Infrared Moisture Balance: Direct Reading, No Conversion Tables
A self-contained loss-on-drying moisture balance with a built-in precision balance. Dries a 5-gram sample under an infrared lamp and reads moisture content directly from 0 to 100% on its own scale.
Direct reading: moisture loss shown on the built-in scale, no calculation needed.
Adjustable heat: lamp height sets the drying temperature for different materials.
Broad materials: cereals, grain, flour, dairy, confectionery, pharmaceuticals, and fodder.
No Longer Manufactured. Replaced by the HB300 Portable Universal Moisture Meter.
The HB200 was a programmable moisture meter you calibrated to your own materials, measuring almost any solid, powder, paste, or sheet. It has been replaced by the HB300, which keeps the same simple operation and adds on-board data logging and time-stamped records.
Calibrate to your material: Stored up to 10 of your own product calibrations on separate channels.
Instant, non-destructive readings: Contact probe gave an immediate moisture value with no sample prep.
Portable and rugged: Battery-powered, with shoulder strap and carrying case for field use.
Composition Sensor Head: Four Component Measurement, Sold On Its Own
The measurement head from the KJT500 system, available separately for installations that already had a processor unit or needed an additional measurement point on an existing line.
Four Components at Once: Moisture plus three, from fat and protein to film thickness and carbon content.
Complete in the Head: Calibrations, calculation, and display all live in the sensor, so it runs with or without a PC.
Adds to an Existing System: Connects to a processor board alongside other heads, up to four per board.
Built for the Plant Floor: Aluminum casting, dust proof and drip proof, with integrated air purge and humidity compensation.
Non-Ferrous Coating Thickness Gauge — Eddy Current, Integrated Printer - no longer in production
The LH200 measured insulating coatings on aluminum, copper, brass, and other non-ferrous metals, with on-board statistics and a built-in thermal printer. It has been replaced by the L500 dual-mode coating thickness gauge.
Non-ferrous substrates: Insulating coatings on non-magnetic metals
Eddy current method: Instant, non-destructive readings
Integrated thermal printer: Statistics printed on the spot
Micro Moisture Analyzer — Trace Measurement to 2 ppm, No Chemical Reagents
Measure moisture at levels as low as two parts per million using heated drying and selective moisture adsorption. Because no chemical reagents are used, only moisture is measured — with none of the reagent costs, solvent handling, or chemical waste disposal of Karl Fischer titration.
Trace sensitivity: Moisture readings to 2 ppm and mass changes to 10 µg
Karl Fischer alternative: No reagents, no solvents, no hazardous waste to dispose of
Selective measurement: An activated carbon filter passes only moisture, eliminating interference from other volatiles
Simple operation: Place the sample, select a drying program, and the analyzer stops automatically when the test is complete
Benchtop Wood Moisture Meter — No Longer Manufactured
The Turku was a benchtop resistance moisture meter notable for its two interchangeable probes: a non-penetrating contact probe for finished or delicate surfaces, and a 4-pin needle probe for internal measurement. One instrument covered both marking-sensitive and standard lumber work.
Two probes, one meter: Non-marking contact probe and penetrating 4-pin needle probe, interchangeable
Benchtop stability: Fixed-station measurement for repeatable shop and QC use
Automatic temperature compensation: Thermistor-based correction for consistent readings