Our O-N-H analyzers deliver accurate determination of oxygen, nitrogen, and hydrogen in metals and alloys used for 3D printing. Perfect for additive manufacturing research, 3D printing labs, and production facilities, they provide critical data to optimize 3D printed parts and material performance.
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.
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.
In stock
· Lead time: configured to order — request current timeline
Inert-gas-fusion analyzer for oxygen, nitrogen and 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 nitrogen and hydrogen.
In stock
· Lead time: configured to order — request current timeline
Analyzer for hydrogen in metals by hot extraction — the solid sample drops into a tilting furnace at 900–1,000 °C, and a nitrogen carrier sweeps the diffused hydrogen into a high-capacity thermal conductivity cell in 3–15 minutes.
In stock
· Lead time: configured to order — request current timelineUpload your file or talk to an engineer — no obligation, no spam, NDA standard. First-time customers get free DfAM review.
Get Instant Quote
Engineer-reviewed · Confidential · Fast response