Product Catalog
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Features:
Features:
Features:
Features:
Students can experience the entire process of data input, labeling, model training and reporting. By practicing the entire process of deep learning model training, students can quickly grasp the concepts of deep learning.
Through fast model training, you can check the model training results within a regular class period.
Bring your ideas to life by running your models on a Jetson or a PC. Encourage students by displaying their work in action.
From low-spec embedded boards to CPUs and GPUs , you can apply and utilize the model on any device. Integrate your model to the desired system using the programming language of your choice.
During equipment setup, calculation methods are optimized to fit each equipment. Apply this technology to major manufacturing fields where tack time is crucial.
Accomplish more than just a simple delivery of model inference results—utilize various APIs to generate results from multiple models in creative ways.
Since Neuro-T can create a model with the best performance through automatic optimization of deep learning model structure and training parameters, project managers can leave the difficult work to Neuro-T and focus on what they do best.
If models require retraining due to addition or changes in training data, our Fast Retraining function can reduce the training time without compromising the performance of the existing model, enabling quick and easy maintenance.
The intuitive UX/UI makes it easy for anyone to use our software. The operator can quickly learn how to use the software to apply deep learning to their project, and the manager can easily manage the project.
You can freely optimize models however you want by adjusting various parameters regarding the data and the overall model. Through easy GUI-based parameter searching, apply deep learning to any field of research.
Hardware/software configuration and coding skills are no longer necessary for deep learning. Align your team to the highest skill level with the intuitive GUI that allows researchers to focus on model training.
It usually takes a team of three: a data manager, a labeler, and a model engineer. Minimize your team by managing all your tasks. One operator can fulfill the role of a three person team with Neuro-X.
The unique right angle over-molding available in up, down, left and right orientations allows for immediate turns behind the interface that are specific to your application needs eliminating the need for minimum bend radius concerns. The common configuration consists of a right angle on the camera end and an over-molded straight connector on the equipment end. However both connectors are available with a right angle.
Our High Flex extension cables offer system versatility and convenience when required to extend your current cable length. Both the plug and the receptacle connectors feature durable over-molded strain reliefs. The receptacle end is completed with 4/40 jack-nuts to ensure locking and proper, constant connection through motion and vibration. Right angle and low profile right angle assemblies are also available in the extension format.
CoaXpress is a recently developed camera standard utilizing a single coax cable for transfer rates of up to 6.25 Gbps. Utilizing precision 75 ohm impedance and 100% sweep tested cable, Intercon 1 CoaXPress cable assemblies are JIIA certified to be CoaXPress compliant
By combining materials like crush resistant gas-injected polyethylene compound that reduces attenuation and extends operating band width. Intercon 1 provides the most robust industrial assemblies available. These assemblies are designed to function within a broad range of environmental conditions.
Our Industrial High Flex Gig E cables are designed to interface Gig E and Gig E Vision cameras directly to a computer, eliminating the need for frame grabbers. This is a solution for brutal applications that require more than the traditional cable can offer. Double shielded cable ensures the best electrical performance. Intercon’s industrial high flex cable has exceeded 12 million + flex cycles in both tick tock and rolling torsion testing. The durable TPE jacket provides additional protection from elements such as water, oil, and abrasion. Our unique right/left and up/down strain relief orientations provide a solution for those applications where limited space exists behind the camera. The low profile right angle orientations eliminate the stress that can be placed on the cable, connector and camera when using a traditional straight assembly in these tight areas. The thumbscrew-locking feature ensures that the interface will remain secure despite motion and vibration.
Industrial High Flex Cat6a Gig E cables are designed to interface Gig E and Gig E Vision cameras directly to a computer, eliminating the need for frame grabbers. IFC6-GEVP is the solution for brutal applications that require more than the traditional CAT 6a cable can offer. Double shielded cable ensures the best electrical performance. Our unique overmold design provides increased strain relief. The high flex cable is designed to withstand 3 million + flex cycles. The durable TPE jacket provides additional protection from elements such as water, oil, and abrasion.
Industrial High Flex Cat5e Gig E cables are designed to interface Gig E and Gig E Vision cameras directly to a computer, eliminating the need for frame grabbers. IFC6-GEVP is the solution for brutal applications that require more than the traditional CAT 5e cable can offer. Double shielded cable ensures the best electrical performance. Our unique overmold design provides increased strain relief. The high flex cable is designed to withstand 10 million + flex cycles. The durable TPE jacket provides additional protection from elements such as water, oil, and abrasion.
TC series bi-telecentric lenses represent the key component of any measurement system powered by machine vision: these lenses can truly take advantage of high-resolution sensors such as 5 MP – 2/3″
The Opto Engineering® bi-telecentric design makes these optics truly telecentric: no magnification change occurs when an object is moved closer to or away from the lens, making the TC series ideal for measurement applications of mechanical parts ranging from extruded aluminum profiles to tiny clock gears.
No other lenses can offer the same optical performances in terms of telecentrity and distortion: additionally, you can further enhance the depth of field and optical accuracy by pairing our TC lenses with LTCLHP telecentric illuminators. All of our TC lenses are rigorously tested and supplied with a detailed Test Report: we guarantee that 100% of our TC lenses meet or exceed our written specifications.
The Opto Engineering® TC series offers the best performance-to-price ratio available today and is the ideal choice when no compromise can be accepted in terms of reliability and ease of use. Additionally, we supply useful accessories including CMHO clamping mechanics and CMPT mounting plates: mechanical support systems for easy integration in industrial environments, where a solid and secure assembly is required.
Design faster and more compact optical systems without complex mechanics using the electrically focus tunable lens EL-10-30-C. By applying a current of 0 to 300mA, the focal length of the 10 mm aperture lens can be tuned to a specific value within milliseconds. The EL-10-30-C features threads on either side for easy mounting as well as the possibility to replace the cover glass with a fixed focus offset lens, allowing for free adjustment of the focal length range according to the requirements of your application.
The EL-10-30-C has two main optical configurations:
The basic configuration has planar cover glasses and a focal power range of 5 to 10 dpt, making this the best choice for macro imaging.
The “MV” configuration is optimized for the most common machine vision applications. It contains a negative offset lens so that the over all focal power range range goes from -1.5 to 3.5 dpt, making it the ideal choice for combinations with infinity corrected objective lenses.
Applications:
Design faster and more compact optical systems without complex mechanics using the electrically focus tunable lens EL-10-30-TC. By applying a current, the focal length of the 10 mm aperture lens can be tuned to a specific value in milliseconds. Thanks to an integrated temperature sensor and characterization data, the lens can be driven to precise focal powers using Optotune’s lens driver 4. The EL-10-30-TC is available with two broadband coating options, VIS for 400-700nm and NIR for 700-1100nm.
Applications:
The electrically focus-tunable lens EL-10-42-OF with integrated proprietary optical feedback (OF) is dedicated to 2.5D and 3D laser applications. It sets the highest standards in terms of spot quality and speed.
With a focus tuning range of -2.0 to +2.0 diopters, a constant laser spot can be controlled over a large range along the z-axis (up to 250mm), with a long term repeatability of <0,02 dpt.
The EL-10-42-OF comes in two versions, one designed for use in the NIR (950-1100nm) up to 50 W, the other for the visible (532 nm) up to 20 W.
Applications:
| Dimension | 47 x 42 x 41 mm |
| Weight | 90 g |
| Maximum laser power | 50 W (NIR), 20 W (green) |
| Maximum input beam diameter | 8 mm |
| Response time (10-90%) | 8 ms |
| Processing speed | 6 m/s (with digital controller) |
| Laser spot diameter | < 45 μm (constant) |
| Z-range* | 70-100 mm |
| Field size* | 100 x 100 mm |
| Repeatability* | < 500 μm |
Building on customer feedback and learnings from over a decade, we are proud to present Optotune’s most effective liquid lens, the EL-12-30-TC. Redesigned from the ground up, it makes use of the latest materials and manufacturing technologies to provide best performance in a compact form-factor.
The tunable lens can be shaped from a flat zero-state into a plano-concave or plano-convex lens, resulting in a focal power range of -6 to +10 diopters (at -250 to +250mA).
The new lens design has been optimized for fast response times and low thermal sensitivity. Cover glasses are AR-coated for 420 to 950nm.
Key advantages:
Applications:
+65 6748 5517
info@jm-vistec.com
10 Kaki Bukit Ave 1, #07-06, Singapore 417942
