Skip to content

Capabilities

What we machine

Precision 3-axis and 5-axis CNC milling and CNC turning for complex, tight-tolerance components — programmed, cut and inspected in-house.

01

Advanced 5-Axis CNC Machining

Complex geometries, angled features, multi-sided components and tight positional relationships machined in fewer setups.

02

3-Axis CNC Milling

High-speed vertical milling for brackets, plates, housings, manifolds and fixtures — accurate, repeatable, production-ready.

03

CNC Turning

Precision lathe work for shafts, bushings, spacers and round stock — concentric, on-spec, production-ready.

04

Laser Engraving & Part Marking

Permanent part numbers, serial numbers, logos, identification marks and traceability information on machined components.

05

Prototype to Production

One-off prototypes through repeat production runs, from your print or STEP file to finished, inspected components.

06

Difficult Materials

Stainless, tool steels, titanium and engineering plastics — machined with the tooling and strategies each one demands.

Haas UMC-500SS five-axis machining centre on the Titantech CNC shop floor, mid-cut with the tool changer loaded

01

Advanced 5-Axis CNC Machining

Complex geometries, angled features, multi-sided components and tight positional relationships machined in fewer setups. Our 5-axis capability allows us to tackle intricate components while improving accuracy, repeatability and surface consistency.

Every time a part comes out of the vise and goes back in, it picks up error. Machining in a single setup removes those handoffs — which is what holds true position across the whole envelope rather than only within one face, and what keeps surface finish consistent across blended faces.

Haas VF-2SS vertical machining centre with vises fixtured on the table for a milling run

02

3-Axis CNC Milling

High-speed vertical milling on our Haas VF-2SS. Brackets, plates, housings, manifolds, fixtures and adapter blocks — the precision components a machine, an assembly or a line cannot run without.

We program, cut and inspect every job in-house, so what we quote is what we run. That matters most on repeat work: the second batch comes off the same program, on the same setup, to the same numbers as the first.

Haas TL-1P CNC toolroom lathe set up for turning work at Titantech CNC in Tucson

03

CNC Turning

Shafts, bushings, spacers, pins, standoffs, threaded bodies and anything else that starts as round stock, turned on our Haas TL-1P. Turned work is judged on concentricity and finish, and both are set long before the tool touches metal — in the workholding, the tooling, and the feeds we choose.

We run turning as one-off prototypes and as repeat production, and we are equally set up for either.

Laser marking head with air assist cutting a fine violet beam into a metal surface

04

Laser Engraving & Part Marking

Permanent part numbers, serial numbers, logos, identification marks and traceability information on machined components — marked into the material rather than printed on and worn off.

Marking is usually the last operation on a part we already machined, which keeps it registered to the features it refers to. We also mark customer-supplied components.

Precision-machined metal components with milled pockets and bored holes, resting under shop lighting

05

Prototype to Production

Send a drawing or a STEP file and we will tell you what it takes to make it: where a feature will drive cost, where a material change buys you margin, and where the print calls for a tolerance the part does not need.

The same programs, fixturing and inspection carry from the first article through to repeat production, so a part that qualifies as a prototype is the part you receive at quantity.

Stacked ends of round metal bar stock, showing the range of alloys a machine shop holds

06

Difficult Materials

Hardened tool steels, work-hardening stainless, titanium and engineering plastics each fail in their own way, and each needs its own tooling, feeds and workholding to hold size and finish.

We machine across that range routinely. If you are unsure what a component should be made from, say so on the RFQ — recommending a material is part of the quote.

Equipment

The machines behind the work

Modern Haas CNC equipment, programmed and maintained in-house. What each machine is for, and what it lets us take on.

Haas UMC-500SS five-axis machining centre on the Titantech CNC shop floor, mid-cut with the tool changer loaded

Haas UMC-500SS

5-axis CNC machining. Complex, multi-sided geometry in a single setup — the machine behind our tightest positional work.

Haas VF-2SS vertical machining centre with vises fixtured on the table for a milling run

Haas VF-2SS

High-speed vertical CNC milling. Fast, repeatable 3-axis work across prototypes and production runs.

Haas TL-1P CNC toolroom lathe set up for turning work at Titantech CNC in Tucson

Haas TL-1P

Precision CNC turning. Concentric shafts, bushings, spacers and threaded bodies.

Materials

Materials we machine

Common production grades through demanding alloys and engineering plastics. If what you need is not listed, ask — the answer is usually yes.

Stainless Steel

303, 304, 316, 17-4 PH, 420

Aluminum

6061, 7050 and other grades

Alloy & Tool Steel

4140, A2, DC53, 1018

Copper & Brass

Free-machining and high-conductivity grades

Engineering Plastics

PEEK, Ultem, Delrin, Nylon

Advanced Materials

Titanium and other demanding alloys

Industries

Who we machine for

Aerospace

Defense

Semiconductor

Robotics & Automation

Energy

R&D / Prototyping

Advanced Manufacturing

Tolerances

We hold tight tolerances where a drawing calls for them. Not every feature needs one, and quoting a whole component at its tightest tolerance is how a shop ends up expensive for no reason — so call out the dimensions that are critical and we will put the time there.

Inspection happens in-house alongside programming and machining, which is what lets us catch a problem while the setup is still on the machine.

What to send

A drawing or a STEP file and a quantity is enough to start. If the component has a critical fit, a surface finish requirement, or a material you have already qualified, include it — those are the constraints that change how a part is programmed and fixtured.

If you have not settled on a material, say so. Recommending one is part of the quote.

By the numbers

Tolerances
TIGHT
Axes
5
Experience
20+
Materials
15+

Ready when you are

Send us a print.
Get a quote back fast.

Send your drawing, STEP file and quantity. We'll review manufacturability, material requirements, tolerances and lead time and get back to you quickly.