+49 9233 715 7745 info@md-innovationtech.com

It’s OCT. Re-imagined.

Optical Coherence Tomography, better known as OCT, uses light to provide cross-sectional images of micro-layers of tissues and other samples.
While OCT has many applications, from scientific to medical to manufacturing, the technology has not been affordable — until now.

It’s affordable.

The OQ LabScope costs a fraction of what every other OCT system on the market costs. With such prices many laboratories could afford to place OCT systems at multiple research facilities. A fully configured workstation with a monitor, keyboard and mouse can be supported.

It’s accurate.

The OQ Labscope generates 512 x 512 pixel images, with axial resolution of 7 μm in air (5 μm in tissue), an imaging depth of 2.8 mm (2 mm in tissue), and a lateral depth resolution of 15 μm — matching the performance of OCT units costing three times as much. It’s compact. No other OCT has the footprint of the OQ LabScope. Roughly the size of a shoe box, including the integrated computer, our OCT system will not crowd your bench, or require you to buy special cart in order to use it. Even better, it can be easily stored when not in use.

It’s easy to use.

We want you to focus on science, not on setup. We kept the software simple, so you’ll be able to generate images quickly.

It’s customizable.

If you need the LabScope to be configured for a specific application, we’re happy to make adjustments.

Options:

OQ Labscope 2.0:         A-Scan: 13.000/sec; B-Scan: 20/sec – Version 2.0/R with microscope
OQ Labscope 2.0/X:     A-Scan: 40.000/sec; B-Scan: 40/sec – Version 2.0/XR with microscope
OQ Labscope 2.0 /SX  A-Scan: 40.000/sec; B-Scan: 40/sec – 880 nm for better  resolution
Option for all X systems: High speed line scan upgrade to A-Scan 80.000/sec

Workstation Package: Monitor, mouse, keyboard and scanner stand
Portability Package: Portable monitor, mouse keyboard and Pelican case

Scanner Stand: Performs more stable scans, hands-free

Microscope Objective Set:
4x: 5 mm linear, 3,5 mm x 3.5 mm volume
10x: 2,5 mm linear, 1,8 mm x 1,8 mm volume
40x: 1 mm linear, 0,7 mm x 0,7 mm volume

Single High-Power Source
15 mW SLD for Labscope 2.0 and /x

Double High-Power Light Source
Two 15 mW SLD’s for /R and /RX

Boroscope
Integrated Scanner with Boroscope

Foot Pedal
Foot-controlled image capture

Camera
Integrate with visuable camera and light source

Retina Optics (Research Only)
Scanning optics to image the retina

Chin Rest
Chin Rest for sample with stage for scanner

Extended Depth Range
930 nm center wavelength, abailable for /X only

Technical Data

Image Size 512 px x 512 px
Depth Resolution Labscope 2.0 and 2.0/X: 7,0 μm in air 5,0 µm in tissue
Labscope 2.0/R and 2.0 /XR: 5,0 μm in air 3,0 µm in tissue
Labscope 2.0 /SX: 3,0 μm in air 2,0 µm in tissue
Stratascope 1.0 : 14,0 μm in air 10,0 µm in tissue
Transverse Resolution Labscope 2.0 and 2.0/X: 15 μm
Labscope 2.0/R and 2.0 /XR: 15 µm
Labscope 2.0 /SX:  10 µm
Stratascope 1.0: 20 µm
Scan Range Linear/Volume Labscope 2.0 and 2.0/X:  7 mm / 5 mm x 5 mm
Labscope 2.0/R and 2.0 /XR: 7 mm / 5 mm x 5 mm
Labscope 2.0 /SX: 7 mm / 3 mm x 3 mm
Stratascope 1.0 : 7 mm / 5 mm x 5 mm
A-Scan Line Rate Lapscope 2.0: 13.000/sec
Lapscope 2.0 /X: 40.000/sec (Option) 80.000/sec
Lapscope 2.0  /R: 13.000/sec
Lapscope 2.0 /XR: 40.000/sec (Option) 80.000/sec
Lapscope 2.0 /SX: 40.000/sec (Option) 80.000/sec
Stratascope 1.0: 18.000/sec
B-Scan Image Rate Lapscope 2.0: 20/sec
Lapscope 2.0 /X: 40/sec
Lapscope 2.0  /R: 20/sec
Lapscope 2.0 /XR: 40/sec
Lapscope 2.0 /SX: 40/sec
Stratascope 1.0: 30/sec
Center Wavelength Labscope 2.0 and 2.0/X: 840 nm
Labscope 2.0/R and 2.0 /XR: 850 nm
Labscope 2.0 /SX: 880 nm
Stratascope 1.0: 1310 nm
Sensitivity (OSNR) Labscope 2.0: 100 dB
Output Power Labscope 2.0: 750 μW
System Size (w/d/h) 19 cm x 33 cm x 15 cm
Scanner Size (w/d/h) 4,1 x 17,2 x 6,7
System Weight 2,72 kg

Samples OCT Images