Almi Invest

Polar Light Technologies develops nano- and micro-LED technology and specializes in microLED solutions for compact projectors and displays. The company's nanostructures enable polarized light generation and support applications in secure communications and identification through quantum cryptography, contributing to performance, scalability, and setting new standards for microLED technology.

AlixLabs develops nanostructure fabrication solutions based on atomic layer etching (ALE), a damage-free etch process that enables very small feature sizes. Its ALE-based method produces nanostructures with dimensions below 20 nanometers, surpassing the resolution of conventional optical and electron-beam lithography and supporting nanoelectronic device fabrication and advanced transistor channel scaling for sub-20 nanometer technology nodes. The company's technology is designed to integrate into existing semiconductor production workflows, aiming to reduce the number of processing steps while increasing throughput. In addition, it seeks to optimize power and water consumption and emissions in manufacturing, helping semiconductor makers improve efficiency and environmental performance as they advance production.

Cellfion is a company focused on providing sustainable materials for advanced clean energy storage and conversion technologies. It specializes in the development of forest-based ion-exchange membranes and nanoparticle dispersions, aiming to transform the green energy sector. By manufacturing and commercializing nitrocellulose membranes, Cellfion offers a reliable and adaptable alternative to traditional fossil-based membranes. This innovation not only enhances the efficiency of electrochemical energy storage and conversion devices but also significantly reduces costs, thereby supporting the transition to sustainable energy solutions.

AlixLabs develops nanostructure fabrication solutions based on atomic layer etching (ALE), a damage-free etch process that enables very small feature sizes. Its ALE-based method produces nanostructures with dimensions below 20 nanometers, surpassing the resolution of conventional optical and electron-beam lithography and supporting nanoelectronic device fabrication and advanced transistor channel scaling for sub-20 nanometer technology nodes. The company's technology is designed to integrate into existing semiconductor production workflows, aiming to reduce the number of processing steps while increasing throughput. In addition, it seeks to optimize power and water consumption and emissions in manufacturing, helping semiconductor makers improve efficiency and environmental performance as they advance production.

Nanolyze develops bioanalytical tools for precise analysis of nanoparticles. Its flagship product is waveguide microscopy equipment designed for real-time study of single nanoparticles and bulk characterization.

Stockholm Water Technology specializes in the development and design of innovative solutions for clean and sustainable water management. The company focuses on capacitive deionization-based water desalination technology, which employs nanotechnology-enabled materials and smart engineering. This patented approach offers a membrane-free alternative for water purification that is both cost-effective and energy-efficient. By integrating advanced hardware and software, Stockholm Water Technology enhances system intelligence while ensuring exceptionally high water recovery rates and minimal energy consumption. The company aims to provide clients with sustainable technologies for effective water cleansing and desalination.

Founded in 2014, Swedish Algae Factory specializes in algae cultivation systems and wastewater treatment technologies. The company extracts nanoporous silica shells from algae to enhance solar panel efficiency and develop sustainable products.

C2Amps AB, founded in 2016 and based in Malmö, Sweden, specializes in the manufacturing of nanowire transistors designed 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 economic advantages of silicon substrates. By developing indium gallium arsenide (InGaAs) nanowire transistors on silicon substrates, C2Amps achieves exceptional device performance characterized by high operational speeds and elevated breakdown voltages.

Aligned Bio specializes in developing advanced biosensor platforms using patented nanowire production methods. Their sensors are designed for applications such as biomedicine, water purification, public safety, and electronics, offering high sensitivity, accuracy, and speed.

2D Fab is a manufacturer specializing in green graphene and two-dimensional materials, utilizing an AI-based production process. The company produces graphene flakes and nano graphite in dry powder form, which are designed to be cost-efficient, lightweight, and energy-efficient. These products cater to a variety of industries, including transport, medicine, electronics, energy, defense, and desalination. By enhancing mechanical strength and improving thermal and electrical conductivity, 2D Fab's materials support advancements across multiple sectors.

Founded in 2014, Swedish Algae Factory specializes in algae cultivation systems and wastewater treatment technologies. The company extracts nanoporous silica shells from algae to enhance solar panel efficiency and develop sustainable products.

Hexagem specializes in developing high-quality gallium nitride wafers for radio frequency (RF) applications. Their products feature zero threading dislocations, achieved through nanowire technology, offering improved voltage tolerance and device reliability at a competitive cost.

Promimic AB is a biomaterial company based in Mölndal, Sweden, specializing in the development and marketing of implant surface modifications and synthetic bones utilizing nano-sized hydroxyapatite. Founded in 2004, the company focuses on creating HA Surface, a thin coating made from nanocrystalline hydroxyapatite particles that enhances osseointegration. Promimic's innovative solutions are applicable across a range of medical fields, as they provide surface technology for various substrates including metals, ceramics, polymers, and porous structures. With a global presence, including offices in the United States and Europe, Promimic serves a diverse clientele, offering advanced nanotechnology solutions aimed at improving implant integration and overall performance.

Single Technologies AB is a Stockholm-based company founded in 2012 that specializes in the development of advanced 3D sequencing technologies for genomics and diagnostics. The company focuses on creating innovative single-molecule-sensitive imaging systems that facilitate high-throughput and cost-effective DNA reading. By integrating techniques such as single-molecule detection, large-area confocal scanning, and nanotechnology, Single Technologies enables researchers and healthcare professionals to generate detailed genomic data. This capability supports accurate diagnoses and personalized treatment options in the healthcare industry, making significant contributions to research and drug discovery.

AddBIO AB is a Swedish company based in Linköping, founded in 2008. It specializes in developing innovative solutions to address weak bone issues in the implant industry. The company offers Zolidd, a proprietary bioactive nanolayer infused with bisphosphonate, a drug that enhances bone strength, primarily targeting the dental and orthopedic implant sectors. Zolidd is designed to be fully biocompatible and improves the stability of implants by promoting better integration with bone tissue, ultimately enabling healthcare providers to enhance patient outcomes and facilitate faster recovery. Additionally, AddBIO provides the Zolidiser, a machine that allows for the seamless application of bone-strengthening drugs to implants. As a former subsidiary of Accelerator Nordic AB, AddBIO continues to advance its mission of improving implant solutions.

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 AB is a biomaterial company based in Mölndal, Sweden, specializing in the development and marketing of implant surface modifications and synthetic bones utilizing nano-sized hydroxyapatite. Founded in 2004, the company focuses on creating HA Surface, a thin coating made from nanocrystalline hydroxyapatite particles that enhances osseointegration. Promimic's innovative solutions are applicable across a range of medical fields, as they provide surface technology for various substrates including metals, ceramics, polymers, and porous structures. With a global presence, including offices in the United States and Europe, Promimic serves a diverse clientele, offering advanced nanotechnology solutions aimed at improving implant integration and overall performance.

Aligned Bio specializes in developing advanced biosensor platforms using patented nanowire production methods. Their sensors are designed for applications such as biomedicine, water purification, public safety, and electronics, offering high sensitivity, accuracy, and speed.