Hikrobot MV-SC5060XM

Pixel geometry and neighbouring formats

The distinguishing published values for MV-SC5060XM are its 3200 × 1920 frame and 2 µm pixel pitch. The wide aspect provides more sampling positions across the horizontal axis than the 2432 × 2048 MV-SC5050XM, while its vertical count is lower. This makes the model a candidate for inspections spread laterally across a scene, with the optical design responsible for mapping the required field onto that grid.

A 2 µm sampling pitch places emphasis on lens resolution, focus and stable image scale. The 3200 × 1920 frame can support locating repeated features across a long component, checking presence at several lateral positions, or retaining detail in an extended marking area. These applications rely on the stated resolution and pitch; the acquisition setup must be completed around the actual variant used at the station.

MV-SC5100XM keeps 2 µm pixels and expands the image to 4096 × 2816, so it is the step toward a larger sampling grid. MV-SC5050XM uses 2432 × 2048, 3.45 µm pixels and up to 60 fps, with mono output and an M12 mechanical-focus mount explicitly stated. MV-SC5060XC shares the 3200 × 1920 and 2 µm entries, leaving those two imaging parameters equal between MV-SC5060XC and MV-SC5060XM.

Available versions

Same device, different configuration. We match the part number to your working distance and field of view.

Specifications

Selection and applications

Laterally distributed feature checks at 3200 × 1920. Optical sampling matched to 2 µm pixels. Wide-frame inspection layout.

Minimum kit: Set up MV-SC5060XM around its 3200 × 1920 imaging grid and 2 µm pixel pitch.

Nearby in the range: MV-SC5050XM — Prefer it for documented mono acquisition at 2432 × 2048 and up to 60 fps.; MV-SC5100XM — Prefer it for a 4096 × 2816 grid at the same 2 µm pixel pitch.; MV-SC5060XC — Consider it as the paired model with equal 3200 × 1920 resolution and 2 µm pitch..

Cables and accessories for this model

Compatibility per manufacturer data.

Data cables

ID Ethernet, M12 8-pin

I/O & power cables

ID power, M12 12-pin

Power

Power

Optics

M12 lenses

Lighting

SC lightingID/SC lighting

Mounting

Reader mountsCamera mounts

Protection

Covers & filters

All accessory families →

FAQ

What are the defining image dimensions of MV-SC5060XM?

The image is 3200 × 1920 and the pixel pitch is 2 µm. Together these values define the sampling grid for field-of-view and feature-size calculations, and they distinguish the model from the 2432 × 2048, 3.45 µm MV-SC5050XM.

When does MV-SC5100XM provide the stronger resolution case?

MV-SC5100XM increases the frame to 4096 × 2816 while retaining the same 2 µm pixel pitch. It is the factual alternative when a project needs more horizontal and vertical samples than the 3200 × 1920 grid of MV-SC5060XM.

How should field of view be considered with this pixel pitch?

The required field should be mapped across 3200 × 1920 samples, each on a 2 µm pitch at the sensor. A lens must reproduce enough object-space detail for that sampling density, so field coverage and the smallest inspection feature should be assessed together.

Are the 5060XC and 5060XM separated by frame dimensions?

Their listed frame dimensions are the same at 3200 × 1920, and each has a 2 µm pixel pitch. Consequently, neither total sample layout nor pitch provides a basis for choosing between MV-SC5060XM and MV-SC5060XC.

How does its aspect differ from the MV-SC5050XM image?

MV-SC5060XM is wider at 3200 samples but shorter at 1920 samples. MV-SC5050XM records 2432 × 2048, so it has fewer horizontal and more vertical samples; it also states mono output, 60 fps and an M12 mechanical-focus mount.