VAT IT02011230204 Fiscal code and registration number at Mantova Business Register 02011230204 Nr. REA: MN-216669 - Share Capital: 205.258,00 €

Zennioptical

Opto Engineering offers a wide range of macro lenses, designed for close working distance applications which demand very high precision and close to zero distortion.

Telecentric lenses are used in innumerable vision applications, and in particular they form the critical component of the optical system when precise measurement is required. Non-contact measurement applications demand the use of such lenses which, thanks to their low distortion, can eliminate perspective errors (parallax effect) due to imprecise positioning or objects with strongly 3D geometries.

Glasses

Opto Engineering offers a vast range of precision telecentric and bi-telecentric lenses for the most diverse requirements of the market: models for high and low resolution area and line scan sensors in a variety of magnifications and working distances; classic, compact and flat lenses, along with standard and custom solutions. The range also includes special telecentric lenses: lenses with integrated liquid lenses, zoom lenses, optical benches and other special products. Opto Engineering 360° view lenses are unique designs that make it possible to inspect an entire product while reducing the number of components in the vision system. Thanks to their special optical design, just one camera is needed to simultaneously inspect multiple surfaces of an object: the bottom and internal surfaces, or the top and external surfaces. The family includes multi-view lenses which give a single image of the object containing a variety of points of view. Many of these 360° view lenses represent an innovative way of resolving vision applications, previously considered impossible, in a simple and effective way: they are used in numerous industries, from food & beverage to pharmaceutics and automotive. Some of these extraordinary optical innovations are the fruit of Opto Engineering’s R&D, have been patented internationally, received numerous awards, and constitute an extremely valuable resource for our clients.

This family includes: special remote controlled models with integrated liquid lenses for fast and precise focusing; lenses for SWIR and UV applications; lenses with Scheimpflug adjustment and variable magnification lenses.

What areopticallenses used for

Opto Engineering’s vast range of fixed focal length lenses includes lenses for small, medium and large sensors, with a variety of focal lengths, apertures and resolutions.

Lens opticalnear me

The ILSM series motorized stages feature an innovative design that combines sub-micron precision with ease of use and affordability, offering a convenient solution for programmable motion. The dual ball-bearing and lead screw stage features a proprietary optical moving encoder for constant step calibration, and two position sensors at each end for resetting and calibration. Each stage has a built-in smart motor driver having computer interfaces via USB/RS232 cable. Additionally, a manual control knob is built into the system: pressing it switches to manual mode; rotating it initiates motion; turning it further increases the speed; and turning it past the center reverses the direction of movement. Ethernet control is also available with an additional control box. The system comes with a wall-pluggable power supply and a user-friendly GUI that can be downloaded. A command list is provided to help customers write their own code. The unit has a center mounting plate that is compatible with optical components and stages End plate is available for creating optical setups or instruments. Multiple ILSM stages can be interconnected using the provided cables, allowing for single USB/RS232 GUI interface control. This setup enables the configuration of XYZ stages using various ILSM stage combinations. Associated mounting kits are available for purchase. The highest precision is achieved when moving in a single direction. Mounting plates

In machine vision applications, choosing the right lens is essential to obtaining high quality images suited to efficient and accurate processing. In many cases, the lens is the starting point for the construction of a machine vision system, although the result also depends on the resolution of the camera and the pixel size.