Almi Invest

AlixLabs specializes in nanostructure fabrication using atomic layer etching (ALE) technology. This innovative approach enables the production of nanostructures with sizes less than 20 nanometers, surpassing the limitations of traditional optical and electron beam lithography. By employing a damage-free etching process, AlixLabs facilitates the manufacturing of extremely small structures with high precision and efficiency, which is particularly beneficial for the semiconductor industry. The company's methods may also support the economically viable scaling of transistor channels for sub-20 nanometer technology nodes, positioning AlixLabs as a key player in advancing nanoelectronics.

AlixLabs specializes in nanostructure fabrication using atomic layer etching (ALE) technology. This innovative approach enables the production of nanostructures with sizes less than 20 nanometers, surpassing the limitations of traditional optical and electron beam lithography. By employing a damage-free etching process, AlixLabs facilitates the manufacturing of extremely small structures with high precision and efficiency, which is particularly beneficial for the semiconductor industry. The company's methods may also support the economically viable scaling of transistor channels for sub-20 nanometer technology nodes, positioning AlixLabs as a key player in advancing nanoelectronics.

Nanolyze specializes in developing bioanalytical tools that deliver precise information about both native and artificially produced nanoparticles. The company offers advanced waveguide microscopy equipment, which allows for the real-time study of single nanoparticles and the bulk characterization of materials. This technology enables researchers to monitor unlabeled nanoparticles alongside labeled smaller particles, facilitating the detection of structural changes. By providing these innovative tools, Nanolyze supports scientific research and advancements in nanoparticle analysis.

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.

C2Amps AB, founded in 2016 and located in Malmö, Sweden, specializes in the manufacture of nanowire transistors tailored for 5G technology and Internet of Things (IoT) applications. The company leverages a unique technology that integrates the high performance of III-V materials with the scalability and cost-effectiveness of silicon substrates. By developing indium gallium arsenide (In(Ga)As) nanowire transistors on silicon substrates, C2Amps achieves impressive device performance characterized by high operational speeds and elevated breakdown voltages.

Aligned Bio specializes in the development of advanced nanowire biosensor platforms that cater to various industries, including biomedicine, water purification, public safety, and personal electronics. The company’s proprietary methods for nanowire production and alignment enhance the sensitivity and accuracy of its sensors, making them highly effective for applications such as disease diagnosis, pathogen identification, pesticide detection, and pollution monitoring. By leveraging the large area of nanowires and improved signal capacity, Aligned Bio enables sensor manufacturers to achieve superior performance at a reduced cost, positioning itself as a key player in the evolving biosensor and electronics markets.

2D Fab is a manufacturer specializing in green graphene, producing advanced graphene products through an AI-based process. The company offers graphene and nano graphite in dry powder form, catering to various industries including transport, medicine, electronics, energy, defense, and desalination. Their graphene flakes are designed to be cost-efficient, lightweight, and energy-efficient, allowing clients to enhance mechanical strength while improving thermal and electrical conductivity.

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.

Promimic is an innovative biomaterial partner developing and marketing nano-thin surface modifications for all implant materials and geometries. Promimic is specialized in nanotechnology and production of hydroxyapatite. With offices both in the U.S. and Europe, Promimic caters to clients globally.

Single Technologies AB is a Stockholm-based company founded in 2012 that specializes in advanced imaging technology for applications in research, drug discovery, and diagnostics. The company has developed a novel single-molecule-sensitive 3D sequencing system that allows for high-throughput and cost-effective DNA reading. This technology leverages a combination of single-molecule imaging, large-area confocal scanning, and nanotechnology to provide precise genomic data. By enabling accurate diagnostics and personalized treatments, Single Technologies aims to enhance the capabilities of the healthcare industry through its innovative solutions in genomics and sequencing.

AddBIO AB is a Swedish company based in Linköping, established in 2008, that specializes in developing solutions for weak bone issues in the implant industry. The company has created Zolidd, a proprietary bioactive nanolayer that releases bisphosphonate, a drug that enhances bone strength, and is utilized in dental and trauma implants. Additionally, AddBIO offers Zolidiser, a machine designed to apply bone-strengthening drugs to implants. The company's innovations aim to improve implant stability and enhance the recovery experience for patients by providing a biocompatible solution that facilitates better bone integration.

I-Tech is a Swedish company limited by shares and founded in 2000 by a group of researchers from University of Gothenburg and Chalmers University of Technology. I-Tech’s biocide Selektope® (generic name Medetomidine) has sprung from extensive research on the development of environmentally sound marine paints through a government funded multi-year research project. Several putative biocides were included in this project, but Selektope® distinguished from the others when it was discovered to affect the behaviour of the barnacle larvae so that they would not settle on prepared surfaces. The substance was particularly interesting as the effect can be identified already at nano-molar concentrations. Further development refined Selektope® to a potent, ecologically verified marine biocide for use as an antifoulant in marine bottom paints. The technology holds extensive patent protection for all relevant maritime nations. Selektope® has received regulatory approvals in Japan and Korea and is under registration in Europe and China.

Promimic is an innovative biomaterial partner developing and marketing nano-thin surface modifications for all implant materials and geometries. Promimic is specialized in nanotechnology and production of hydroxyapatite. With offices both in the U.S. and Europe, Promimic caters to clients globally.

Aligned Bio specializes in the development of advanced nanowire biosensor platforms that cater to various industries, including biomedicine, water purification, public safety, and personal electronics. The company’s proprietary methods for nanowire production and alignment enhance the sensitivity and accuracy of its sensors, making them highly effective for applications such as disease diagnosis, pathogen identification, pesticide detection, and pollution monitoring. By leveraging the large area of nanowires and improved signal capacity, Aligned Bio enables sensor manufacturers to achieve superior performance at a reduced cost, positioning itself as a key player in the evolving biosensor and electronics markets.