Machine Vision Knowledge Base: Lens Selection and Application Guides
Knowledge
Flash Measurement for Screws
What a one-shot vision system measures on screws and fasteners — head, shank, length, chamfer, bend — and where thread geometry forces a different instrument.
Flash Measurement for Connectors
Measuring connector pitch, terminal position and coplanarity with a one-shot system: what backlight projection resolves and where a height sensor becomes mandatory.
Batch Dimensional Inspection: 100% Checks, No Bottleneck
How to organise batch dimensional inspection with a one-shot vision system: fixture layout, cycle-time arithmetic, sampling versus 100%
Zoom Lens for FPC Inspection
When a zoom lens beats a fixed telecentric on an FPC line: real magnification, WD and per-step resolution data, plus the three cases where the zoom route stops working.
Zoom Lens Working Distance: 9 Real WD Values Explained
Working distance across 9 real zoom lens values: which models publish which WD, why the family clusters near 80 mm, and why spacers cannot extend WD on a zoom lens.
12.5X Zoom Lens Models & Controls | POMEAS
Eleven POMEAS 12.5X zoom lens product records (twelve model codes) compared: magnification, working distance, sensor, mount, control method and controller interface.
4K Zoom Lens: 4 Models, Real Resolution and Selection Rules
4K zoom lens models with real per-magnification resolution, distortion, WD and sensor data, plus the rules for checking whether a 4K claim holds on your camera.
200 mm Working Distance Telecentric Lens: 2 Models
Every POMEAS telecentric model at 200 mm working distance: 2 part numbers with magnification, resolution, DOF and distortion, plus the checks before you commit.
150 mm Working Distance Telecentric Lens: 6 Models
Every POMEAS telecentric model at 150 mm working distance: 6 part numbers with magnification, resolution, DOF and distortion, plus the checks before you commit.
Subscribe to Our Newsletter
Simply enter your email to receive the latest news and insights from Pomeas. Stay connected with Pomeas and be the first to discover new innovations in optical excellence.
