Synthèse de nano-oignons de carbone dopés au BN par four à haute température pour une administration avancée de médicaments
A recent study entitled “B/N-doped carbon nano-onions as nanocarriers for targeted breast cancer therapy” reports the fabrication of boron/nitrogen co-doped carbon nano-onions (BN-CNOs) as the core scaffold for a targeted nanocarrier system for doxorubicin (DOX) delivery. The experimental workflow integrates high-temperature structural transformation, controlled oxidation purification, polymer functionalization, drug loading, physicochemical characterization, and in […]
Système modulaire de revêtement multi-têtes, de type « roll-to-roll »
MSK-AFA-MC300 is a roll-to-roll, multi-functional coating system designed for flexible and modular coating processes. It supports multiple interchangeable coating heads, including: Slot-die Reverse comma blade (transfer) Micro-gravure Doctor blade Hybrid configurations (e.g., slot-die + doctor blade, slot-die + reverse comma blade, or combinations of three heads) By changing the coating head configuration, the system […]
ACCESSR to Exhibit at Nanomaterials 2026 – Visit Us in Barcelona
ACCESSR is excited to announce that we will be exhibiting at Nanomaterials 2026, taking place from March 18–20 in Barcelona, Spain. As the official French and European distributor of MTI, we specialize in providing laboratories with high-quality instruments and consumables. During the exhibition, we will showcase few machines and consumables, offerings and demonstrate our […]
Anodes creuses Si@C dopées au nickel haute performance pour batteries Li-ion – rendues possibles grâce aux équipements d’assemblage MTI et aux systèmes de test LAND
“Nickel-Doping Modified Interface Synergized With Hollow Confinement Constructs Highly Stable Silicon Anodes for Long Cycling Lithium-Ion Batteries”: A recent study reports a Ni/HSi@C composite anode, defined as Ni-doped hollow silicon (HSi) particles coated with a conductive carbon shell (C). This architecture combines hollow confinement with Ni-induced interfacial engineering to achieve both high specific capacity and […]
Système d’essai de matériaux à haute température utilisant la technologie du petit poinçon
High-Temperature Materials Testing System with Small Punch Technology Small Punch Testing (SPT) is a miniature specimen testing technique developed to evaluate the mechanical behavior of materials when only a limited amount of material is available. The method is particularly valuable for high-temperature applications, in-service component assessment, and advanced materials research. Principle of Small Punch […]
De la synthèse à l’analyse à l’échelle atomique : caractérisation de Fe₂AlB₂ facilitée par les fours MTI
The recent study “Atom probe tomography of the Fe₂AlB₂ MAB phase” presents the first atom probe tomography (APT) investigation of bulk Fe₂AlB₂, a layered MAB phase, and evaluates how reliably APT can deliver atomic-scale structural and compositional information in this complex boride ceramic. Particular attention is given to the challenges associated with boron quantification and […]
Four d’électrolyse à sels fondus
Introduction Molten salt electrolysis (MSE) is an advanced high-temperature electrochemical technology that enables the extraction, refining, and synthesis of materials that are otherwise difficult or energy-intensive to produce. It works by dissolving compounds in molten salt and applying an electric current to drive ions to the electrodes, where selective reduction and oxidation reactions generate products. […]
Soutenir la recherche avancée sur l’oxyde de tungstène grâce au four tubulaire GSL-1500X
Recent research titled “Ion-Dependent Electrochemical Behavior in Shear-Structured Tungsten Oxides” explores how different charge-carrying ions (H⁺, Li⁺) interact with oxygen-deficient tungsten-oxide frameworks. The study demonstrates that ion size and solvation strongly influence diffusion pathways, phase transformations, and electrochemical performance—key factors for the development of fast-charging energy-storage materials. Achieving these well-defined shear-structured phases requires precise control […]
Efficace, abordable et d’une précision remarquable : découvrez notre four de frittage par étincelage plasma (Spark Plasma Sintering)
What is Spark Plasma Sintering? Spark Plasma Sintering (SPS), also known as Field Assisted Sintering Technology (FAST), is a cutting-edge material processing method that uses a pulsed electric current and applied pressure to rapidly densify powders into bulk materials. Unlike conventional sintering techniques, SPS uses a combination of uniaxial pressure and pulsed electric current to […]
Favoriser des avancées majeures en thermoélectricité avec le MSK-SFM-3-II
Thermoelectric materials are unique because they can directly convert waste heat into electricity. This means they can harvest energy that would otherwise be lost. Applications are wide-ranging: Automotive: recovering heat from exhaust systems to power onboard electronics. Industrial: capturing heat from steelmaking, glass, or chemical plants to reduce energy waste. Space exploration: powering spacecraft with […]
Presse à Chauffage et Refroidissement Rapide Intégrée à une Boîte à Gants
The Rapid Heating Press (RHP) is an advanced powder consolidation technique that combines high heating rates with a simple, scalable design. Unlike Spark Plasma Sintering (SPS), which drives pulsed current directly through the compact—sometimes inducing localized electrochemical reactions—RHP uses induction or resistance heating of the graphite die. This makes RHP compatible with both conductive and […]
Récupération de métaux précieux à partir de déchets de PCB à faible teneur : éclairages apportés par le broyage cryogénique
Electronic waste (e-waste) is one of the fastest-growing global waste streams, with printed circuit boards (PCBs) posing a particular challenge due to their complex composition of metals, polymers, and ceramics. While high-grade PCBs are recycled for precious metals, low-grade mixed waste PCBs (WPCBs) often remain untreated, creating environmental and health risks. A recent study, “The […]
Système de distribution de précision au service de la recherche de nouvelle génération sur les batteries
Breakthrough in Electrolyte Design The push for higher-performing lithium metal batteries (LMBs) is critical to the future of electric vehicles, grid storage, and portable electronics. Traditional electrolytes have been constrained by a fundamental trade-off: Solvent-dominated solvation allows for fast lithium-ion migration but results in fragile organic-rich interphases that degrade quickly. Anion-dominated solvation stabilizes interphases […]
Étude des transformations du charbon à l’aide d’un four HIP:OTF-1200X-S-HP-30A
The utilization of coal in modern power generation faces dual challenges: achieving high efficiency while minimizing environmental impact. One promising approach is pressurized oxy-fuel combustion, in which coal is burned under elevated pressure in O₂/CO₂ environments, facilitating efficient CO₂ capture and reducing pollutant emissions such as SO₂ and NOₓ. To advance this technology, a […]
Substrats en cristal conçus pour l’excellence : la gamme complète de MTI
MTI Corporation offers a wide selection of high-quality crystalline materials, supporting research in microelectronics, photonics, quantum technology, and energy systems. Their crystal portfolio includes semiconductors, insulators, metals, optical and many other materials, each selected for its structural integrity, purity, and consistency. This variety reflects the range of physical properties—electrical, optical, thermal, and mechanical—needed in scientific […]
Recuit dans le four OTF-1200X-RTP-4 pour l’optimisation des cellules solaires à haute efficacité
Rapid Thermal Processing (RTP) tube furnaces are the signature furnaces from MTI corporation. They have varied utilizations from annealing, sintering to CVD in different material science and chemistry fields. These furnaces are used for different applications such as solar cells preparation, catalysis, semiconductor fabrication, etc. Key Features Across the Series: Heating rate : 10 […]
Solution complète pour la préparation d’échantillons métallographiques
L’analyse métallographique est une technique qui permet d’examiner la microstructure des matériaux à l’aide d’un microscope optique ou électronique. Elle joue un rôle crucial dans la compréhension des propriétés physiques et mécaniques des métaux et des alliages, depuis la taille des grains, la distribution des phases et la teneur en inclusions jusqu’aux effets du traitement […]
Material treatment with OTF-1200X furnace for photocatalytic water splitting
MTI Corporation provides a versatile range of horizontal tube furnaces designed for high-precision thermal processing in research and development settings. These furnaces support applications such as sintering, annealing, calcination, and CVD across materials science, battery research, catalysis, solar cells, semiconductor fabrication, etc. Key Features Across the Series: Temperature ranges from 1100°C to 2000°C, depending […]
Solutions d’automatisation de laboratoire de MTI
Artificial intelligence (AI) is increasingly transforming the landscape of materials science research. Through the integration of robotic systems and programmable instrumentation, laboratories can streamline complex tasks such as synthesis, characterization, and data acquisition. This enhances experimental efficiency while significantly improving reproducibility and consistency. The ability to operate continuously and generate large volumes of data also […]
Système automatisé avec multi-fours et bras robotisé pour la synthèse de matériaux à l’état solide – MTI Automatisaton
Nous sommes heureux de partager avec vous la dernière vidéo de test après l’installation, de notre système automatisé avec multi- fours et un bras robotisé pour la synthèse de matériaux solides. MTI travaille depuis des années sur sa gamme de produits « Haut débit et automatisation ». Envie de découvrir d’autres équipements ? Consultez le […]
Systèmes de test de batteries LANHE
Depuis plus de vingt ans, les équipements de test de batteries LANHE (Land) sont largement utilisés dans la recherche universitaire et le développement de batteries industrielles. Reconnus pour leur précision, leur fiabilité et leur facilité d’utilisation, ces systèmes répondent à un large éventail de besoins en matière de tests de batteries. De nombreux laboratoires de […]
Système de Polissage et de Meulage Entièrement Automatique UNIPOL1210M
Tired of inconsistent results and time-consuming sample preparation? Our fully automatic polishing & grinding system is designed to ensure flawless sample surface every time with high precision, repeatability and efficiency. Benefits Automated Operation High Precision and Uniformity Time-Saving and Efficient User-Friendly Interface Multiple Applications Main Features Fully automatic embedding, grinding, polishing and cleaning in […]
Équipements de pressage isostatique à froid (CIP) de MTI
What is Cold Isostatic Pressing? Cold isostatic pressing is a process where materials are compacted uniformly under high pressure at room temperatures. Unlike hot pressing, cold pressing prevents thermal damage, ensuring that material properties remain intact while achieving precise and consistent results. Compared with uniaxial pressing, where pressure is applied from one direction, CIP allows […]
ACCESSR: Une stabilité financière confirmée avec un score de 68/100 par Infogreffe
Une reconnaissance de notre solidité financière Chez ACCESSR, nous avons toujours mis un point d’honneur à assurer une gestion saine et durable de nos finances. Aujourd’hui, nous sommes fiers d’annoncer que notre stabilité financière a été confirmée par Infogreffe, qui nous a attribué un score de 68 sur 100 pour son Indicateur de performance & […]
Machine compacte à enduire avec une largeur maximale de 160 mm et 6 têtes d’enduction optionnelles (combinaisons) – MSK-AFA-200
MSK-AFA-200 is a Roll-to-Roll continuous coat with 6 optional coating heads or head combinations for film coating with a small footprint for materials research labs. This system integrates the functions/ features of reeling in & out, slurry feeder, coating blade, baking oven, and final electrode winding (reeling in). The system is glovebox compatible. Types […]
Révolutionner la fabrication d’électrodes sèches avec MSK-BPC-DF200
L’évolution rapide de la technologie des batteries a mis en évidence l’importance de la préparation des électrodes sèches, offrant une densité énergétique plus élevée, un impact environnemental réduit et une efficacité améliorée, qui gagne rapidement du terrain parmi les chercheurs et les fabricants. À l’avant-garde de cette transformation se trouve le MSK-BPC-DF200, une presse à […]
Chambre sèche économique de petite taille jusqu’à – 40 °C point de rosée – MSK-ADR-C60
MSK-ADR-C60 is a low cost 6m2 dry room that could reach down to -40°C dew point (°Cdp) and could accommodate a small pouch cell battery line. The dry room consists of three crucial parts: sealed room with a greenhouse structure, dehumidifier, recirculating water chiller. This dry room is easy to install or move […]
Kit de Mesure de la Batterie
EQ-VRB-C is a splitable single unit flow cell for Vanadium Redox Flow Battery research. This split test cell features easy and fast assembly with convenient part replacement to facilitate research for flow cell cathode and electrolyte solutions. Single cell voltage range: 1.2V ~ 1.6V (depending on Vanadium electrolyte composition) Cell current density: 40 […]
ACCESSR a participé au conférence EMRS 2024
Exposé à l’EMRS en Pologne du 16 au 19 septembre, nous avons eu le plaisir de rencontrer des chercheurs de divers pays. Les symposiums étaient très intéressants et inspirants, et l’atmosphère était fantastique—nous avons passé d’excellents moments. Selon l’organisateur de l’EMRS, il y avait 1200 participants provenant de 51 pays, dont 406 étudiants, parmi […]
Pressage Isostatique à Chaud (HIP)
Hot Isostatic Pressing (HIP) furnaces are at the forefront of a manufacturing revolution. By combining high temperature and pressure, HIP technology transforms materials, leading to superior products across various industries. Key Benefits of HIP Improved Material Properties: HIP enhances mechanical properties such as tensile strength, fatigue resistance, and toughness by densifying materials and eliminating […]
Equipement criblage à haute débit et automatisation pour R&D des batteries
Battery high throughput equipment is an essential part of a battery research laboratory that helps improving reproducibility and research efficiency. Using automated and high throughput equipment reduces errors during cell assembling as well as saving assembling time. MTI proposes a wide variety of coin or pouch cell high throughput and automated equipment with a possibility […]
Testeur de batterie: evaluer la performance
Les testeurs LANHE offrent un large éventail de modes de test, de différents gammes de courant et de tension.
Impression 3D dans la production des batteries
Découvrez comment le TOPEM20 révolutionne le processus de production des batteries à l’état solide grâce à sa technologie avancée de revêtement par impression 3D.
Essai non-destructive par ultrason
La méthode d’essai par ultrasons est une méthode de caractérisation non destructive qui permet d’obtenir des informations sur l’état d’une batterie de manière rapide et non coûteuse.
