Our stock products are being manufactured in our plants continuously in order to provide you a shortest lead time as possible.
In the following table you may find typical lead times. They may vary depending on quantity and raw material availability. Some products are having an interchangeable parts.
You will receive an accurate delvery date on your order confirmation after you ordered.
|Optomechanics||Average 2 - 5 weeks*|
|Optics||Average 2 - 5 weeks*|
|Motorized Stages||Average 3 - 6 weeks*|
|System||Average 3 – 6 weeks*|
*This is an average typical lead time. For more details, please ask to: firstname.lastname@example.org
The stock availability for this product is limited at the moment. Please contact the sales team for more information at email@example.com.
Estimated average shipping time is 2 - 10 working days. For urgent shipping please contact the sales team at firstname.lastname@example.org. Extra charges may applies.
At this time pre-manufactured parts are already available for a quick assembly.
The typical lead times is estimated at 1 - 3 weeks after your order, depending on quantity.
You will receive an accurate delivery date on your order confirmation after you ordered.
For more details, please ask to : email@example.com
An optical unit consists of various components. You can assemble a different optical unit or change the configuration of the unit according to the purpose of an experiment by purchasing additional components.In addition, we offer variety of components required for optical adjustment and safety control.
He-Ne laser component excellent in coherence and provides linear polarized beam with stable output
Wavelength: 632.8nm, Output: 1mW
Emits diverging rays of Gaussian distribution without distortion by transmitting a laser beam focused by an objective lens through a pinhole.
To provide clean spherical waves, it can remove wavefront distortion caused by dirt on the objective lens or the like from the laser beam.
Converts spherical waves emitted from the spatial filter holder to collimated light.
Not fitted with a stage.Focal length: 300mm
Uses an aluminum total-reflection mirror having high surface accuracy, providing straight interference fringes. The mirror component is fitted with a stage for optical axis adjustment or interference fringe phase shift experiments.
Utilizes a plate-type dielectric multilayer half mirror that provides lower intensity loss by dividing light into transmitted light and reflected light to 1:1.
The beamsplitter component is fitted with a stage for optical adjustment.
Projects interference fringes on a □200mm white plate.
An imaging lens for loading interference fringe images into a camera.Fitted with a stage for focus adjustment.
Loads observation images into a PC by simply connecting the 1/2″ 2 million pixel USB camera to a USB port of the PC.
The camera component is fitted with an YX axis stage, allowing adjustment of focus and image position.
An ND filter installed immediately in front of a camera to attenuate the intensity of laser light to 1% because direct irradiation of laser light into the camera causes saturation.
Reflected light from the reverse side of a half mirror or multiple-reflected light inside an interferometer sometimes spread out of a laboratory bench as stray light. This component safely blocks such optical paths. It can also be used as a filter since an absorptive ND filter is used.
Used for adjusting the intensity of He-Ne laser. Use this component when changing laser intensity continuously for optical axis adjustment or camera brightness adjustment. When two units are used in a line, it can turn down the intensity close to zero.
Used for clipping a beam into a circle, or cutting out unnecessary light to obtain only necessary light. It is convenient to use the iris diaphragm component as the reference for alignment.
A slit positioned at the focus spot of light transmitted through a sample in Schlieren. Contrast of projected images changes by fine adjustment of slit position or width.
Used when correctly overlapping two beams in parallel during interference fringe adjustment.
After superimposing the spots, remove it from the optical path. Focal length: 300mm
White light source of halogen lamp used as the light source of Schlieren.
It will not heat the optical system because light is transmitted by the light guide.
Interferometers are highly sensitive and always require vibration isolator benches to eliminate floor vibrations.
When observing interference fringes projected on a screen or Schlieren projection images, the room needs to be dark. In such cases, having a darkroom is convenient. Covering an experiment area is also very effective as a laser safety control.
We will produce custom-made optical units according to your request.