Made to order

AO Metal A50 + ATO Lab + CAMSIZER X2+: R&D Bundle

With every system

Install, commissioning & training All three machines set up and dialed in at your site
Applications engineering Workflow tuned to your alloys and program

3D printers, Atomizers, Bundle, Bundle 3D Printers, Business 3D Printers, Dynamic Image Analysis (DIA), Education 3D Printers, Elemental Analyzers, Engineering 3D Printers, Jigs&Fixtures 3D Printers, LPBF (DMLS) 3D Printers, Material Development 3D Printers, Metal 3D printers, Metal 3D Printers, Mictrotrac Particle Characterization, Particle Size & Shape Analysis, Powder, R&D, Reactive (ATO Lab+), Ultrasonic Metal Atomizers · Ultrasonic atomization, Metal LPBF

AO Metal A50 + ATO Lab + CAMSIZER X2+: R&D Bundle

Name: AO Metal A50 + ATO Lab + CAMSIZER X2+: R&D Bundle
SKU: RND-BUNDLE

Turn a new alloy into a printed part without leaving the lab. The ATO Lab atomises your own feedstock into spherical powder, the CAMSIZER X2+ measures its size and shape, and the AO Metal A50 prints it with every laser parameter open — no cartridges, no annual licence. Configured to order; lead time on request. Installation and commissioning in the USA: facility and gas planning, start-up and operator training by our US service team.

Prices follow supplier cost and stock availability and are updated regularly. The price you see is today's price — once you order, it's held for 7 days.

Install + training included Tailored service plan

3-in-1 R&D cell

0.8µm–8mm Particle analysis

20–120µm Powder output

Years→days Development time

What your materials engineer actually checks

The full loop on one bench

Atomize a custom alloy on ATO Lab Plus, characterise it on the CAMSIZER X2+, and print it on the AO Metal A50 — the complete powder-to-part R&D loop from a single supplier, sized for the lab.

Small batches, fast iteration

Atomize a few kilograms at a time instead of waiting on a large minimum order, so you qualify a new alloy in weeks and iterate without a powder-vendor bottleneck.

A materials engineer on the line

We run atomization, characterization and LPBF in-house through ATO Lab and AO Metal. Alloy setup, PSD targets and print parameters — factory-trained engineers, sub-4h reply, NDA standard.

About this product

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The R&D Bundle puts three machines in one materials-development cell — the ATO Lab ultrasonic atomizer, the CAMSIZER X2+ particle size & shape analyzer, and the AO Metal A50 LPBF printer. Atomize a new alloy, measure the powder, and print with it — all in-house, cutting material development from years to days.

R&D Bundle: ATO Lab atomizer, CAMSIZER X2+ analyzer and AO Metal A50 metal LPBF printer — One cell, three machines — atomize, analyze and print your own alloys

What’s in the bundle

Three tools that close the powder-to-part loop.

Atomize
ATO Lab
Ultrasonic atomizer — 20–120 µm powder, reactive metals, hundreds of g/hr.
View product →

Analyze
CAMSIZER X2+
Dynamic Image Analysis — 0.9 µm to 8 mm, size & shape in 1–3 min.
View product →

Print
AO Metal A50
Compact LPBF printer — Ø50×100 mm build, fiber laser, hard-alloy platform.
View product →

Why teams buy the cell, not the parts

Owning the whole loop is what compresses development time.

Closed development loop

Atomize, measure and print the same material in one place — every iteration stays in-house, on your schedule.

Powder ready to print

The ATO Lab output is characterized on the CAMSIZER X2+, so the A50 prints on verified feedstock — not a datasheet.

New alloys, years to days

Develop and parametrize new compositions in-house — no external atomization, testing or print-service lead times.

Compact R&D footprint

All three units are sized for a research lab — the ATO Lab is no larger than an office cupboard, and the A50 fits through a standard door.

How the loop runs

From raw alloy to a printed metal part, in one cell.

Step 01

Atomize

The ATO Lab turns your alloy — reactive or not — into 20–120 µm powder in a hermetically sealed chamber.

Step 02

Analyze

The CAMSIZER X2+ measures size and shape from 0.9 µm to 8 mm, confirming the powder is on spec in minutes.

Step 03

Print

The AO Metal A50 prints test geometries from the verified powder, and the results feed the next iteration.

Key specs at a glance

Headline figures for each machine in the cell.

Machine	Role	Key figures
ATO Lab	Ultrasonic atomizer	20–120 µm powder; hundreds of g/hr; reactive & non-reactive metals; sealed chamber; touchscreen; MBRFS multi-bar feed
CAMSIZER X2+	Particle size & shape analyzer	0.9 µm – 8 mm; Dynamic Image Analysis (ISO 13322-2); dual cameras >420 fps; result in 1–3 min; modular X-change dispersion
AO Metal A50	Metal LPBF 3D printer	Ø50×100 mm build; fiber laser (optional multi-laser to 1000 W + 250 W blue 445 nm); optional 900 °C platform for hard alloys

Configurations vary — final specs are confirmed on quotation.

Where the cell earns its place

Any team that develops or qualifies its own metal powders.

New alloy development

Pour, measure and print compositions on demand

Process parametrization

Dial print parameters to your actual powder

Reactive metals R&D

Titanium, aluminum and their alloys

University & research labs

In-house materials science, end to end

Powder quality control

Verify size and shape before every build

Small-series metal parts

Complex geometries and prototypes

Other configurations

A different bundle, or a single machine on its own.

Bundle
Jewelry Bundle
Precious-metal version of this development cell.
View bundle →

Atomizer
ATO Sparq
Higher-throughput ultrasonic atomizer option.
View system →

Single unit
ATO Lab
Just the atomizer, bought on its own.
View system →

Planning a materials-development program? — a materials engineer will tailor the AO Metal A50 + ATO Lab + CAMSIZER X2+ cell to your alloys and throughput. Sub-4h reply, NDA standard.

Full specification of the three systems in the R&D bundle brochure.

Printing Materials	Metal Powders
Technology	Ultrasonic atomization, Metal LPBF
Brand	3D Lab, AO Metal, Microtrac, Verder Scientific

Product videos

Common questions

Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.

What's included in the R&D Bundle?

Three machines as one materials-development cell: the ATO Lab Plus ultrasonic atomizer, the CAMSIZER X2+ particle size and shape analyzer, and the AO Metal A50 LPBF 3D printer.

What problem does it solve?

It closes the materials-development loop in-house — atomize a powder, measure it, print with it, and iterate — cutting new-alloy development from years to days.

What powder can the ATO Lab Plus make?

Metal powder from 20 to 120 microns at several hundred grams per hour, including reactive metals like titanium and aluminum thanks to its hermetically sealed chamber.

What can the CAMSIZER X2+ measure?

Particle size and shape from 0.8 µm to 8 mm using Dynamic Image Analysis (ISO 13322-2), characterizing a sample in one to three minutes.

What does the A50 printer offer?

A compact LPBF metal printer with a Ø50×100 mm build, a robust fiber laser (optional multi-laser up to 1000 W plus a 250 W blue laser), and an optional 900 °C platform for hard-melting alloys.

Who is the bundle for?

Research labs and material-development teams that want to develop and qualify new alloys and process parameters in-house rather than outsourcing. Talk to an applications engineer to tailor the cell.

Place your order, or talk to an engineer first

Order AO Metal A50 + ATO Lab + CAMSIZER X2+: R&D Bundle direct, or talk to materials engineer

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