Takal Precision Machining L.L.C.

The print is
the contract.

CNC milling, turning, and Swiss work quoted from your drawing — prototype lots through production — from the Minneapolis–Saint Paul metro.

Send a PDF print and a STEP. We reply to the email on the RFQ.

Ø INSPECTOR Move to rotate · hover a step
Turned stepped shaft with dimension callouts An illustrative 2.5D wireframe of a turned part — a flanged, stepped shaft — with diameter and length callouts. Not a production part. ℄ 360.0 Ø132 Ø52 TAKAL PRECISION SHAFT, STEPPED · ILLUSTRATIVE MATL 6061-T6 3RD ANGLE SHEET 01 / 01 REV —
Bar
Quoted on Swiss-type cells
Bushing
Stock supported at the tool
Live tooling
Cross holes and flats in one setup
Lots
One-off through production
0
Piece minimum
A lot of one is a real order
0
Process classes
Milling · turning · Swiss
0
Stock alloys quoted
Specials priced on request
0
Steps, print to dock
Every one on the traveler

Traveler

What the floor sees

A representative title block — not a production part. Dimensions on the drawing are illustrative. Your print governs every lot we run.

Flanged bushing orthographic with title block Line drawing of a flanged bushing, Ø32 body, Ø18 through-bore, 40 mm long, 6061-T6, traveler OP-20. Illustrative, not a shipped part. Ø32.00 40.00 Ø18.00 THRU TAKAL PRECISION · TRAVELER BUSHING, FLANGED · 6061-T6 OP-20 3RD ANGLE SCALE 1:1 SHEET 01 / 01
Illustrative traveler. Not a shipped part. Units as marked · third-angle

Décolletage

Swiss-type,
named for the watch.

A sliding headstock feeds bar through a guide bushing. The cut happens a few millimetres from the support, so slender parts do not whip. That is the whole trick — and why a Swiss cell is the wrong machine for a fat chucking job and the right one for a long, close pin.

01

The stock moves

Headstock slides. Tool stays close to the bushing face. Length-to-diameter that would chatter on a conventional lathe holds still.

02

One setup

Live tooling and a sub-spindle put cross holes, slots, and back work on the same traveler. Secondary ops only when the print actually needs them.

03

The print still wins

We quote Swiss-type work from your drawing. We do not invent a machine list or a tolerance we have not proven on your part.

Sliding-headstock Swiss-type diagram Bar stock passes through a guide bushing. The cutting tool sits at the bushing face. The headstock slides, feeding the bar. Illustrative. HEADSTOCK GUIDE BUSHING TOOL STOCK FEEDS → CUT AT THE BUSHING FACE TAKAL · SWISS-TYPE · ILLUSTRATIVE
The stock moves. The tool stays close. Not a production part

Services

Work we quote

Capability, not a machine brochure. If the print fits the cell, we quote it. If it does not, we say so before you wait.

01

CNC milling

3-axis and 5-axis vertical work — pockets, profiles, fixtures, and prismatic parts held to the print.

02

CNC turning

Chucking and mill-turn for shafts, bushings, fittings, and parts that start round and stay honest.

03

Swiss / small-diameter

Close work on small diameters where a conventional chucking lathe is the wrong tool.

04

Prototype & first article

Lot of one is a real order. First-article inspection against the callouts you care about.

05

Production lots

Repeatable programs once the process is proven — not a different shop the second time you order.

06

DFM with the quote

If a radius, stock, or tolerance will burn money without helping the function, it shows up on the quote — not after the PO.

Equipment

Process classes, not a serial-number list

We do not publish a branded machine inventory on this site. The table is the work we run. Specific cells are confirmed on the quote.

ProcessWhat we runInspection
Milling3-axis and 5-axis vertical workFirst article to print
TurningChucking and mill-turn with live toolingIn-process checks
SwissSmall-diameter, close workDimensional report on request
SecondaryDeburr, simple assembly, part markingVisual to traveler

Materials

Stock we routinely quote

Customer-supplied material is welcome when certs travel with the bar. Exotic or mill-run items are quoted as specials — we do not pretend every alloy sits on the rack.

6061-T67075-T6303304316/316L4140BrassCopperDelrin / POMNylonPEEKPTFETi-6Al-4V (quote)

Industries

Programs we take

We machine parts for engineers in these sectors. We do not claim sector certifications we do not hold.

01

Industrial equipment

Fixtures, wear parts, housings, and replacement components for machines that have to run on Monday.

02

Robotics & automation

End-effectors, manifolds, spacers, and brackets where fit and repeatability matter more than a brochure finish.

03

Medical instruments

Non-implant instrument and fixture work. We do not claim FDA registration or implant production on this site.

04

Energy & fluid systems

Fittings, glands, and small pressure-containing geometry quoted to the print you send.

Quality

Inspection before the box is taped

Every lot is checked against the print. A formal quality management system is being stood up with the shop. Takal Precision Machining does not claim ISO 9001, AS9100, or ITAR registration on this site.

  • First articleDimensional check to the callouts on the print
  • In-processChecks at the operation, not only at the dock
  • MaterialMill certs when the stock is bought to spec, or when you send them with consigned bar
  • ReportsDimensional report on request — say so on the RFQ

Process

Watch a part get made

Swiss-type cycle, from the print to the dock. Play it, or step the traveler yourself. Illustrative — not a production cell.

RFQ

Animated Swiss-type cycle: RFQ, program, machine, inspect, ship PRINT · PIN, Ø6 QTY 40 · 6061-T6 TOOLPATH HEADSTOCK GUIDE BUSHING TOOL LIVE TOOL Ø 6.00 FIRST ARTICLE SHIP · LOT TAKAL · SWISS-TYPE CYCLE · ILLUSTRATIVE

About

A new shop, built for agility

Takal Precision Machining L.L.C. is a new, independent machine shop built to move at the speed engineers actually need. No layered queue, no account manager between you and the spindle — you send the print, we quote the work and cut the part.

Lean by design, and that is the point. Less overhead and fewer hand-offs mean quicker quotes, faster answers, and a direct line to the people running your job. We compete on responsiveness and honest work — not on a brochure.

FAQ

Questions we get with the print

What is the minimum order quantity?

One. Prototype of a single piece is a real RFQ. Production pricing is quoted separately once the process is proven.

What files do you need?

A PDF print with tolerances and a STEP of the solid. DXF for 2D profiles when that is the whole job. If a note on the print conflicts with the model, the print wins unless you tell us otherwise in writing.

Are you ISO 9001 or AS9100 certified?

No. We do not claim ISO 9001, AS9100, NADCAP, or ITAR registration. Inspection is to the print. If your program requires a listed certification, say so on the RFQ so we can decline early rather than stretch the truth.

Do you sign NDAs?

Yes. Send the agreement with the RFQ. We do not use uploaded files for anything except quoting and, if awarded, making the parts.

What are typical lead times?

Quoted per job. We do not publish a blanket turnaround. If a date is load-bearing, put it on the RFQ.

Can you work from a napkin sketch?

We can talk. We quote from a print. If you need the print drawn, say so — that is a different line on the quote.

Contact

Talk to the shop

RFQs go to email. Phone and the facility street address will be listed here when they are ready — they are not invented below.

  • Emailrfq@takalprecision.com
  • PhonePhone number — to be listed
  • FacilityFacility street address — to be listed
  • RegionMinneapolis–Saint Paul, Minnesota, USA
  • Legal nameTakal Precision Machining L.L.C.

Request a quote

PDF print and STEP preferred. Quantity can be a range. If this form cannot send, email the same details to rfq@takalprecision.com.

Part details