Eddy current coating thickness gauge for coatings on aluminum, copper, and brass, no longer in production.
The LH300 measured insulating coatings on non-magnetic metal substrates from a pocket-size handheld unit. It has been succeeded by the L600S, which carries the same non-ferrous measurement with far greater memory, a color display, and USB-C output.
No longer manufactured: The LH300 has reached end of life. The L600S is its current production replacement.
Eddy current measurement: Insulating coatings on aluminum, copper, brass, and other non-magnetic metals.
Pocket-size and simple: Non-volatile calibration memory and one-handed operation for straightforward field measurement.
Dual-substrate coating thickness gauge for ferrous and non-ferrous work, no longer in production.
The LZ300 measured non-magnetic coatings on steel and insulating coatings on aluminum, copper, and brass from a single pocket-size handheld unit, switching between electromagnetic and eddy current probes. It has been succeeded by the L600S, which carries the same dual capability with far greater memory, a color display, and USB-C output.
No longer manufactured: The LZ300 has reached end of life. The L600S is its current production replacement.
Dual measurement: Electromagnetic and eddy current modes in one unit, covering both magnetic and non-magnetic substrates.
Pocket-size and simple: Non-volatile calibration memory and one-handed operation for straightforward field measurement.
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 It has been replaced by the L500 dual-mode coating thickness gauge.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
