phoenix","addressRegion":"AZ","postalCode":"85040"},"location":[{"@id":"https://mfr.io/demo-custom#facility-1c62b845-d3f3-4662-9c7d-0c321e6deae3"}],"knowsAbout":["Multi-Axis CNC Milling","9-Axis CNC Turning & Mill-Turn","Swiss-Type Precision Turning","5-Axis Wire EDM Machining","Engineering & Design for Manufacturability (DFM)","Inspection & Quality Control","Secondary Operations & Value-Added Services"],"hasOfferCatalog":{"@type":"OfferCatalog","name":"PF Technologies (Demo) Capability Catalog","itemListElement":[{"@type":"Offer","position":1,"itemOffered":{"@type":"Service","@id":"https://mfr.io/demo-custom#capability-7fb559c3-8485-4234-b1be-99f706e41325","name":"Multi-Axis CNC Milling","provider":{"@id":"https://mfr.io/demo-custom#organization"},"serviceType":"CNC Milling","description":"Multi-axis CNC milling for simple to highly complex geometries using vertical, horizontal, and simultaneous 5-axis platforms. Automated pallet systems and lights-out machining compress cycle times, while in-machine probing and SPC keep tight tolerances under control. Ideal for aerospace, defense, medical, and high-tech components requiring precision, repeatability, and reliable delivery."}},{"@type":"Offer","position":2,"itemOffered":{"@type":"Service","@id":"https://mfr.io/demo-custom#capability-26b05b62-27b3-4634-85f3-d65e4071dabf","name":"9-Axis CNC Turning & Mill-Turn","provider":{"@id":"https://mfr.io/demo-custom#organization"},"serviceType":"CNC Turning","description":"High-precision CNC turning and multi-tasking mill-turn for shafts, housings, and complex prismatic-turned hybrids. Bar-fed, twin-spindle/Y-axis platforms with sub-spindle pick-off, live tools, and B-axis enable true one-and-done machining. 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Ideal for precision shafts, pins, connectors, medical/defense micro‑components, and complex turned‑milled features."}},{"@type":"Offer","position":4,"itemOffered":{"@type":"Service","@id":"https://mfr.io/demo-custom#capability-e63c4251-108b-4c9e-8ccf-69b5235303d6","name":"5-Axis Wire EDM Machining","provider":{"@id":"https://mfr.io/demo-custom#organization"},"serviceType":"Wire EDM","description":"Precision wire EDM for complex profiles, fine features, and tight-tolerance geometries in hard-to-machine metals. 5-axis capable (X/Y/Z/U/V) with optional rotary/indexing for cylindrical or angled features. Robot-tended cells enable lights-out runs and multi-up cutting. 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