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

One device, different revisions. We ship the current one by default; if a specific revision is already installed on your line, name it in the request and we will match it.

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.