Hikrobot MV-SC5100XC

High-sample imaging within SC5000X

A 4096 × 2816 frame on a 2 µm pixel pitch is the central imaging characteristic of MV-SC5100XC. The format provides a dense rectangular sampling grid for scenes where many features must remain separable in one view. Compared with the 3200 × 1920 MV-SC5060XC, it adds sample positions in both axes without changing the stated pitch, placing MV-SC5100XC above MV-SC5060XC in spatial coverage potential.

The resolution suits inspection layouts that divide a broad image among multiple regions, locate small edges across a large component, or examine extended print and surface patterns. Optical selection must account for both the full 4096 × 2816 field and the 2 µm sensor sampling. Stable focus and appropriate magnification are necessary if object detail is to be represented by the available pixel grid.

MV-SC5060XC is the lower-resolution neighbour at 3200 × 1920 with the same 2 µm pitch, fitting a scene that needs fewer samples. MV-SC5120XC-00C-NNN increases the image to 4096 × 2944, uses 3.45 × 3.45 µm pixels and lists colour output with a global shutter. MV-SC5100XM matches MV-SC5100XC at 4096 × 2816 and 2 µm, so those core spatial values are shared by the paired models.

Available versions

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

Specifications

Selection and applications

Dense inspection imaging at 4096 × 2816. Multi-region feature localisation. Optical design around a 2 µm pixel pitch.

Minimum kit: Set up MV-SC5100XC around its 4096 × 2816 imaging grid and 2 µm pixel pitch.

Nearby in the range: MV-SC5060XC — Prefer it when 3200 × 1920 is sufficient at the same 2 µm pitch.; MV-SC5120XC-00C-NNN — Prefer it for 4096 × 2944 colour capture with global shutter and C-mount.; MV-SC5100XM — Consider it as the paired 4096 × 2816 model with the same 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 image format defines the MV-SC5100XC selection point?

MV-SC5100XC provides 4096 × 2816 sampling positions with a 2 µm pixel pitch. This is the largest horizontal count among the SC5000X entries, shared with MV-SC5120XM and MV-SC5120XC-00C-NNN, while its vertical count sits below their 2944 samples.

How does MV-SC5060XC compare at the same sensor pitch?

Both models state a 2 µm pitch. MV-SC5060XC uses 3200 × 1920, whereas MV-SC5100XC uses 4096 × 2816. MV-SC5100XC therefore provides more sample positions along both axes for the field mapped by the optics.

Which model adds vertical samples beyond the 4096 × 2816 frame?

MV-SC5120XC-00C-NNN retains a 4096-pixel width and increases the height from 2816 to 2944. It also lists 3.45 × 3.45 µm pixels, colour output, global shutter, C-mount and a maximum frame-rate value of 30.

What optical calculation should start a 2 µm-pixel application?

Begin with the object field that must fit across 4096 × 2816 samples and the smallest feature that must remain distinct. Those values determine the required image scale, while the lens must transfer appropriate detail to the 2 µm sampling pitch.

Do MV-SC5100XC and MV-SC5100XM have different spatial entries?

The spatial entries are equal: MV-SC5100XC and MV-SC5100XM both state 4096 × 2816 resolution and 2 µm pixel pitch. A resolution or pitch comparison alone therefore gives no reason to select one of these variants over the other.