The AELAB CM-1210A Coating Thickness Gauge is a portable non-destructive testing instrument engineered for precise measurement of protective and functional coatings on metal substrates. Utilizing magnetic induction and eddy current principles, the instrument supports industrial inspection, laboratory analysis, and quality assurance workflows where coating thickness control is critical.
With automatic substrate recognition and calibration memory, the AELAB CM-1210A coating thickness gauge ensures repeatable and stable measurements across diverse materials, supporting reliable surface evaluation in manufacturing, maintenance, and inspection environments.
The AELAB CM-1210A coating thickness gauge features a compact handheld housing with an integrated LCD display and a separate probe configuration. The probe assembly is optimized for stable contact on flat, curved, and small surfaces, improving measurement repeatability during continuous coating thickness testing.
The AELAB CM-1210A coating thickness gauge analyzes coating thickness using magnetic induction (F) to quantify non-magnetic layers on ferromagnetic substrates and eddy current (N) technology to measure non-conductive coatings on non-magnetic metals. The instrument automatically recognizes the substrate type and applies the appropriate testing method without manual selection.
The AELAB CM-1210A coating thickness gauge supports USB and RS-232 data output for direct PC connectivity. Optional Bluetooth data transmission enables wireless integration into inspection workflows and digital reporting systems, supporting GLP-oriented documentation and traceability.
The AELAB CM-1210A coating thickness gauge is used for coating thickness inspection in industrial manufacturing, automotive finishing, metal fabrication, corrosion protection evaluation, surface treatment verification, and laboratory-based material testing where non-destructive coating analysis is required.
The AELAB CM-1210A coating thickness gauge is designed for professional inspection environments and supports calibration traceability, data integrity, and consistent measurement practices aligned with ISO-style quality management and GLP-oriented inspection protocols.
Specifications :
| Parameter | Specification |
|---|---|
| Measurement Method | Magnetic Induction (F) / Eddy Current (N) |
| Applicable Coatings | Non-magnetic coatings on magnetic materials; Non-conductive coatings on non-magnetic metals |
| Measurement Modes | Single Measurement / Continuous Measurement |
| Unit Selection | Metric / Imperial |
| Calibration | Automatic calibration memory |
| Substrate Recognition | Automatic |
| Audible Indicator | Buzzer in single mode; silent in continuous mode |
| Data Output | USB / RS-232 / Optional Bluetooth |
| Probe Type | Separate probe design, multiple probe types supported |
| Power Management | Manual or automatic shutdown |
| Parameter | Specification |
|---|---|
| Measurement Method | Magnetic Induction (F) / Eddy Current (N) |
| Applicable Coatings | Non-magnetic coatings on magnetic materials; Non-conductive coatings on non-magnetic metals |
| Measurement Modes | Single Measurement / Continuous Measurement |
| Unit Selection | Metric / Imperial |
| Calibration | Automatic calibration memory |
| Substrate Recognition | Automatic |
| Audible Indicator | Buzzer in single mode; silent in continuous mode |
| Data Output | USB / RS-232 / Optional Bluetooth |
| Probe Type | Separate probe design, multiple probe types supported |
| Power Management | Manual or automatic shutdown |
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