Scientific Imaging Solutions
ScientificCMOS & sCMOS Cameras
Meticulously engineered cameras featuring high-performance Gpixel GSENSE sCMOS and Sony Exmor large-format CMOS sensors. Optimized for deep-sky observation, ultraviolet imaging, cell biology research, and industrial inspection.
sMAX04BM Series
Ultra-High Sensitivity & High Frame Rates
The sMAX04BM series scientific sCMOS camera is optimized for weak-light imaging applications. Utilizing the back-illuminated GSENSE2020BSI sensor, it achieves an incredible 95% quantum efficiency. Supported by high-speed CameraLink and USB 3.0 interfaces, it outputs up to 108 fps at full 4.2MP resolution, making it ideal for bioluminescence, fluorescence microscopy, and fast physical dynamics.
Key Technical Advantages
- Back-illuminated GSENSE2020BSI sensor with 95% Peak QE
- Ultra-high frame rates: 108 fps (CameraLink) / 89 fps (USB 3.0)
- Dual cooling system reducing thermal noise (35-40°C below ambient)
- High dynamic range mode (91.8dB) with 16-bit digitizer
- Anti-fog heating structure for low-temperature environments
- Precision external 7-Pin I/O trigger synchronization
Thermoelectric Cooling (TEC) & Heated Anti-Fog
Equipped with an advanced thermoelectric cooling structure to achieve a temperature drop of up to 40°C. An integrated heated glass anti-fog window prevents sensor surface condensation in cold or humid environments.
Mechanical Drawings
Interactive Educational Lab
Scientific Camera Parameter Simulator
Understanding technical camera specs is essential for optimizing setups. Select a parameter below to dynamically simulate its optical and physical effects.
Back-Illuminated (95% Peak QE)
Quantum Efficiency (QE) & Noise
Quantum Efficiency (QE) measures a sensor's effectiveness in converting incoming photons into electronic signals (photoelectrons).
Traditional Front-Illuminated (FI) cameras have wires on top of the silicon, blocking light and reducing QE to ~50%.
High-end Back-Illuminated (BSI) cameras flip the silicon substrate to expose it directly to light, raising QE to an incredible 90%–95%. This enables detection of faint fluorescence and astronomy subjects that would be lost under the noise floor of low QE sensors.
Simulator Controls
💡 Scientific Impact
A 95% QE camera halves the required exposure time or excitation laser intensity compared to a 50% QE sensor, reducing sample phototoxicity and photobleaching.
Comprehensive Specifications
sMAX Series Camera Comparison
Detailed parameter breakdown for scientific camera models. Standard SDKs support Windows, Linux, macOS, and Android.
| Technical Parameter | sMAX04BM Series | sMAX16AM-GPS | sMAX16BM / 81BM-GPS |
|---|---|---|---|
| Image Sensor | Gpixel GSENSE2020BSI (Mono, UV, Rolling Shutter) | Gpixel GSENSE4040 (Mono, UV, Rolling Shutter) | Gpixel GSENSE4040BSI (Mono, UV, Rolling Shutter) |
| Spectral Range | 200nm – 1100nm | 200nm – 1100nm | 200nm – 1100nm |
| Resolution (Pixels) | 4.2 Megapixels (2048 x 2048) | 16.0 Megapixels (4096 x 4096) | 16.0 Megapixels (4096 x 4096) |
| Pixel Size (μm) | 6.5 x 6.5 | 9.0 x 9.0 | 9.0 x 9.0 |
| Sensor Format / Size | 1.2" (13.31mm x 13.31mm) | 3.2" (36.8mm x 36.8mm) | 3.2" (36.8mm x 36.8mm) |
| A/D Conversion | 8-Bit / 11-Bit / 12-Bit / 16-Bit (HDR) | 8-Bit / 12-Bit / 16-Bit (HDR) | 8-Bit / 12-Bit / 16-Bit (HDR) |
| Frame Rate (USB 3.0) | 72.5 fps @ 2048x2048 (U3) 89 fps @ 2048x2048 (U100) | 20 fps @ 4096x4096 80 fps @ 2048x2048 | 20 fps @ 4096x4096 20 fps @ 2048x2048 |
| Frame Rate (CameraLink) | 108 fps @ 2048x2048 (CL100) | 23 fps @ 4096x4096 90 fps @ 2048x2048 | 23 fps @ 4096x4096 23 fps @ 2048x2048 |
| Peak Quantum Efficiency | 95% @ 560nm | 73.94% @ 600nm | 90% @ 550nm |
| Dark Current | 0.45 e-/s/pixel @ -30℃ | 0.2 e-/s/pixel @ 0℃ | TBD (Extremely Low) |
| Dynamic Range / SNR | 47.3dB (LCG Mode) 91.8dB (HDR 16-bit) | 49.3dB (LCG 2.8x Mode) 83.4dB (HDR 16-bit) | 45.9dB (LCG 3x Mode) 85.0dB (HDR 16-bit) |
| Exposure Range | 12μs – 3600s (Standard) 12μs – 10s (High Speed) | 12μs – 3600s | 12μs – 3600s |
| Cooling Performance | 35℃ – 40℃ below ambient | TEC cooling, up to 40℃ temperature drop | TEC cooling, up to 40℃ temperature drop |
| Data Interfaces | USB 3.0 / CameraLink | USB 3.0 / CameraLink | USB 3.0 / CameraLink |
| Anti-Fogging mechanism | Yes (Heated window prevents condensation) | Yes (Heated window prevents condensation) | Yes (Heated window prevents condensation) |
| Trigger Options | 7-Pin External IO trigger control | 7-Pin External IO trigger control, GPS support | 7-Pin External IO trigger control, GPS support |
Connectivity & Layout
Camera Panel Ports & Dimension Layout
These scientific cameras are designed with standard scientific high-speed transmission interfaces, providing rapid transfer of image and video data. Supported with multiple hardware options including CameraLink, USB 3.0, 10GigE, and CXP (CoaXPress) connections.
High-Speed Video Preview
Multiple output data lines allow concurrent high-speed visual pipelines for real-time adjustments.
GPS Sync Option
Provide geographical location and millisecond timing synchronization for astronomy KOC/observatory collaboration and research.
Find the Perfect Camera for Your Setup
Our specialists help research laboratories, industrial inspection lines, and astronomy groups select, configure, and integrate high-end scientific camera solutions in the Netherlands.
Full model list
All scientific cameras
Every sCMOS, sCCD, and NIR-II model in the range, with sensor, resolution, and interface at a glance. Open any model for the full specification and datasheet.
35 models · 7 series
E2V
1 models| Model | Sensor | Resolution | Pixel Size | Frame Rate | Interface | Datasheet | |
|---|---|---|---|---|---|---|---|
| sCCD01AM | E2V CCD261 | 2048 × 1 | 15 µm × 15 µm | 12 fps @ 2048 × 1 | USB3 | Details → |
MAX GSENSE
3 models| Model | Sensor | Resolution | Pixel Size | Frame Rate | Interface | Datasheet | |
|---|---|---|---|---|---|---|---|
| MAX04AM | GSENSE2020e (M, NIR, RS) | 4.2 MP (2048×2048) | 6.5 µm × 6.5 µm | 45 fps @ 2048×2048; 45 fps @ 1024×1024 | USB3.0 | Details → | |
| MAX04BM | GSENSE2020BSI (M, UV, RS) | 4.2 MP (2048×2048) | 6.5 µm × 6.5 µm | 45 fps @ 2048×2048; 45 fps @ 1024×1024 | USB3.0 | Details → | |
| MAX04CM | GSENSE400BSI (M, UV, RS) | 4.2 MP (2048×2048) | 11 µm × 11 µm | 44 fps @ 2048×2048; 44 fps @ 1024×1024 | USB3.0 | Details → |
MAX Sony
15 models| Model | Sensor | Resolution | Pixel Size | Frame Rate | Interface | Datasheet | |
|---|---|---|---|---|---|---|---|
| MAX102AC-10G | IMX461AQR (C, RS) | 102 MP (11648×8742) | 3.76 µm × 3.76 µm | 8.7 fps @ 11648×8742; 8.7 fps @ 5824×4370; 27.8 fps @ 3872×2912; 82.5 fps @ 1280×970 | 10GigE | Details → | |
| MAX102AC-U3 | IMX461AQR (C, RS) | 102 MP (11648×8742) | 3.76 µm × 3.76 µm | 3.5 fps @ 11648×8742; 8.7 fps @ 5824×4370; 27.8 fps @ 3872×2912; 82.5 fps @ 1280×970 | USB3.0 | Details → | |
| MAX102AM-10G | IMX461ALR (M, RS) | 102 MP (11648×8742) | 3.76 µm × 3.76 µm | 8.7 fps @ 11648×8742; 8.7 fps @ 5824×4370; 27.8 fps @ 3872×2912; 82.5 fps @ 1280×970 | 10GigE | Details → | |
| MAX102AM-U3 | IMX461ALR (M, RS) | 102 MP (11648×8742) | 3.76 µm × 3.76 µm | 3.5 fps @ 11648×8742; 8.7 fps @ 5824×4370; 27.8 fps @ 3872×2912; 82.5 fps @ 1280×970 | USB3.0 | Details → | |
| MAX151AC-10G | IMX411AQR (C, RS) | 151 MP (14176×10640) | 3.76 µm × 3.76 µm | 6.1 fps @ 14176×10640; 6.9 fps @ 7072×5320; 20.8 fps @ 4704×3546; 61.9 fps @ 1568×1178 | 10GigE | Details → | |
| MAX151AC-U3 | IMX411AQR (C, RS) | 151 MP (14176×10640) | 3.76 µm × 3.76 µm | 2.4 fps @ 14176×10640; 6.9 fps @ 7072×5320; 20.8 fps @ 4704×3546; 61.9 fps @ 1568×1178 | USB3.0 | Details → | |
| MAX151AM-10G | IMX411ALR (M, RS) | 151 MP (14176×10640) | 3.76 µm × 3.76 µm | 6.1 fps @ 14176×10640; 6.9 fps @ 7072×5320; 20.8 fps @ 4704×3546; 61.9 fps @ 1568×1178 | 10GigE | Details → | |
| MAX151AM-U3 | IMX411ALR (M, RS) | 151 MP (14176×10640) | 3.76 µm × 3.76 µm | 2.4 fps @ 14176×10640; 6.9 fps @ 7072×5320; 20.8 fps @ 4704×3546; 61.9 fps @ 1568×1178 | USB3.0 | Details → | |
| MAX24AC | IMX410 (C, RS) | 24 MP (6064×4040) | 5.94 µm × 5.94 µm | 15.3 fps @ 6064×4040 (14-bit); 41 fps @ 3024×2012; 114 fps @ 2016×1342 | USB3.0 | Details → | |
| MAX251AC-10G | IMX811AQR (C, RS) | 251 MP (19200×12800) | 2.81 µm × 2.81 µm | 1.5 fps @ 19200×12800 | 10GigE | Details → | |
| MAX251AC-U3 | IMX811AQR (C, RS) | 251 MP (19200×12800) | 2.81 µm × 2.81 µm | 1.5 fps @ 19200×12800 | USB3.0 | Details → | |
| MAX251AM-10G | IMX811ALR (M, RS) | 251 MP (19200×12800) | 2.81 µm × 2.81 µm | 1.5 fps @ 19200×12800 | 10GigE | Details → | |
| MAX251AM-U3 | IMX811ALR (M, RS) | 251 MP (19200×12800) | 2.81 µm × 2.81 µm | 1.5 fps @ 19200×12800 | USB3.0 | Details → | |
| MAX62AC | IMX455 (C, RS) | 61 MP (9568×6380) | 3.76 µm × 3.76 µm | 6.1 fps @ 9568×6380 (16-bit); 19.1 fps @ 4784×3190; 55.6 fps @ 3184×2124; 191 fps @ 1040×706 | USB3.0 | Details → | |
| MAX62AM | IMX455 (M, RS) | 61 MP (9568×6380) | 3.76 µm × 3.76 µm | 6.1 fps @ 9568×6380 (16-bit); 19.1 fps @ 4784×3190; 55.6 fps @ 3184×2124; 191 fps @ 1040×706 | USB3.0 | Details → |
SR
1 models| Model | Sensor | Resolution | Pixel Size | Frame Rate | Interface | Datasheet | |
|---|---|---|---|---|---|---|---|
| SR557MMA | VPS2163A (sCMOS) | 557.1 MP (20480×27200) | 0.5 µm × 0.5 µm | 0.17 fps @ 20480×27200 (≈6 s/frame) | USB 3.0 (5 Gbps) | Details → |
SS
6 models| Model | Sensor | Resolution | Pixel Size | Frame Rate | Interface | Datasheet | |
|---|---|---|---|---|---|---|---|
| SS02MMA-U3-CXP | GSPRINT4502-AVM (sCMOS) | 2.5 MP (2048×1216) | 4.5 µm × 4.5 µm | Available on request | USB3.0/CXP | Details → | |
| SS02MPA-U3-CXP | GSPRINT4502-AVC (sCMOS) | 2.5 MP (2048×1216) | 4.5 µm × 4.5 µm | Available on request | USB3.0/CXP | Details → | |
| SS10MMA-U3-CXP | GSPRINT4510-AVM (sCMOS) | 10.0 MP (4608×2176) | 4.5 µm × 4.5 µm | Available on request | USB3.0/CXP | Details → | |
| SS10MPA-U3-CXP | GSPRINT4510-AVC (sCMOS) | 10.0 MP (4608×2176) | 4.5 µm × 4.5 µm | Available on request | USB3.0/CXP | Details → | |
| SS21MMA-U3-CXP | GSPRINT4521-AVM (sCMOS) | 21.0 MP (5120×4096) | 4.5 µm × 4.5 µm | Available on request | USB3.0/CXP | Details → | |
| SS21MPA-U3-CXP | GSPRINT4521-AVC (sCMOS) | 21.0 MP (5120×4096) | 4.5 µm × 4.5 µm | Available on request | USB3.0/CXP | Details → |
sMAX
7 models| Model | Sensor | Resolution | Pixel Size | Frame Rate | Interface | Datasheet | |
|---|---|---|---|---|---|---|---|
| sMAX04BM | GSENSE2020BSI (sCMOS) | 4.2 MP (2048×2048) | 6.5 µm × 6.5 µm | 72.5 fps @ 2048×2048; 72.5 fps @ 1024×1024 | USB 3.0 | Details → | |
| sMAX04BM-CL100 | GSENSE2020BSI (sCMOS) | 4.2 MP (2048×2048) | 6.5 µm × 6.5 µm | 108 fps @ 2048×2048; 108 fps @ 1024×1024 | Camera Link | Details → | |
| sMAX04BM-U100 | GSENSE2020BSI (sCMOS) | 4.2 MP (2048×2048) | 6.5 µm × 6.5 µm | 89 fps @ 2048×2048; 100 fps @ 1024×1024 | USB 3.0 | Details → | |
| sMAX16AM-U3-CL | GSENSE4040 (sCMOS) | 16.8 MP (4096×4096) | 9 µm × 9 µm | 20 fps @ 4096×4096 (USB3); 23 fps @ 4096×4096 (Camera Link); 80 fps @ 2048×2048 (USB3); 90 fps @ 2048×2048 (Camera Link) | USB3/Camera Link | Details → | |
| sMAX16AM-U3-CL-GPS | GSENSE4040 (sCMOS) | 16.8 MP (4096×4096) | 9 µm × 9 µm | 20 fps @ 4096×4096 (USB3); 23 fps @ 4096×4096 (Camera Link); 80 fps @ 2048×2048 (USB3); 90 fps @ 2048×2048 (Camera Link) | USB3/Camera Link | Details → | |
| sMAX16BM-U3-CL | GSENSE4040BSI (sCMOS) | 16.8 MP (4096×4096) | 9 µm × 9 µm | 20 fps @ 4096×4096 (USB3); 23 fps @ 4096×4096 (Camera Link) | USB3/Camera Link | Details → | |
| sMAX16BM-U3-CL-GPS | GSENSE4040BSI (sCMOS) | 16.8 MP (4096×4096) | 9 µm × 9 µm | 20 fps @ 4096×4096 (USB3); 23 fps @ 4096×4096 (Camera Link) | USB3/Camera Link | Details → |
sNIRII640B
2 models| Model | Sensor | Resolution | Pixel Size | Frame Rate | Interface | Datasheet | |
|---|---|---|---|---|---|---|---|
| sNIRII640A-U3-10G | China-made InGaAs image sensor | 0.33 MP (640×512) | 15 µm × 15 µm | Available on request | USB 3.0 / 10GigE | Details → | |
| sNIRII640B-U3 | China-made InGaAs image sensor | 0.33 MP (640×512) | 15 µm × 15 µm | Available on request | USB 3.0 | Details → |
Before you specify
Guides that make this an easier decision
Sensor technology, read noise and sampling explained against the same MAX and sMAX specifications used on this page.
Scientific camerasChoosing a scientific camera
Which sensor technology your photon budget actually needs, why rolling and global shutter answer different questions, and how to check the data can leave the camera at all.
Open guide
Scientific camerasCCD vs CMOS: Readout Architectures & Physics
How physical charge transport versus in-pixel voltage conversion dictates readout speed, read noise, blooming, fill factor, and fixed-pattern noise in scientific detectors.
Open guide
Scientific camerasHow to select an sCMOS camera
Understand quantum efficiency, read noise, pixel size, SNR, and optical sampling using real MAX and sMAX specifications.
Open guide
Scientific imagingCalculating camera field of view and diffraction sampling
Calculate object-space pixel size, field of view, Rayleigh resolution, and sampling using real MAX and sMAX sensor formats.
Open guide