How to size a zoom lens for EV battery weld inspection: turning seam width into FOV, 6.5X and 12.5X working distance, depth of field, and RS-232 recipe switching.
Telecentric optics keep magnification constant across wafer, chip and package inspection. See verified POMEAS specs, magnification selection and coaxial lighting options.
What an image dimension measurement system is, how the POMEAS IMAGE 3 series is specified, and how to pick the right model by range, repeatability and height measurement.
POMEAS inline dimensional measurement systems: HM telecentric measuring heads and the LM-1030 laser diameter gauge for non-contact production-line inspection.
Real test data: POMEAS HM-series inline image measuring head on a fiber optic component with two micro-holes. 10 workpieces, 5 readings each, pooled σ 0.39–0.50 μm.
Inline image measuring heads, laser diameter gauges and 3D optical metrology for fiber optic connectors, ferrules, fiber arrays and optical transceiver components.
A missed 1 µm SiC defect is a resolution problem, not a pixel one: at 7.5× a 12.5X zoom samples 0.46 µm/pixel but resolves 3.05 µm. Sampling math, BF/DF/PL modes.
A PLC triggers and interlocks; the lens controller moves. The five-step handshake, the interlocks that prevent wrong-magnification frames, and what to confirm per model.
A lab bench needs a zoom range matched to its sample set and a record that can be compared months later. Sizing, sampling, working distance and documentation habits.
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