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URIQA — AI Research Workspace for R&D, Testing & QC Labs
URIQA is an AI research workspace for R&D, testing and QC labs: lab data, instrument exports and papers in one project, turned into reports where every claim cites its source.
- Free plan, no credit card — every AI feature included
- Research $199/yr · Professional $499/yr · Enterprise for institutions
- Word, PDF and PowerPoint exports with citations intact
Start free on URIQA Talk to our applications team
Built by materials scientists, for R&D, testing and QC labs. Our applications team will introduce you to the URIQA team.
AI research software
Your lab already has the answer — spread across COAs, analyzer exports, build logs and papers. URIQA puts them in one project, works through them with you, and drafts the report with every number traced to the file it came from. When a customer, auditor or reviewer asks “how do you know?”, the answer is one click away.
Built by materials scientists. URIQA was created by materials scientists who work in additive manufacturing. An example project asks why reused Ti-6Al-4V powder can fail the Grade 23 specification while it still looks fine, drawing on three open-access studies and six application notes on Verder Scientific equipment, with every finding traceable to its source.
What your lab gains
Reports that hold up to review
Every number and claim cites the file, table or paper behind it. Findings the AI drafted stay marked until you have reviewed them.
Errors caught before they ship
URIQA checks the claims in your notes against your data and flags what does not match — an outlier, a glitching sensor, a number the data does not support.
Hours back on literature
Hand an agent your question: it searches and reviews the literature and keeps every source and decision on the record for you to check.
Nothing lost when people move on
Files, findings, maps and drafts pass to the next student or engineer as one independent project copy, not a folder of loose files.
Client-ready under your name
URIQA Professional puts your logo, headers and footers on every Word, PDF and PowerPoint export.
Low cost to try
The Free plan includes every AI feature. Students and educators get URIQA Research for $149 a year after verification.
How it works
1 · Bring it in PDFs, Word, spreadsheets, images and instrument exports, uploaded or linked from Google Drive and OneDrive. Files it could not fully read are flagged, not skipped.
2 · Work it out Ask across the whole project — calculations run on your own tables. Keep notes apart from findings, chart replicates with error bars, and map what supports or contradicts each hypothesis. Agents can run a literature review with the method on record.
3 · Write it up Draft reports and slide decks with numbered citations, export to Word, PDF and PowerPoint, and hand a colleague an independent copy of the whole project.
See it on a real project: reused Ti-6Al-4V powder
Screens from one URIQA project: why reused Ti-6Al-4V powder can fail the Grade 23 specification while it still looks fine. It draws on three open-access studies and six instrument application notes, and every finding traces back to its source.
Screenshots courtesy of URIQA. Click any image to open it full size. Data in the plots: Harkin et al., Materials 15:2238 (2022) and Metals 10:1700 (2020), CC BY 4.0.
Where it fits in an additive manufacturing lab
- Powder lot review — certificates of analysis, particle size and shape exports from a CAMSIZER and the spec sheet, compared in one place.
- Powder reuse decisions — the data from each reuse cycle next to the literature, as in the Ti-6Al-4V Grade 23 example above.
- Failure analysis of printed parts — fracture photos, test results and build records tied to each conclusion.
- Research output — papers, thesis chapters, sponsor reports and lab-meeting decks drafted from the same evidence.
Examples of how labs can use URIQA’s general features; URIQA is not a dedicated powder or build-data system.
URIQA at a glance
| What it is | AI research workspace, used in the web browser |
| Reads | PDF, Word, PowerPoint, spreadsheets, images and data files; Google Drive and OneDrive links |
| Produces | Reports and slide decks with citations; Word, PDF and PowerPoint export |
| Built for | University labs, research institutes, R&D, testing and QC labs, failure analysis, materials and metallurgy |
| Data | AES-256 at rest, TLS in transit, not used to train AI; not for ITAR, CUI or classified data |
| How to buy | Free plan and subscriptions on uriqa.ai; introductions through the Additive Plus applications team |
Plans and prices
| Free — $0 | 5 projects · 250 MB storage · 300 AI credits to start · every AI feature · all report templates |
| Research — $19.99/month or $199/year | 50 projects · 25 GB storage · 500 AI credits a month · credit packs available |
| Students & educators — $14.99/month or $149/year | URIQA Research after verification |
| Professional — $49.99/month or $499/year | Unlimited projects (fair use) · 100 GB · 1,500 AI credits a month · your logo, headers and footers on exports · priority support |
| Enterprise — custom pricing | Managed users · shared workspaces · central billing · pooled credits · security review and onboarding · private-cloud deployment |
| Credit packs | 250 for $10 · 750 for $25 · 2,000 for $60. A question uses 1 credit, a file summary 3, a synthesis across sources 15. |
| Extra storage | +100 GB for $7.99/month or $79/year |
Plans and prices are set by URIQA, as published on uriqa.ai/pricing in October 2026. You subscribe and pay in the URIQA app.
Data and security. Encrypted in transit (TLS) and at rest (AES-256), isolated per workspace, never used to train AI, no tracking scripts. AI requests go to commercial model providers such as Google or OpenAI. URIQA is not intended for ITAR-controlled technical data, Controlled Unclassified Information or classified material unless agreed with URIQA in writing.
Start with one project
Free plan · no credit card. Want a walkthrough for your lab first? Our applications team will introduce you to the URIQA team.
Other products teams run alongside URIQA — AI Research Workspace for R&D, Testing & QC Labs
Inert-gas-fusion analyzer for oxygen and total hydrogen in metals — the sample melts in a graphite crucible in an 8.5 kW impulse furnace above 3,000 °C, with IR detection of oxygen and thermal conductivity for hydrogen.
- ✔ O / H by fusion · single or combined OH · inorganic samples
- ✔ 8.5 kW impulse furnace > 3,000 °C · closed gas system · low detection limits
- ✔ Up to 2000 mg · nitrogen carrier · Schuetze reagent · Autocleaner option
- ✔ Lead time: configured to order — request current timeline
In stock
· Lead time: configured to order — request current timeline
Multi-ramp version of the CW-800 for simultaneous carbon dioxide and water — up to five programmable temperature steps release and resolve TOC/TIC and water fractions without adding acids, measured by infrared cells.
- ✔ CO₂ + water · TOC / TIC without acids · fraction "chromatogram"
- ✔ Up to 5 programmable ramps · resistance furnace to 1,000 °C · 1–2 IR cells
- ✔ Nitrogen & oxygen carrier · gold IR path · no halogen trap
- ✔ Lead time: configured to order — request current timeline
In stock
· Lead time: configured to order — request current timeline
Inert-gas-fusion analyzer for oxygen and nitrogen in metals — the sample melts in a graphite crucible in an 8.5 kW impulse furnace above 3,000 °C, with IR detection of oxygen and thermal conductivity for nitrogen.
- ✔ O / N by fusion · single or combined ON · inorganic samples
- ✔ 8.5 kW impulse furnace > 3,000 °C · closed gas system · low detection limits
- ✔ Up to 2000 mg · argon carrier possible · Autocleaner option
- ✔ Lead time: configured to order — request current timeline
In stock
· Lead time: configured to order — request current timeline
Resistance-furnace analyzer for fast, simultaneous carbon and sulfur in organic matrices — combustion up to 1,550 °C with up to four solid-gold infrared cells over 20 ppm to 100 %, and an optimized low-blank sample port for reliable low-carbon analysis.
- ✔ Simultaneous C/S · 20 ppm–100 % · high sample weights
- ✔ Resistance furnace to 1,550 °C (1 °C steps) · up to 4 solid-gold IR cells
- ✔ Low-blank sample port · dual-furnace option · TIC module (DIN EN 15936)
- ✔ Lead time: configured to order — request current timeline
In stock
· Lead time: configured to order — request current timeline
Make your own gold, silver and platinum powder, measure it and print it — the ATO Noble, the Microtrac CAMSIZER X2+ and the AO Metal A100 as one precious-metal cell from one supplier.
- ATO Noble: Au 9 ct to 99.99%, Ag, Pt, Pd, Ir with Zero Loss recovery
- CAMSIZER X2+: size and shape from 0.9 µm to 8 mm in 1–3 minutes
- A100: Ø100 × 100 mm LPBF, optional blue laser for gold and silver
- Installation and training included · 8–14 weeks · 12-month warranty
Made to order
· Lead time 8–14 weeks · installation included
Manual-lid thermogravimetric analyzer — programmable furnace plus integrated balance measures moisture, ash and volatiles in up to 19 samples per run, 50–1,000 °C. A more economical route to standard-compliant TGA.
- ✔ 19 samples + 1 reference · 500 mg–5 g · moisture/ash/volatiles in one run
- ✔ Ceramic furnace 50–1,000 °C · N₂/O₂/air per stage · manual crucible lids
- ✔ Encapsulated balance 0.1 mg · ASTM D 7582 compliant
- ✔ Lead time: configured to order — request current timeline
Made to order
· Lead time: configured to order — request current timeline
Atomize your own alloy, measure the powder and print it — the ATO Lab, the Microtrac CAMSIZER X2+ and the AO Metal A50 as one materials-development cell from one supplier.
- ATO Lab: 20–120 µm spherical powder, oxygen below 10 ppm
- CAMSIZER X2+: size and shape from 0.9 µm to 8 mm in 1–3 minutes
- A50: Ø50 × 100 mm LPBF, every laser parameter open
- Installation and training included · 8–14 weeks · 12-month warranty
Made to order
· Lead time 8–14 weeks · installation included
Resistance-furnace analyzer for fast, simultaneous carbon, hydrogen and sulfur in organic matrices — combustion up to 1,550 °C with a heated H₂O infrared cell for hydrogen and solid-gold IR cells over 20 ppm to 100 %.
- ✔ Simultaneous C / H / S · 20 ppm–100 % · high sample weights
- ✔ Resistance furnace to 1,550 °C · heated H₂O IR cell · up to 3 solid-gold IR cells
- ✔ Low-blank sample port · dual-furnace option · TIC module (DIN EN 15936)
- ✔ Lead time: configured to order — request current timeline
In stock
· Lead time: configured to order — request current timelineWhat our customers say
“Harry and team were professional, effective communicators as we set up the order, then they executed quickly and produced an amazing product for us at a very competitive price. Am looking forward to our next print w Additive Plus!”
“Great 3D printing service and the resin parts look super smooth and clean. Really happy with how everything turned out!”
“Harry was very professional and helped me out with my 3D printing needs and explained what options I have in terms of filaments such as PEEK. Highly recommended.”
“I needed a 3D enclosure printed urgently in a specific time period, they did great!”
Common questions
Don't see yours? Email [email protected] — NDA on request, typical reply within 4 hours.
What is URIQA?
Who makes URIQA?
How much does URIQA cost?
Do paid URIQA plans get better AI?
Can URIQA read data from a particle analyzer?
Is my data used to train AI?
Can I use URIQA for ITAR or CUI data?
Can I share a project with a colleague?
Place your order, or talk to an engineer first
Order URIQA — AI Research Workspace for R&D, Testing & QC Labs direct, or talk to materials engineer