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
Each optics holder has its feature, there is always a holder fit your application.
The mirror reflective surface of these kinematic mirror holders is not offset from the axis of the post even when the mirror thickness changes.
This mirror holder is made by stainless steel and optimized for 12.7 mm dichroic mirrors and beamsplitters.
Precision 0.1mm thread pitch fine adjustment screw introduces high resolutions. It is thinner than MHG mounts.
Improvement of the conventional design of kinematic mirror holders (MHG) brought a further reduced price.
High stability Kinematic Mirror Holder with SIGMA KOKI’s unique locking mechanism (NOMI LOCKTM).
NOMI LOCKTM is a new type of locking mechanism that enables adjustment of the torque of adjustment screws.
Remarkably stable and compact. Suitable for use close to other devices. Offers a sufficiently large, clear aperture for 45° incident beam.
Compact mirror holders with minimum necessary functions.
Appropriate for usage where operability of angle fine-tuning is not an issue and mirrors need to be placed within a limited space inside a device.
The gimbal structure allows the mirror angle to be changed freely at the rotational center of the mirror reflective surface.
Appropriate when dealing with laser beams or changing reflected beam orientation.
Gimbal mirror holders with narrow mirror frame for increased aperture at 45 degrees incidence.
Provide a transmitted beam diameter virtually the same as the reflected beam diameter.
The space required for holder adjustment was eliminated from around the holder by making the control direction of adjustment screws vertical.
Holders can be installed close to each other, which significantly downsizes optical systems.
Beam steering mounts are designed to make it easy to change the height and direction of a laser beam.
Compact mirror mounts with vertical control. Small footprint. Vertical control realized compact layout with minimum horizontal extension.
Mirror mounts with quick attachment feature and eliminated need for tools. Useful when optics are changed on a frequent basis.
When mounted on the tilt mount, can be used as a mirror holder.
Kinematic mirror mounts accessible from top or side. Useful when mirror is located close-proximate of other optical devices or difficult to access. Both vertical and horizontal mounting is available with specially designed adapter plates.
Kinematic mirror mounts with rigidity bracket and directly mounted to a baseplate. Usable as a holder of He-Ne laser or beam expander.
Gimballed mirror mounts with single side holding mechanism. Possible to layout two mirror mounts at close-proximate.
Gimballed mirror mounts to hold large diameter mirrors over 100mm.
Optical distance is maintained at angular adjustment of large aperture mirror.
Mirror mount adaptor for specific (unsual) optics size.