ISO 9001 certification in progress RoHS material control Vietnam country-of-origin documentation rfq@saolamfg.comEmail WhatsApp +84 86 501 7914
Aisle of vertical machining centers on the factory floor, unedited photo

The lead CNC plant · former Binh Duong Province

Our lead CNC plant: family-run, in the former Binh Duong Province.

Saola Manufacturing is the brand of Aximora Global Trading Co., Ltd., which places and manages metal-parts work in Vietnam. Our CNC work runs at our lead partner plant, T.K Viet Nam Precision Company Limited: founded 2017, family-held, with its own CNC turning and milling floor. This page shows that plant.

01 — Who we are

Founded 2017. Still run by the person who founded it.

We are small on purpose and small in fact. Here is what that buys you, and what it costs you — we would rather you weigh both before you send a drawing.

A bank of vertical machining centers at our lead CNC plant
The machining bankVertical machining centers, numbered and run as one line

What being small buys you

Direct access

You deal with the owner and the plant, not a layer of account managers between you and a decision.

Flexibility

We can shift a production schedule or run a smaller pilot batch without three levels of internal approval.

One phone call reaches the floor

If something needs to change on a running job, the person who can change it is reachable directly.

What it costs you

No multinational balance sheet

If that is a hard requirement for your approved-vendor list, we are not the right fit yet, and we would rather say so now.

Certification still in progress

ISO 9001 is not yet issued. See quality & inspection for exactly what we can send today instead.

We are still building our track record with US OEM buyers

Early relationships with us won't come with years of case studies behind them. They will come with the owner answering your questions directly.

02 — What our lead CNC plant runs

Two processes at the lead CNC plant.

In-house means the lead plant's machines and people: 12 machining centers and 9 CNC lathes, with EDM, welding and polishing alongside. Every card below is a process that plant actually runs.

In-house · our lead CNC plant

A crate of CNC-turned parts
In-house

CNC Turning

Bar and tube work on CNC lathes: bushings, caps, inserts, shafts, knurled and threaded features.

ANPT/NPT to ASME B1.20.1 · knurling

An operator at the control of a vertical machining center
In-house

CNC Milling

Secondary machining on castings and blanks — datum faces, bores, pockets and tapped holes held to geometric tolerance.

±0.001 in. (0.025 mm) bores · GD&T to Ø0.003 in · 125 RMS

Managed Nine processes, run through partner plants we manage. Die casting, stamping, surface finishing, sand casting, extrusion, injection molding, sheet metal, waterjet, rotational molding. See the managed list

03 — What we coordinate for you

Nine processes, run through partner plants we manage.

We hold the drawing, the purchase order and the incoming inspection. The work itself happens at a partner's plant, not ours — we say so on every card.

Managed · partner plants we audit and manage

Die-cast aluminum meter and control housings with machined sealing faces
Managed

Die Casting

ADC12 aluminum and Zamak 3 zinc, from housings and bases to covers and lamp heads. Cast by partner foundries on production tooling; tooling ownership is set in the quote.

Tooling cost and MOQ set per part in the written quote

Stamped sheet-steel brackets with a formed flange, beside flat washers
Managed

Stamping

Sheet and strip parts — blanking, forming, piercing and coining. Brackets, washers, clips and plates, pressed by partner stamping plants.

Progressive and compound dies · deburred, oiled, packed

The same turned bushing shown in nickel plate, clear anodize, gold plate and matte black
Managed

Surface Finishing

Electroplating, anodizing, gold plating, zinc plating, RoHS trivalent chromate and powder coating with pad printing, applied by partner finishing plants we manage.

Salt-spray results on request · RoHS conformance · cosmetic criteria to print

Managed

Sand Casting

Brass and bronze bodies poured by a partner foundry we manage. We hold the pattern, the drawing and the PO, then machine and gauge the casting at our lead CNC plant.

Casting managed · machining and thread gauging in-house

Managed

MIM & Powder Metallurgy

Small stainless and steel parts by metal injection molding, and sintered gears, cams and bushings by powder metallurgy, from a partner plant we manage in Vietnam. For high-volume part numbers.

Molding and sintering managed · CNC finishing to print

Managed

Aluminum Extrusion

Profile programs placed with a partner extruder. We hold the drawing, the purchase order and the incoming inspection.

Quoted as a managed program, not an in-house process

Managed

Injection Molding

Plastic parts and over-molded assemblies placed with a partner molder, so a mixed metal-and-plastic assembly still ships on one PO.

Quoted as a managed program, not an in-house process

Managed

Sheet Metal & Laser Cutting

Laser-cut, formed and welded fabrications placed with a partner shop and inspected to your drawing before it ships.

Quoted as a managed program, not an in-house process

Managed

Waterjet Cutting

Thick-plate and heat-sensitive profiles placed with a partner cutter when a part is wrong for laser or stamping.

Quoted as a managed program, not an in-house process

Managed

Rotational Molding

Hollow plastic bodies and tanks placed with a partner molder for programs that pair with our metal components.

Quoted as a managed program, not an in-house process

04 — Where we are

The former Binh Duong Province, close to the port.

Our lead CNC plant sits in the industrial belt north of Ho Chi Minh City, close to the container port most of our FOB shipments move through.

That proximity keeps trucking short and inland transit predictable, which is part of what a lead time quote is built on. We haven't published exact distances or transit times — we would rather quote a lead time against your specific part and process than hand you a generic number.

A forklift on the plant floor
Loading areaPalletized cartons staged for the truck

05 — One program, start to finish

A die-cast base, quoted the way we would run it.

A real request for an aluminum die-cast base carrying 25 drilled and tapped holes. The customer and the drawing stay under NDA. Everything below is the plan we sent back with the quote: the tool, the fixtures, the finishing and the inspection. The casting and its tool come from a partner foundry; drilling, tapping and the inspection plan run at our lead CNC plant.

Cavities
1×2
Two parts per shot from one die-casting tool
Shots
80K
Tool life we guarantee before any repair is on us
Holes
25
Drilled per part, every one gauged
Per month
40K
Capacity with four CNC fixture sets running
  1. Die cast

    ADC12 aluminum from a two-cavity tool, parting line and ejector positions agreed with you before we cut steel.

  2. Drill & tap

    25 holes per part on four dedicated CNC fixture sets, two parts per fixture.

  3. Deburr

    Casting flash and drill burrs removed by hand at the bench.

  4. Magnetic finish

    The whole part tumbled in a magnetic finisher, which reaches burrs inside small holes that a hand tool cannot.

  5. Clean & dry

    Ultrasonic wash, then oven-dried, so no chips or coolant ride along in the carton.

  6. Pack

    Bagged one by one, six to a layer, ten layers to a carton.

The inspection plan, written before the first shot.

Fourteen features, split by where the risk is. Everything is checked on the first article. Machined holes are checked on every part, because a drill can wander on any cycle. Cast features are checked every two hours, because they only move when the tool wears.

A worker measuring the bore of a machined part with a digital caliper
In-process checkBore measured with a caliper at the machine
Die-cast base · inspection plan
FeatureRequirementMethodWhen
Drilled holes, locatingDiameter ±0.10 mm, depth to minimumGo/no-go pin gauge, caliperFirst article + every part
Drilled holes, mountingDiameter ±0.05 mm, depth to minimumGo/no-go pin gauge, caliperFirst article + every part
Cast heights and steps±0.10 mmCaliperFirst article + every 2 h
Flatness0.4 mmSurface plateFirst article + every 2 h
Cast bosses and bores±0.10 to ±0.20 mmCaliper, dedicated fixture gaugeFirst article + every 2 h
Tapped holesThread size and full depthScrew run-in to depthFirst article + every 2 h

06 — What the floor actually looks like

The floor, as it runs today.

No stock photography and no stand-ins. Every photograph in this grid is of our lead CNC plant's floor, machines and parts, unedited apart from cropping and resizing.

A single vertical machining center with its setup table
A single cellOne vertical machining center and its setup table
A bank of vertical machining centers at our lead CNC plant
Machining centersNumbered and run as a bank
A row of vertical machining centers with parts crates
Vertical machining rowSecond bank, parts crates at each cell
A row of CNC lathes
Lathe rowCNC lathes, run alongside the machining bank
An operator at an arm tapping station
Tapping stationArm tapper at the secondary-ops bench
A digital height gauge on a granite surface plate
InspectionHeight gauge on a granite plate

Photos of our lead CNC plant's floor, unedited apart from cropping and resizing. Part and process images elsewhere on this site are illustrations, not photographs.

07 — Come and see it

Walk the floor before you send a PO.

We are about 45 minutes by car from Tan Son Nhat International Airport (SGN). Send us your flight and we will pick you up at arrivals, walk you through the lead CNC plant, and drive you back.

Can’t fly out yet? We will walk the floor with you on a live video call, on your schedule: the machines, the inspection bench, the packing line, and your part on the machine if it is already running. No slides, no edited footage.