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United States
251-500 Employees
We provide a complete or a-la-carte “open” modular tool set with integrated controls for the development and production of nano enabled printed electronics, microfluidics, meta materials and optical devices utilizing the most advanced processes. Carpe Diem brings high-precision volume manufacturing solutions to mature industries and startups alike. Carpe Diem’s modular machine system is for the development and production of nano-enabled printed electronics, microfluidics, meta materials and optical devices utilizing the most advanced processes. The manufacturing system has the flexibility to change with customers’ needs and as technology evolves. Carpe Diem’s team, solutions, and approach power the new era of products and devices. Carpe Diem is a leading developer of innovative laboratory and production solutions utilizing Nano-technology, precision positioning and roll to roll manufacturing technologies to serve the printed electronics, printed optics, medical device and bio-printing markets. Carpe Diem’s offerings include turnkey roll to roll systems, subsystems, and components utilizing its patented and patent pending modular building blocks as well as those from its technology leading partners. Carpe Diem is creating enabling technology to move from the lab to production.
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Nano Imprint Lithography
... Nano Imprint Lithography | Carpe Diem ...
St. Charles, United States
11-50 Employees
2000
Precision alignment for camera modules, sensors, optical components, optoelectronics. Fiber to V-groove, fiber array to chip, wafer level bonding. Sealants for CMOS, CCD, and Wafer Level Optics Packaging. Nano- and micro-replication layers for information storage and display applications. Hard Coats for Plastic or Glass, Laminating Adhesives.
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Featured
Addison Clear Wave – High Performance Sealant, Adhesives and Coatings
... Photo Nano-Imprint Lithography (P-NIL) READ MORE… ...
Jena, Germany
51-100 Employees
1996
Vistec Electron Beam GmbH provides leading technology solutions for advanced electron-beam lithography. Based on the statistics gathered, we can improve our offerings and make them more interesting to you as the user. As a long-standing equipment supplier, Vistec Electron Beam, Jena (Germany) is providing leading technology solutions for advanced electron-beam lithography. Vistec’s technology features automated handling, as well as high flexibility, writing accuracy and productivity enabling prototyping and low volume manufacturing. Vistec Electron Beam GmbH develops, manufactures, sales and services 50kV Variable Shaped Beam lithography systems, which serve customers in both, semiconductor industry as well as advanced research, optics and several emerging markets.
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Start: Vistec - We understand E-Beam.
... Nano Imprint ...
Sweden
11-50 Employees
2005
Smoltek’s patent-protected technology platform enables controlled growth of precisely localized and defined nanostructures, as individual fibers or clusters, in predefined patterns or films. Currently, we are doing this in our target industries – semiconductors and hydrogen. We are scientists and engineers with a passion for nanotechnology. Smoltek’s research and development team has since carried this research forward, made groundbreaking innovations, and developed several solutions for various application areas. We are now in an industrialization phase where we focus on two sectors with enormous potential: Semiconductors and Hydrogen. Together with our production partners, we are pushing the limits of what is possible in the semiconductor and hydrogen industries. By pioneering carbon nanotechnology, we are pushing the limits of what is possible in the semiconductor and hydrogen industries. Or, in collaboration with industry partners, we develop unique applications and products that offer a new solutions to market needs.
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Featured
Smoltek | Future applications and technology concepts
... SmolNIL – Nano imprint ...
Kongens Lyngby, Denmark
51-100 Employees
2006
NIL Technology ApS (NILT) is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT is recognized as a leading supplier of advanced nanostructured masters for various replication technologies, including nanoimprint, UV-replication, hot embossing, roll printing, and injection molding. In 2019, NILT was named one of the 25 top European IoT and hardware start-ups to watch. In 2022, NILT was selected from more than 3,000 candidates to be part of the EIC ScalingUp program, a project by the European Innovation Council for the most promising deep-tech companies in Europe. In March 2023, NILT was again selected to join the list of the Top 50 European tech companies with the biggest potential for high growth. NILT has a long history of participating in national and European-funded research projects where we work with academic institutions and industry leaders to develop nanotechnology solutions for the present and future. We are proud of the solutions we make for and together with our customers, and we continue to innovate ourselves to develop and deliver world-class technology and knowledge - to enable a smarter and better future.". NIL Technology (NILT) is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features.
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Featured
Get your CNI | Compact Nanoimprint Tool | NIL Technology
... Nano Imprint Tool 120 mm ...
Dusseldorf, Germany
51-100 Employees
2022
Our new sales office in Düsseldorf works closely with our R&D and manufacturing departments in Japan to provide our clients with our cutting edge processing technology. Offers our state-of-the-art proprietary μ-MIM® processing technology worldwide. TAISEI KOGYO is a research and development-oriented SME with a production headquarters and R&D laboratory in Neyagawa, Osaka Prefecture. Visit us at the next trade fair where we are represented.
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Featured
About us • Micro MIM Europe GmbH
... JSME Award for New Technology Development (Fabrication of Micro-Structured Parts by Nano-Imprint Lithography Sacrificial Plastic Mold Insert MIM Using Nano-Sized Copper Powder) ...
San Diego, United States
1-10 Employees
PlugVolt® is involved in the business of promoting and fostering joint development efforts in advancing battery and alternative energy storage technologies for medical, military, consumer, industrial, transportation, grid and stationary storage markets. July 16-18, 2024, PlugVolt® will be hosting its next Battery Seminar in San Jose, California (USA). PlugVolt® strives tirelessly to preserve the environment we live in, by firmly standing by our commitment to operate as much as possible in a paper-free environment – and to become as environmentally friendly – as we are innovative. We offer several key services to this industry including:. The webinars can be attended from any computer with a good internet connection, offering ultimate convenience and ease of access. We offer routine educational battery seminars in North America, and interactive professional webinars (online web-based seminars) focusing on core technical issues and commercial aspects, as well as market forecasts, for batteries and energy storage systems. We offer extensive technical as well as non-technical (commercial) business consultation services through our extensive global resources and network of engineers, research scientists, and senior corporate executives.
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Featured
Lithium Ion Capacitors - Combining Energy with Power | Plugvolt Webinars
... JSR, Jeff worked at Molecular Imprints developing the commercial infrastructure for next generation nano imprint lithography templates. Prior to joining Molecular Imprints, he held various engineering, engineering management & product management positions at Motorola, DuPont Photomask & ...
London, United Kingdom
1-10 Employees
2022
We are a team of technology enthusiasts who are passionate about providing our customers with the latest and greatest tech products. Our mission is to make it easy for you to find the products you need to stay connected, entertained, and productive. We are still a locally-owned and operated business, and we pride ourselves on providing personalised service to each and every customer who walks through our doors. We believe that technology should be accessible to everyone. Back to the Office was founded in 2022 by Jamie Wright and Andy Henderson. We carry a wide range of technology products, from smartphones and laptops to smart home devices and gaming consoles. At Back to the Office, we believe that technology should be easy and accessible. That's why we promise to provide our customers with:.
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Featured
Asus ROG Zephyrus G16 GU603ZU-N3003W 16" Intel Core i7 GeForce RTX 405 | Back to the Office
... film that lets the machine shine from any angle.Cosmic Color TonesInspired by sunlight hitting the space stations in ROG SAGA, the G16’s nameplate is printed with Nano-imprint Lithography to give a subtle holographic effect.Ergonomics And AirflowThe Zephyrus G16 features an ...
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Some interesting numbers and facts about the results you have just received for Nano Imprint
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 6 |
| Amount of suitable service providers | 3 |
| Average amount of employees | 51-100 |
| Oldest suiting company | 1996 |
| Youngest suiting company | 2022 |
Nano imprint technology, a high-resolution lithography process, enables the fabrication of nanometer-scale patterns onto surfaces. This technique involves pressing a mold with the desired nano-patterns into a substrate that has been coated with a thin resist layer, which is subsequently cured through heat or UV light to retain the imprinted pattern. The precision and scalability of nano imprint technology make it a pivotal innovation in various sectors, particularly in the development of advanced semiconductor devices, photonic structures, and biotechnology applications. Its ability to produce extremely fine patterns at a lower cost and higher throughput compared to traditional lithography methods positions it as a disruptive force in manufacturing, paving the way for the next generation of microelectronics and nanoscale devices. The impact of nano imprint technology extends beyond its technical merits, influencing the pace of innovation and the miniaturization of devices, thereby playing a critical role in driving forward industries reliant on nanotechnology advancements.
1. High Resolution and Precision
Nano imprint technology stands out for its exceptional ability to replicate patterns with high resolution and precision. Unlike traditional lithography, which can be limited by light diffraction or beam scattering, nano imprinting directly stamps patterns onto the substrate. This direct contact method allows for the creation of features at the nanometer scale with remarkable accuracy, making it ideal for applications requiring intricate patterns and structures.
2. Cost-Effectiveness
Another significant advantage of nano imprint technology is its cost-effectiveness. It eliminates the need for expensive optics, vacuum systems, and light sources that are typically required in conventional lithography processes. By using molds that can be reused multiple times, nano imprinting reduces the cost per pattern replication, offering a more affordable solution for large-scale production and research purposes.
3. Compatibility with Various Materials
Nano imprint technology is highly versatile, compatible with a wide range of materials. This adaptability allows it to be used across different fields, including semiconductors, biotechnology, and photonics. Its ability to work with polymers, metals, and biological molecules opens up new possibilities for innovation and development in nano-scale devices and materials.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology Compatibility
Ensure the supplier's technology aligns with your specific nano imprint needs, including pattern resolution and substrate compatibility.
2. Quality Assurance Processes
Look for suppliers with robust quality control measures to guarantee high-quality nano imprints consistently.
3. Scalability
Consider the supplier's capacity to scale operations up or down based on your project requirements and timelines.
4. Material Versatility
Assess the range of materials the supplier can work with to accommodate diverse nano imprint applications.
5. Cost-Effectiveness
Evaluate the cost versus quality to ensure you are receiving the best value for your investment.
6. Lead Times
Confirm the supplier's ability to meet your deadlines without compromising on quality.
7. Experience and Expertise
Prioritize suppliers with a proven track record and expertise in the nano imprint technology sector.
Nano imprint technology, a form of nanolithography, finds significant applications across various industries, leveraging its ability to create ultra-precise patterns at the nanoscale. In the semiconductor industry, it's used to manufacture integrated circuits with higher density and lower cost. This method allows for the miniaturization of electronic components, leading to more powerful and efficient devices, addressing the constant demand for smaller, faster, and cheaper electronics. The pharmaceutical sector utilizes nano imprinting for drug delivery systems. By creating nanopatterned surfaces, companies can control the release rates of drugs, enhancing the effectiveness of treatments. This precision in drug delivery not only improves patient outcomes but also reduces side effects by targeting medications directly to affected areas, revolutionizing personalized medicine. In the world of optics, nano imprint technology is pivotal for producing high-resolution, nanostructured surfaces. These surfaces are used in the fabrication of components like lenses and mirrors, which are integral to advanced optical systems. The technology's ability to produce features at the nanometer scale improves the performance of optical devices in telecommunications, imaging, and sensing, offering clearer, more detailed images and data transmission at higher speeds. Lastly, the renewable energy industry benefits from nano imprint techniques in the creation of more efficient solar panels. By patterning the surfaces of photovoltaic cells, it's possible to increase their light absorption capabilities, significantly boosting energy conversion rates. This advancement supports the development of more sustainable energy solutions, reducing dependency on fossil fuels and lowering greenhouse gas emissions.
Nano imprint technology, a method for fabricating nanometer-scale patterns, currently finds itself at varying Technology Readiness Levels (TRLs) depending on its application domain, but generally, it is considered to be at TRL 4 to 6. This assessment is based on the technology having been validated in a lab environment (TRL 4), with some forms progressing towards small scale prototype demonstration in operational environments (TRL 5 to 6). The reason for this positioning stems primarily from technical challenges and advancements. On the one hand, nano imprint has demonstrated significant potential in creating high-resolution patterns at a lower cost compared to traditional lithography methods, which is a crucial advantage in semiconductor manufacturing and biotechnology. However, the technology faces hurdles such as achieving uniform patterning over large areas, managing defects, and ensuring the durability of the molds, which are critical for its transition from lab-scale validation to commercial scalability. Moreover, the development of suitable resins that can accurately transfer the imprinted patterns without distortion is another technical challenge that needs addressing. These technical considerations define the current TRL of nano imprint technology, highlighting the need for further research and development to overcome these barriers and fully harness its potential across various industries.
In the Short-Term, nano imprint technology is poised to make significant strides in enhancing resolution and throughput for various applications, including semiconductors and biotechnology. Innovations such as soft lithography and UV-based nanoimprint lithography (UV-NIL) are expected to reduce costs and improve the efficiency of creating patterns on a nanoscale. This period will likely witness the adoption of these techniques in mainstream manufacturing, driven by the demand for smaller, more powerful electronic devices. The Mid-Term phase will see the integration of nano imprinting with other nanofabrication technologies, leading to the development of multi-layered nanostructures with unprecedented precision. The focus will shift towards scalability and the ability to imprint on 3D surfaces, opening up new possibilities in fields like photonics, where controlling light at the nanoscale can lead to advanced sensors and communication devices. Additionally, the emergence of environmentally friendly imprinting processes will address sustainability concerns associated with manufacturing. Looking into the Long-Term, the advent of dynamic nano imprinting methods is anticipated, enabling real-time adjustments during the imprinting process. This adaptability will further expand the application areas of nano imprint technology, potentially revolutionizing industries such as healthcare, by facilitating the production of nanostructured surfaces that mimic biological tissues, and energy, through the creation of high-efficiency solar cells. The convergence of nano imprinting with artificial intelligence for process optimization is also likely to herald a new era of smart manufacturing.
