Franklin Lakes, NJ
Grinding sparks off a machined part

Precision contract manufacturing

Hold the line.

OrthopedicAerospaceDefense

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1962
In business since
32,000
Sq ft under one roof
32
CNC machines
20+ yrs
Avg. management tenure

One job, start to finish

Released bar to inspected part.

Scroll to run a part through the shop. Five gates, one building, no handoff where a schedule can go missing.

  1. 01Material release
  2. 02Turning
  3. 03Milling
  4. 04Finishing and marking
  5. 05Inspection

MaterialTi-6Al-4V ELI

OperationOP 10

Spindle0 rpm

Material arrives certified and stays in quarantine until the cert is verified against the print. Only then does the lot reach the floor.


The floor

32 CNC machines across four departments.

Every one owned outright, under one roof, with a maximum of six simultaneous axes. Bars are scaled to machine count.

Why programs move here

01 / Domestic

Made in the United States

Every operation happens in Franklin Lakes. Nothing offshore.

02 / Tolerance

We hold what the print says

What other shops quote as a special is our standard work.

03 / Integrated

Raw bar to packaged part

One building. One vendor. No handoffs to lose weeks in.

Clean, shiny bars of raw round bar stock
Materials
CNC machining with coolant
Machining
Coordinate measuring machine inspecting a part
Inspection
Machined components in production
Production

Registrations and certifications

ISO 13485
Certified
FDA
Registered
ITAR
Registered
OECD
Conflict minerals compliant
OSHA
Compliant

Lead time

Quoted in weeks, not quarters.

First run takes the longest because we build the process with you. After that it gets faster, and an expedite gets a real answer instead of a shrug.

Weeks
02468
New part
6 to 8 weeks
Repeat order
4 to 6 weeks
Expedited
By agreement
Committed Range Case by case

Stars on a United States flag

Next market

Now taking on aerospace and defense.

ITAR registered. Reshoring welcome.

Send us the hard one

Any material. Any print.

Thirty minutes with our engineers. No deck, no discovery process.

Capabilities

The floor.

Thirty-two CNC machines. One building. Owned outright.

Grinding machines along a shop aisle

What we hold

To your print, not to a table.

Every job is quoted against the drawing in front of us, by the engineer who will plan it. Close work is what this equipment was bought for.

Eight five and six axis grinders, mill-turn with live tooling, eight Swiss machines, and a CMM that verifies the result. The useful question is not what a web page claims a machine can hold, it is whether your feature is a fit for the process. Send the print and we will tell you honestly what we can hold and where we would push back before you commit to a design.

Send a print for review


Print to dock

Seven stages. One building.

01

Engineering

Your print reviewed with your engineers before we quote.
02

Materials

Certified stock, full traceability, machines dedicated by material.
03

Manufacturing

Thirty-two CNC machines. Prototype through production.
04

Post processing

Hand finishing, blasting, tumbling, polishing to spec.
05

Validation

IQ, OQ, PQ protocols with documented process capability.
06

Quality

ISO 13485. Documentation that clears incoming without a phone call.
07

Supply chain

VMI, scheduled releases, a planner who owns every date.

Equipment

Every machine, by department.

Five axis tool grinders with a robotic parts loader
Grinding
A row of CNC machining centres
Milling
Machinists at a machine control panel
Setup
Ultrasonic and passivation tank line
Finishing

Full list with make, model, and travels available on request. Ask for it


Inspection

Nothing ships unmeasured.

First article inspection on every new part and every revision. In-process checks at defined frequencies. Final inspection against your print before anything is packed.

All gauging is calibrated on schedule to NIST-traceable standards, with certificates on file and available with any shipment.

Brown & Sharpe Global CMM PC-DMIS 3 × 30″ optical comparators 3 × 14″ optical comparators Gage R&R SPC Full PPAP Surface finish NIST traceable

Inspection requirements differ by market. See what orthopedic, aerospace, and cutting tool programs each involve.


Materials

If it can be cut, we have cut it.

TitaniumStainless steelCobalt chrome AluminumTool steelCarbide InconelEngineering plasticsPEEK

Secondary processes

What we do here, and what we manage for you.

In house

Under our roof, on our schedule.

  • Hand finishing and polishing
  • Blasting, multiple media
  • Tumbling and deburring
  • Ultrasonic cleaning
  • Assembly and manual pressing
  • Passivation line
  • Electropolishing
  • Automated clean line, wash, rinse and dry
  • Laser marking and barcoding
  • Inspection and validation

Managed supply chain

Qualified vendors we schedule and inspect on return.

  • Heat treating
  • EDM
  • Coating and over molding
  • Anodizing and silk screening
  • Material-specific welding

One vendor either way: you buy a finished part, not a routing sheet.


Working with us

Send it however you have it.

We quote from solid models or from paper. If all you have is a legacy drawing and a sample part, that is enough to start.

STEPIGESParasolid SolidWorksDXF / DWGPDF Paper printsSample parts

Programmed in

SolidWorksEsprit MastercamPC-DMIS

Beyond the machines

Prototyping and NPI

Development work with a production tail.

Additive manufacturing

Expanding into metal additive. Talk to us early.

Vendor-managed inventory

Blanket releases, stock to your min and max.


Engineering and validation

We read the print before we quote it.

Customer-facing engineers work with your counterparts through design transfer and release, not just at the quote stage.

Process development

Process planning, fixture and tooling design, and PFMEA and DPM creation before the first chip is cut. Programming in SolidWorks, Esprit, and Mastercam.

Validation

Full PPAP capability, engineering FEA, design validation studies, and equipment and process validation on a routine schedule. Measurement system analysis by gage R&R proves the gauge before a part is judged by it.

Program management

Collaborative design transfer for new and existing products, dedicated engineering resources, and outside material quality testing control. One point of contact for the whole job.

Working on a transfer or a second source? Start with a capabilities call


Common questions

What buyers ask first.

If the answer you need is not here, ask. A real engineer replies, not a form response.

What materials do you machine, and how do you keep them separated?

Titanium, cobalt chrome, stainless steel, aluminum, tool steel, carbide, Inconel, and engineering plastics including PEEK. Machines are assigned by material, so titanium does not share tooling with stainless or cobalt chrome. Every lot arrives certified to its standard and is held in a specified quarantine area until verification is complete, parts move through an automated clean line and ultrasonic cleaning between operations, and laser-marked lot codes keep each batch traceable through final inspection. If your program has segregation requirements beyond that, say so at the quote stage and we will document how we will meet them.

Are you ISO 13485 certified?

Yes. SCT is ISO 13485 certified and FDA registered, first certified through BSI in 1999. We are also compliant with OECD guidance on responsible sourcing of minerals from conflict-affected and high-risk areas.

Do you provide first article inspection and CMM reports?

Yes. First article inspection runs on every new part and every revision, with in-process checks at defined frequencies and final inspection against your print before anything is packed. Inspection uses a Brown & Sharpe Global CMM and six optical comparators. All gauging is calibrated on schedule to NIST-traceable standards, with certificates available with any shipment. We are PPAP capable.

Which secondary processes are in house?

Hand finishing and polishing, blasting and tumbling with multiple media, electropolishing, passivation, an automated clean line for wash, rinse and dry, ultrasonic cleaning, laser marking and barcoding, and assembly. Heat treating, EDM, coating and over molding, anodizing and silk screening, and material-specific welding run through qualified vendors we schedule and inspect on return.

Do you take prototype and low-volume work?

Yes. We quote prototype and NPI development work through to full production, and support blanket releases and vendor-managed inventory on repeat parts. A small order gets the same process planning and the same inspection as a large one.

Raw bar to packaged part

Quote the whole job.

Send the print and the secondary operations together. One quote, one vendor.

Industries

Three markets. One tolerance standard.

Built on cutting tools. Grown on orthopedics. Pointed at defense.

Precision inspection of an orthopedic component

01 / Orthopedic and medical

Implants and instrumentation.

Our core market since 1991, when a spiral fluted reamer put us on the approved vendor list at companies that still buy from us today. Implants, reusable instruments, and single-use tooling, across every major joint.

HipKneeSpine ExtremitiesSports medicine
  • Reamers, broaches, rasps, and drills
  • Implant components
  • Reusable surgical instrumentation
  • Single-use instruments and trials
  • ISO 13485 certified, FDA registered

Orthopedic work carries requirements most job shops are not set up for. Machines are dedicated by material, so titanium never shares tooling with stainless or cobalt chrome. Incoming lots sit in a quarantine area until their certification is verified against the print. First article inspection runs on every revision, not just every new part. Passivation, the automated wash line, and laser marking all happen here, so a finished part leaves carrying its own lot code and its own traceability. See the equipment and inspection capability.


Four jets in close formation leaving smoke trails

02 / Aerospace and defense

Where we are growing.

We already ship into defense programs and hold ITAR registration. If you are second-sourcing or reshoring a machined component, this is the right moment to talk to us.

Second source Reshoring Low to mid volume
  • Precision machined components and housings
  • Close-tolerance turned and milled parts
  • Second-source and reshoring programs
  • ITAR registered

Defense and aerospace jobs are planned, run and inspected under the same documented quality system as everything else in the building, with the segregation that system requires. Machines are assigned by material, tooling is kept separate, incoming lots are held in quarantine until certification is verified, and every lot stays traceable through final inspection. What differs is the paperwork: controlled technical data should not be uploaded through the RFQ portal. Contact us first and we will confirm the right channel, or read the export control notice.


CNC tool grinder control and enclosure

03 / Industrial and cutting tools

What we started with.

SCT began as a cutting tool company and it is still where our grinding department is at its best. Our components reach some of the most recognized edged-tool brands in the world.

Round toolingEdged toolsForm tools
  • Custom round tooling and specials
  • Handle and body components for premium knives
  • Form tools and profile cutters
  • Regrind and refurbishment
  • Five and six axis tool grinding

Grinding is where SCT started in 1973 and it is still the deepest department: eight Walter and Rollomatic machines, five and six axis, several with parts loaders for unattended running. That capacity is why round tooling specials, form cutters, and regrind work all fit inside the same schedule as production runs. Every machine is listed by department.

Not on this list

Ask anyway.

The interesting programs rarely fit a category page.

Company

Sixty years in the same town.

Second generation, family run, woman owned. Franklin Lakes, New Jersey.

Stars and stripes on a United States flag

The short version

Albert and Karen Vozeh started it. Their sons grew it. The floor averages twelve years of tenure.

Started in 1973 as a cutting tool company. A five axis grinder and a spiral fluted reamer took us into orthopedics in 1991. Every expansion since was paid for by work we already had.


How we operate

Small enough to reach. Large enough to deliver.

Access

The owner walks the floor every day

No account manager between you and the person who can actually change a schedule.

Response

Quotes back in 48 hours

And a straight answer when the part is not right for us.

Ownership

Every job has a name on it

One person owns your program from quote through delivery.

Investment

Equipment bought out of cash flow

We add capacity against work we already have, not work we hope to win.


Timeline

How we got here.

1962
Albert Vozeh graduates from Penn and starts Vozeh Equipment Corp with his wife Karen.
1973
Albert and Karen found SCT, Inc.
1984
Christopher Vozeh joins. Gregory follows in 1990.
1991
First five axis CNC grinder. A spiral fluted reamer takes SCT into orthopedics.
1999
ISO certification through BSI.
Today
Over 32,000 sq ft, up from 8,000 in 1978. Thirty-two CNC machines, expanding into aerospace and defense. See the floor

Fifteen minutes away

Come walk the floor.

Most of our customers are a short drive from this building. Bring your engineers.

Join us

Machinists build the things that matter.

The parts leaving this building go into people's bodies and onto aircraft.

Machinists on the floor

The work

Average tenure on our floor is twelve years. In this industry, that is the only credential that counts.

People come out of trade programs and stay for careers. Setup becomes programming, programming becomes supervision. We train on the newest equipment because we buy the newest equipment.

Experience helps and we pay for it. But we have hired people with none and taught them five axis, and some of them run departments now.


Schedule

Three shifts. Overtime when you want it.

Days
Monday to Friday
Nights
Monday to Friday
Weekends
Saturday and Sunday
Overtime available Paid training Promotion from within

Most of the work here is running and setting up CNC grinders, mills, lathes, and Swiss machines, with inspection and programming roles alongside. If you want to see what you would be running, the equipment list names every machine by department. More about the family that owns the place.


People come out of trade programs and stay for careers. Setup becomes programming, programming becomes supervision.
Management averages 20+ years here. On the floor, 12+.

Where people fit

Manufacturing

Machining and grinding

CNC setup and operation across milling, turning, Swiss, and five axis grinding.

Engineering

Process and programming

CAM programming, fixture design, process validation.

Quality

Inspection and compliance

Metrology and first article inspection under ISO 13485.


Application referenceSCT-APP
Not stored on this device

Apply

Introduce yourself

Six required fields. The rest helps us put you in front of the right supervisor.

Attach a resume
Optional. If you would rather talk than write, skip it and use the field above.
PDF · DOC · DOCX · TXT · RTF
No file attached10 MB max
▢ Applications are read by SCT hiring staff and the supervisor of the department you pick. Nothing is saved to this device, and no automated system screens what you send. Do not include a Social Security number, a date of birth, or bank details — nobody here will ask for those before an offer. What we collect and how long we keep it: privacy policy. Sending an application is not an offer of employment: terms of use.

Received

Thanks. That is with us.

Your reference is SCT-APP. If a role opens that matches what you run, someone here will contact you directly.

Nothing further needed.

No open listings today

Introduce yourself anyway.

We hire when we meet the right person, not when a requisition opens.

Send a print

Get a real answer on your part.

Upload the drawing and an engineer who could run the job tells you whether it is a fit, what we would change, and what it takes to hold. Before you commit to the design.

Project referenceSCT-RFQ
Draft saved locally

Step 1 of 4

Upload the print

Send what you already have. A STEP file is ideal, but a legacy drawing and a sample part is enough to start. Up to ten files, all tied to this reference.

Drop project files here
Or click to browse. Upload progress is shown below for each file.
STEP · STP · DWG · DXF · PDF · IGES · STL · ZIP
0 / 10 files100 MB max per file
▢ Do not upload ITAR- or EAR-controlled technical data. Contact us first and we will confirm the right channel — see the export control notice. Submissions are not confidential without an NDA in place (terms, privacy).

Step 2 of 4

Define the requirement

Give engineering enough context to evaluate process fit, inspection needs, and timing.

Step 3 of 4

Who is sending this, and who should we call?

Often not the same person. Purchasing sends the package, engineering answers the question about the radius in the corner.

Submitting this RFQ

Who we reach out to with questions

Step 4 of 4

Review and submit

Confirm the project package before it enters SCT’s engineering queue.

✓

Submission complete

Your project is in the engineering queue.

Use the reference below in all follow-up communication. A production system would also email the customer and notify SCT’s internal team.


Legal

Privacy policy.

What we collect when you use this site or submit an RFQ, how long we keep it, and who can see it.

Unreviewed draft — do not publish as-is

This text was drafted as a starting point and has not been reviewed by an attorney. Given SCT’s ITAR registration and medical device work, it must be reviewed by counsel before launch. Bracketed items need a decision from SCT.

Legal

Terms of use.

The terms that apply when you use this website or submit drawings through the RFQ portal.

Unreviewed draft — do not publish as-is

This text was drafted as a starting point and has not been reviewed by an attorney. Given SCT’s ITAR registration and medical device work, it must be reviewed by counsel before launch. Bracketed items need a decision from SCT.

Compliance

Export control notice.

Read this before uploading drawings. Some technical data cannot be sent through this website.

Unreviewed draft — do not publish as-is

This text was drafted as a starting point and has not been reviewed by an attorney. Given SCT’s ITAR registration and medical device work, it must be reviewed by counsel before launch. Bracketed items need a decision from SCT.