Optical measuring equipment - Import export

These are the optical fiber fastener which accessories used in electronic. They were made by brass, optical fiber fasteners are essential components in the field of fiber optics. Optical fiber fasteners play a crucial role in managing and securing fiber optic cables. They are designed with specific features to ensure the safety and integrity of the cables, making them an indispensable tool in the field of fiber optics.

This parts used for mechanical parts.

Many materials cannot be measured tactilely, therefore non-contact thickness measurements become necessary. Especially e.g. with glowing materials, or wet processes, a continuous tactile measurement is nearly impossible. Furthermore, web speeds in plant engineering and production have increased, requiring a corresponding fast sampling rate of the measuring systems. In addition, high measuring widths are often required. Why is contact free measurement technology so perfect for this application? Can be used in any web width, Scalable measurement thicknesses from a few millimetres to several meters, Thickness and coating thickness can be measured for different materials, Vibrations of the web materials, can be compensated, Turnkey solution for mechanical engineering, Non-contact and non-destructive measurement method, Large distances to the measured object are possible, Measurement of free forms,

The first approach for the development of new processes and the research of scientific effects is the application of standardized laser systems. When the requirements on scientific research advance, they equally rise with regard to the laser systems. For optimum results in scientific research and development, diode lasers with very precise specifications are indispensable. Operating and monitoring the system with defined and fixed parameters such as the power distribution and wavelength is essential for the accurate collection and evaluation of data and will lead to reliable results. Provisioning an outright laser system will further enable scientists to actually focus on their actual research. As complete solution the system can furthermore be directly integrated into the security system, providing a safe operation for your team of experts.

You require a special optical design or intensity distribution? We offer customized solutions starting with the individual aspherical lens with an optimized design, through to complete optical systems, tailored to meet the specifications of your application. We always remain true to our own principle: Regardless of whether an individual optic or a complete system is concerned, we will put it through a test cycle which is identical to its subsequent application. Thus, we combine optimum design and replicable, dependable quality, to ensure maximum customer benefit. Product Examples: individual, aspherical optics monolithic lens arrays line focus modules multi-focus spot module ring focus modules rectangular focus modules

The INGENERIC beamPROP is a lens array which matches the beam parameter product (BPP) of the fast and slow axis of high power diode laser arrays. The beamPROP is a key component for the 1. fiber coupling of diode bars 2. dense wavelength beam combining. Both applications make high demands on the components, which are met by INGENERIC’s outstanding manufacturing technology, guaranteeing highest levels of efficiency for diode lasers. Achieve the highest beam quality through the four major features behind the beamPROP: - complete utilization of the aperture by minimized transition zones - minimum aberrations achieved by highest level of precision and uniformity of single lenslets - an exact rotation of the emitter is achieved through the defined center thickness accuracy - minimum pointing errors due to an exact position of front and back surfaces

The Slow-Axis Collimation optic is a highly efficient means of forming the beam in the slow-axis of diode lasers. It is available either as a monolithic array of cylindrical lenses or as a single lens. All of our optics are produced using high-quality optical glass. The exacting product tolerances guarantee efficient collimation of the light from all emitters and compatibility with laser bars and stacks In order to offer the best solution for your application INGENERIC provides a broad spectrum of Slow-Axis Collimation optics off the shelf. With respect to length or support structures the lenses can be tailored to your specific needs.

The most important optical component in the beam shaping systems in high-power diode lasers is the Fast-Axis Collimation optic. The lenses are manufactured from high-quality glass and have an acylindrical surface. Their high numerical aperture permits the entire diode output to be collimated with outstanding beam quality. The high transmission and excellent collimation characteristics guarantee the highest levels of beam shaping efficiency for diode lasers. By means of an FAI lens, the emitter can be directly imaged into a fiber or a target plane. The design of INGENERIC’s FAI lenses is optimized for this specific application and allows an efficient and aberration-free imaging of the emitter. In order to offer the best solution for your application INGENERIC provides a broad spectrum of Fast-Axis Collimation optics from the shelf. Years of development allow us to provide optimized acylindrical lenses for different applications.

The Collimation Module (C-Module) is a highly efficient means of reducing the divergence of diode lasers in the fast- and slow-axis simultaneously. The module consists of two micro-optics, fixed and aligned in one single module with high precision. Alongside its optimum collimation characteristics the module guarantees a simple and cost efficient assembly of diode lasers. The compact C-Module thus guarantees highest brightness of diode lasers in combination with minimum size. Please refer to our broad product spectrum of fast-axis and slow-axis collimators to combine your C-Module for your specific application. Advantages: efficient collimation optimized for highest brightness compact module easy to mount transmission up to 99% highest level of precision and uniformity long term stability optimized design

Microlens arrays with superior form accuracy are used for applications, where reliability and highest efficiency are crucial criteria. They range from beam transformation for fiber coupling over the homogenization of laser light up to the efficient combination of laser stacks of identical wavelength. The lateral dimensions of the arrays range from some millimeters in the micro-scale up to 30 millimeters for the macro-scale. The dimension of the array structures are typically in the submillimeter range. With its unique production technique, INGENERIC is able to keep the form accuracy of the arrays within the submicron range. Advantages: superior beam shaping efficient transformation and homogenization monolithic structure highest transmission due to minimized transition zones typical facet of 400um long term stability

The use of aspheres and acylinders offers substantial advantages: minimization of aberrations, increase in efficiency, reduction of optical elements and weight of the optical system. With its unique molding technique, INGENERIC combines cost effectiveness with highest serial precision. Molded optics can be structured/curved on one or both sides with a large degree of geometrical freedom and a flexible lateral contour. The lateral dimensions range approximately from 2.0 mm to 5.0 mm. Structures in the sub-millimeter range are feasible. Acylinders with larger dimensions are manufactured by INGENERIC’s well-proven grinding and polishing technology. The dimensions of these large acylinders can reach 60.0 mm in length and 120.0 mm in height. This technology is particularly adept for the manufacture of fused silica optics for applications with high power densities.

INGENERIC OPTICAL SYSTEMS – CUSTOM-FIT! INGENERIC develops and manufactures optical systems and modules, especially designed and optimized for specific customer requirements. A team of experts in the fields of optical, mechanical and electronical design will not only develop the perfect optical design for highest performance. The module will simultaneously be optimized with regard to all other customer specific requirements. Whether this may be a specifically small housing, a maximum permitted weight or specific demands regarding the cooling area – the required specification will be defined in accordance with the demands of the application and then be put into practice. Last but not least, all of our systems benefit from the utilization of INGENERIC’s high quality micro optics, which are well-known all over the world.

Safe, reliable and easy measurements of the exit speed made at the muzzle of firearms. Special design to be integrated into safe test rigs for material testing. Examples of application: Simulation of hailstorm on solar cells, simulation of stone-chipping on coated surfaces or on windscreens, examinations concerning the effect of projectiles on bulletproof vests, bulletproof doors and other security equipment. All models can be equipped with various possibilities to draw up test reports automatically.

The Leica M-Series comprises high-performance Stereo Microscopes for reliable applications in industry and materials science. Due to the large zoom and magnification range, various different task can be executed without changing the objective. The unique FusionOptics technology combines depth of field with high resolution and visualizes remarkably more details of the sample in an especially vivid 3D image. Coded components enable a reliable reproduction of the results. Comprehensive range of accessories for individual demands: LED-illumination, ergonomic modules, digital cameras and software modules. Zoom and magnification range: Leica M125: 12.5:1 / 8x – 100x Leica M165 C: 16.5:1 / 7.3x – 120x Leica M205 A / C: 20.5:1 / 7.8x – 160x

The fully apochromatic zoom system with apochromatic objectives, offers best contrast, color fidelity and richness of detail. Outstanding light transmission due to the large zoom range from 0.57x to 3.6x. The parallax-free 2D view, due to the vertical beam path, is perfect for photography and image processing. The resolution up to 1500 lp/mm generates sharp and detailed images. Facilitated handling of the sample due to the large working distance (e.g. 97 mm with the 1.0x objective). The integrated iris diaphragm adjusts the depth of field.

Digital microscope system for digital inspection, observation and measurement. From tiniest detail to an overview, the optics ensures magnification of up to 300x. The built-in HDMI microscope camera provides full high definition live images of up to 30fps and a resolution of 5Mpixels. Take a fresh look at your samples on a monitor without the need of eyepieces. High-quality, full color still images as well as Full-HD movies are possible. The Leica DMS1000 with coded zoom optics can be used as stand-alone or connected to a computer offering accurate 2D-measurements by using Leica Application Suite (LAS) software.

Digital microscope for failure analysis, quality assurance and control, research and development or forensics. The outstanding optics, intuitive handling and intelligent software enables the user to get reliable results. The large zoom range (16:1) allows for rapid changing between magnifications. The object field is variable from 0.18 upt to 35 mm without refocusing. The tilting stand (-/+ 60°, up to 90° with adapter) and the rotating sample stage (-/+180°) are simple to operate with only one hand. High-resolution 10 megapixel camera with fast live image display (30 images per second). Intelligent software for 2D- and 3D measurements, reproducible results and creation of reports are only a few clicks away.

Are you looking for a stereo microscope camera that gives you networking ability, allows you to work more ergonomically, and is cost effective? Then the Leica IC90 E is the right choice for you. The Leica IC90 E CMOS microscope camera for stereo microscopes was developed for the Leica M series stereo microscopes. It provides pin-sharp images with spot-on color reproduction for professional visualization and documentation of industrial applications. - Reveal more details with the 10 megapixel resolution - Directly connect to your microscope, no documentation tube needed - Choose your connection to the camera via USB, Network, or HDMI

Visually inspect and chemically analyze in a single work step with your DM6 M LIBS materials analysis solution. The integrated laser spectroscopy function delivers the chemical composition of the microstructure that you see in the microscope image – within a second. Speed up your workflow. The LIBS module turns a Leica optical microscope into a 1-step solution that combines visual inspection and chemical analysis right at your workspace. Determine the composition of what you have visually identified within seconds. Use LIBS to perform advanced material analysis 90% faster compared to inspection with SEM/EDS. Surface contamination or coatings can also be easily removed. Chemical mapping and micro-drilling are further analytical steps.

The Leica DMS300 is a complete digital microscope system that utilizes a HDMI-monitor instead of eyepieces. Leica’s high quality 8:1 zoom optics are combined with a 2.5MP camera to provide a full high-definition live image with up to 30fps. The Leica DMS300 produces high-quality, full-color still images as well as Full-HD movies as a standalone system. All primary functions of the DMS300 are controlled with a wireless remote control. Additionally, it can be connected to a computer offering full compatibility with Leica software LAS EZ. The dual live video stream allows for simultaneous output to a PC and a second imaging device with HDMI-interface such as a HD-monitors or HD-projector.

High-performance routine stereomicroscopes for quality control and similar applications. The parfocally matched optical system ensures constant sharpness even when changing magnification. Large working distance shows the finest details of the sample, without losing overview. Leica M50 and M60: • Magnification range 6.3x – 40x • Five defined, step magnification levels (M50) • Seven connectable, locking zoom levels Leica M80: • Magnification range 7.5x – 60x • Zoom range 8:1 • Eight connectable, locking zoom levels

Digital microscope camera for full-color-images and video recording of your samples in Full-HD: With 10-megapixel-CMOS-sensor and up to 30 pictures per second. The high-performance CMOS image sensor provides maximum image quality even in unfavorable light conditions and lower magnifications. Adaptation of the optimal exposure time, gamma and various other camera settings in almost any situation due to the intelligent automatic mode. Simple data transfer and video recording in Full-HD direct on the SD card.

Continuously improving production, keeping defect rates low, and fulfilling customer requests in order to stay competitive can be very challenging. Leica has developed the S9 stereo microscope series to help you cope with these challenges. With this new generation of Greenough stereo microscopes operators will be able to reveal details faster as they spend less time having to adjust the microscope. Available in different versions for diverse needs the S9 stereo microscopes boost efficiency and optimize optical inspections in your production line or Quality Control division, due to: - FusionOptics technology with 12 mm depth of field to find details fast - High magnification up to 55x and 9:1 zoom for quick changes from overview to details - 122 mm working distance for easy sample manipulations under the microscope - Integrated, network-camera for easy image sharing

A stereo microscope system for the microelectronics, electronics, and medical device manufacturing industries. It has a magnification range from 5x up to 30x allowing users to change quickly from a large surface overview to detailed observation. It also has an optimal depth of field (DOF), up to a diameter of 13.6 mm, due to the Leica FusionOptics Technology. A larger DOF means less refocusing which saves users time and simplifies the microscope operation and sample handling. The maximum working distance of 122 mm offers users good access under the microscope when working on components or parts, so plenty of room for tools and fingers. A LED ring light provides bright and homogenous illumination and can be used with an attachable diffusor accessory for shiny components and parts leading to more comfortable working conditions due to less back reflection.

A stereo microscope with an 8:1 zoom ratio and a resolution of 300 line pairs/mm can visualize structures as small as 3.3 µm. Due to the large working distance of 75 mm, there is enough access under the microscope to work on samples even at high magnification, up to 80x. The 38° ergonomic viewing angle ensures users maintain a healthy posture. The excellent color correction is perfectly suited for cell sorting, quality control, or microinjection applications. A simple connection for a microscope camera is available via the integrated photo/video output.

Microscope camera with a standard resolution of five megapixels and up to 30 pictures per second. Ultra-high-speed live images are either send to a high-definition monitor via an HDMI interface, or via USB interface to a computer screen. Brilliant Full HD movie clips in a MP4 format are ideal for fast documentation and hands-on trainings. All camera parameters can be controlled, as well as pictures or movie clips can be captured via remote control.

For the identification of larger particles such as plastic bottles, the fiberoptic multiplexed NIR spectrometer KUSTA1.9MPL-24 was developed for this application. Up to 64 tracks can be used for the plastics analysis on a conveyor belt up to 2800mm. High scan rates can be performed of up to 3m/s conveyor belt speeds. Equipment is also available: probe lines and calibration from 500mm up to 2800mm

UV-VIS Hyperspectral imaging camera by LLA can be used for measurements in the wavelength range from 350 nm up to 950 nm. Possible applications are colour definition or food sorting tasks.

Industrial High-Performance hyperspectral camera systems for sorting applications or quality control purposes. LLA's NIR hyperspectral imaging cameras are based on push-broom technology. The working principle is a surface inspection with a maximum penetration depth of 1mm. Within milliseconds, material will be detected and evaluated.