Touptek-SPCMOS-00350KPA, USB 2.0, 0.35 MPix, eye piece camera
METOCHECK edition with tightest tolerances, each camera comes with Asmetec accessories
OEM-Code: ToupCam SPCMOS00350KPA
comes with 23,2 mm eyepiece diameter to directly fit to microscope eyepiece tubus als also for PEAK 2034 / 2054 / 2064 microscopes and also to METOCHECK YM 7504 microscopes, USB2.0 interface.
Specials: Integrated lens to increase the field of viewThe Touptek USB-2.0 camera with eyepiece diameter 23.2 mm is a simple and high-quality method to upgrade microscopes and telescopes into digital systems. The USB camera replaces or supplements the standard eyepiece of a microscope. The software supplied with multi lingual user interface allows measurements (lengths, areas, angles, circles etc.) as well as image comments, frame and movie captures - ideal for quality control and assurance, use as a teaching tool for demonstration purposes and presentations, school, hobby and profession.
The integrated Aptina CMOS sensor 1/4" (3.58 x 2.69 mm) with greatly improved picture geometry, contrast and sensitivity presents itself edge regions with absolute sharpness is in pixel size of 5.6 x 5.6 µm. Through USB 2.0 fast comes data transfer and power supply via a single cable. An integrated IR filter protects the sensor. The camera operates with no moving parts. It is embedded in a robust cast aluminium housing and is in precision and robustness many other industrial cameras clearly superior.
Optionally, a plurality of adapters and extension rings for brands microscopes (for example, Nikon, Olympus, Leica, Huvitz etc.) is available, including those for C-Mount. Thanks to the fast USB 2.0 the camera has a high frame rate. There is no further lens needed.
Camera adapters you can find here
SPCMOS cameras come with the integrated CNC aluminum alloy compact housing and come with advanced video & image processing application ToupView, Providing Windows/Linux/ OSX multiple platforms SDK; Native C/C++, C#, DirectShow, Twain Control API.
The complete carefree package - only available at Asmetec:
Detailed installation guide
Detailed manual how to use the software
1 x METOCLEAN clean wipe
free after sale service
Main technical data:
Sensor: Aptina, CMOS, 0.35 MPix, 1/4"
USB-Port 2.0 (suitable for 3.0)
FPS/Resolution 30fps - 640 x 480 px
Exposure: auto
Pixel size: 5.6 x 5.6 µm
G-Responsivity: N/A
Dynamik-range: N/A
Signal-Noise max: N/A
Spectral range: 380 - 650 nm
Power supply: USB-Port 5 VDC
PC-System: Windows/Linux/Mac OS multiple platforms SDK
Native C/C++, C#/VB.Net, DirectShow, Twain, LabView
Supply:
USB-camera
USB-cable
Software
manual
| Beschreibung | Daten / Data | Description |
| Markenname | Touptek | Brand name |
| Modell | SPCMOS-00350KPA | Model |
| Gewinde | 23.3 eye piece | Thread |
| USB | USB 2.0 | USB |
| Pixel | 0.35 MPix | Pixel |
| Pixelgröße | 5.6 x 5.6 µm | Pixel size |
| Sensor | Aptina CMOS | Sensor |
| Sensor Größe | 1/4" | Sensor size |
| G-Empfindlichkeit | N/A | G-Sensivity |
| Dynamikbereich | N/A | Dynamic range |
| FPS | 30 - 640 x 480 px | FPS |
| Binning | 1x1 | Binning |
| Belichtung | auto | Exposure |
| Spekralbereich | 380 - 650 nm (mit IR-Filter) | Spectral range |
| Weißabgleich | automatisch | Whie balance |
| Capture | Windows/Linux/macOS/Android Multiple Platform SDK(Native C/C++, C#/VB.NET, Python, Java, DirectShow, Twain, | Capture |
| Aufnahme | Einzelbild, Film - still picture, movie | Recording |
| Kühlung | Umgebungsluft | Cooling |
| Betriebsbereich | -10~+50°C, 30-80% rH | Operating environment |
| Lagerbereich | -20~+60°C, 10-60% rH | Storage |
| Spannungsversorgung | 5 VDC via USB-Port | Power supply |
| Abmessungen | 33 mm dia / 23,2 mm dia x 53.6 + 25.5 mm | Sizes |
| Betriebssystem | Microsoft® Windows® XP / Vista / 7 / 8 /10 (32 & 64 bit) OSx(Mac OS X) Linux | Operating system |
| PC-Anforderungen | CPU > 2.8 GHz, USB 3.0, Monitor > 17", CD-Rom | PC-Requirement |
| Toleranz techn. Daten | +/- 10% | Tolerance techn. Data |
| Vergrößerung | Elektronische Vergrößerung = Pixels des Monitors/ Pixel des Sensors, Optische Vergrößerung = Objektivvergrößerung x Reduktionslinse, Systemvergrößerung = elektronische x optische Vergrößerung - Electronic magnification= pixels of full screen monitor/ pixel of sensor, Optical magnification= objective magnification x reduction lens magnificaion, system magnification = elextronic x optical maginification | Magnification |
| Hinweis | Die tatsächliche Vergrößerung ist abhängig von vorhandenen Objektiven, Adaptern, Abständen und der Monitorgröße - The magnification is determined by used objectives, adapters, distances and monitor size. | Notes |
| Technische Daten | basieren auf Herstellerangaben, können ohne Voranzeige geändert werden, Irrtum vorbehalten - based on manufacturers data, may be changed without prior notice, errors and omissions excepted | Technical data |