Termékek ultrahangosztályozóberendezés (28)

Cleaning roller blinds can be a challenging task, especially for cleaning companies that specialize in this area. Ultrasonic cleaning machines designed specifically for roller blind cleaning streamline the process, making it faster and more effective. These machines enhance the quality of cleaning by ensuring that even the most stubborn dirt and stains are removed, leaving blinds looking as good as new. By using ultrasonic cleaning technology, cleaning companies can improve their service offerings and increase customer satisfaction. Additionally, these machines support the sustainability goals of cleaning companies by reducing the need for harsh chemicals and minimizing water usage.

La unión de varios procesos en una sola instalación multietapa diseñada y fabricada a medida según tus necesidades. Fabricamos máquinas manuales, semiautomáticas y totalmente automáticas (Automatic Multi-Stage - AMS) con una programación completa de todas las funciones. Tras años de I+D+i, hemos desarrollado soluciones multietapa específicas para industrias como la de moldes de inyección, implantología, lentes de contacto, automoción, alimentación y mecanizado, entre otras. Esta tecnología ha sido concebida para fabricantes del sector automoción, aeronáutico, de lentes de contacto, de tecnología médica y farmacéutica (fabricantes de prótesis, implantología, etc.) y de todo tipo de componentes de mecánica de precisión. Dentro de nuestra nueva gama de ultrasonidos multifrecuencia hemos desarrollado configuraciones bifrecuencia de 28 - 40 kHz, 40 kHz - 80kHz y trifrecuencia de 80 - 100 - 120 kHz.

http://www.dukane.eu/de/produkte/ultraschallschweissen/iq-ls-e https://www.youtube.com/watch?v=cOulecta0aE&feature=youtu.be Eigenschaften: Die iQ-Serie Generatoren sind rund um unser patentiertes digitales Design gebaut. Kompakt in den Abmessungen, bieten sie die höchste Leistungsdichte auf kleinstem Raum, unter Einbeziehung unserer exklusiven Durchflusskühlung. Diese Generatoren sind für die anspruchsvollsten Anwendungen und Umgebungen geeignet und den Betrieb entweder im Dauerbetrieb oder der Hochgeschwindigkeits-Automatisierung zu handhaben. Unsere branchenführenden 0,5 Millisekunden Multicore-Verarbeitungsgeschwindigkeit bietet ein Höchstmaß an Genauigkeit und Wiederholbarkeit. Der einzigartige modulare Aufbau erlaubt kundenspezifische Konfigurationen und ein Höchstmaß an Flexibilität. Diese Serie ist mit allen aktuellen Dukane Handsonden, Automationssonden und Konvertern kompatibel.

Sonde Abdominale Convexe sans fils multifréquences 3,5 - 5 Mhz .Fonctionne en reseau WiFi 2.4G avec Iphone , Ipad ou système Androïd via une application téléchargeable. Ses points forts..... Echographie sans fils ,ultra léger 250gr Grâce à son autonomie exceptionnelle, il permet de réaliser 3H d'examen en continu et se recharge simplement sur une source USB ou un chargeur de smartphone sans fils par contact. Les examens sont stockés automatiquement dans l'album photo du système d'affichage du terminal intelligent (téléphone mobile ou tablette)réduisant les étapes de réalisation de l'échographie, offrant ainsi davantage de simplicité d’utilisation. Léger et compact, il s’adapte aussi bien à un usage en maternité qu’à une utilisation en cabinet privé, au domicile ou au lit du patient . Il offre la possibilité de réaliser des échographies d'urgences, en milieu stéril (salle d'op, réa) avec une housse stérile et un encombrement minimale. 250gr:128 éléments Wireless :3,5 - 5Mhz WiFi:2.4G

Ultraschall unterstützt die Analyse-Siebmaschinen, da diese oft keine ausreichende Eigenvibration aufweisen. Zudem hilft Ultraschall das Siebgewebe offen zu halten. Dadurch wird der Durchsatz des Siebgutes signifikant erhöht. Das Ultraschall-Analyse-Siebsystem besteht aus: Schnellspannresonator Konverter SK3510 Siebgenerator SG4L Die Schnellspannresonatoren können einfach an bestehende Siebrahmen festgeklemmt werden, ohne Bearbeitung der Siebpfanne.

Die von der MTV GmbH konzipierten und entwickelten Maschinen und Automationsanlagen der Ultraschalltechnik reichen von individualisierten Standardmaschinen bis hin zu ganzen Fertigunglinien. Beim Verschweißen von thermoplastischen Materialien mittels Ultraschallenergie wird eine untrennbare Verbindung von zwei oder mehreren Teilen hergestellt. Jede herzustellende Verbindung bedarf einer schweißnahtgerechten Gestaltung in Bezug auf das Material, die Geometrie und die Lage der zu verbindenden Bauteile. Daher gilt, je besser die Schweißverbindungsauslegung, desto reproduzierbarer und risikoarmer ist die Umsetzung der Verbindung in den Schweißanlagen.

ADYS, expert en sourcing de produits anti nuisibles, nous avons déniché pour vous des émetteurs ultrasons permettant de chasser de nombreux nuisibles de votre habitat dont les rats, souris, mulots, moustiques, mouches, chauves-souris, cafards, … Testés en laboratoire (répondent au norme CE et ROHS), ils se situent comme les meilleurs du marché en France et en Europe. Une solution écologique: Les rongeurs et insectes sont chassés par une méthode naturelle préservant l'environnement et la santé de l'homme et des animaux domestiques. Les ultrasons n'utilisent pas de produit chimique ni de poison. Le petit modèle a une portée effective de 80m². Son grand frère quant à lui, saura couvrir 150m². Ils peuvent être commandés ensemble ou séparément.

1 Zeiss Contura G2 Koordinatenmessgerät

Wir fertigen für Medizinaltechnik, von cartridge zu großer Gehäuseteilen, in Spritzguss, TSG und addtiver Fertigung.

In this field, ultrasonic cleaning machine is used extensively especially for cleaning mechanical parts. In this way, advantages in terms of time and cost can be achieved.

In the furniture industry, ultrasonic cleaning machines are indispensable for companies that produce metal components and frames. These machines provide a noticeable difference in terms of time and cleaning quality, making them an essential tool for manufacturers. By using ultrasonic cleaning technology, furniture companies can ensure that their products are free from contaminants, enhancing their durability and appearance. The use of ultrasonic cleaning machines also supports the sustainability goals of the furniture industry by minimizing the use of harsh chemicals and reducing waste. This makes them an eco-friendly choice for furniture companies committed to sustainable practices.

In the medical sector, ultrasonic cleaning machines are widely used in sterilization units to clean dirty equipment before sterilization. These machines ensure that medical instruments are thoroughly cleaned without manual intervention, enhancing the efficiency and safety of the sterilization process. The use of ultrasonic cleaning technology in the medical field is crucial for maintaining high standards of hygiene, which is essential for patient safety and infection control. By automating the cleaning process, ultrasonic machines reduce the risk of human error and ensure consistent results. Additionally, these machines support the sustainability of healthcare facilities by reducing the need for disposable cleaning supplies and minimizing the environmental impact of cleaning operations.

In the energy sector, ultrasonic cleaning machines are preferred for cleaning various mechanical parts, especially during periodic maintenance and filter cleaning. These machines play a crucial role in simplifying the cleaning process, enhancing the efficiency and reliability of energy equipment. By using ultrasonic cleaning technology, energy companies can ensure that their equipment operates at peak performance, reducing downtime and maintenance costs. The use of ultrasonic cleaning machines also supports the sustainability goals of the energy sector by minimizing the use of harsh chemicals and reducing waste. This makes them an eco-friendly choice for energy companies committed to sustainable practices.

Desktop Ultrasonic Cleaning Machines are meticulously crafted to cater to the diverse cleaning needs of various industries, especially the medical sector. Available in five distinct models ranging from 4-liter to 35-liter capacities, these machines are equipped with microprocessor control and automatic memory functions. The built-in heaters and digital panel control ensure optimal cleaning performance, making them indispensable for tackling stubborn dirt. Their compact design not only facilitates ease of use but also enhances portability, making them a preferred choice for professionals seeking efficient cleaning solutions. The reinforced ultrasonic cleaning performance of these machines is a testament to their superior engineering, providing unmatched cleaning efficiency. Whether it's delicate instruments or heavily soiled items, these machines offer a reliable solution, ensuring thorough cleanliness with minimal effort. Their user-friendly interface and robust construction make them a valuable addition to any workspace, promising longevity and consistent performance. Embrace the future of cleaning with these state-of-the-art ultrasonic machines, designed to deliver excellence in every use.

Ultrasonic cleaning machines are indispensable in the maritime industry, particularly for shipyards and vessels. These machines are essential for both manufacturing and maintenance during voyages, ensuring that parts requiring repair are thoroughly cleaned. The ultrasonic cleaning process is highly efficient, providing a deep clean that is crucial for maintaining the integrity and performance of maritime equipment. By utilizing ultrasonic cleaning technology, shipyards can ensure that their vessels remain in optimal condition, reducing downtime and enhancing operational efficiency. Furthermore, the use of ultrasonic cleaning machines in the maritime industry contributes to the longevity of equipment, as it prevents the buildup of contaminants that can lead to corrosion and other forms of damage. This technology not only supports the maintenance of existing equipment but also plays a vital role in the manufacturing process, ensuring that new parts are free from any residues that could compromise their performance.

Ultrasonic cleaning machines are extensively used in the defense industry, particularly for surface cleaning before coating processes and during the maintenance and repair of mechanical parts. These machines provide a thorough cleaning that is essential for ensuring the reliability and performance of defense equipment. By using ultrasonic cleaning technology, the defense sector can maintain high standards of cleanliness, which is crucial for the safety and effectiveness of military operations. The ability to clean complex mechanical components without disassembly saves time and reduces the risk of damage, making ultrasonic cleaning an invaluable tool in the defense industry. Furthermore, the use of ultrasonic cleaning machines supports the sustainability goals of the defense sector by minimizing the use of harmful chemicals and reducing waste.

In the textile industry, where numerous mechanical parts are involved, ultrasonic cleaning machines are indispensable for cleaning components such as lamels, combs, and needles. These machines provide a thorough cleaning that is essential for maintaining the performance and longevity of textile machinery. By using ultrasonic cleaning technology, textile manufacturers can ensure that their equipment operates efficiently, reducing downtime and maintenance costs. The use of ultrasonic cleaning machines also supports the sustainability goals of the textile industry by minimizing the use of harsh chemicals and reducing waste. This makes them an eco-friendly choice for textile companies committed to sustainable practices.

The automotive industry greatly benefits from the use of ultrasonic cleaning machines, especially given the large number of parts and the complexity of cleaning processes involved. From engines to coils, ultrasonic cleaning provides a comprehensive solution that ensures each component is meticulously cleaned. This technology is particularly advantageous for the automotive sector as it enhances the efficiency of cleaning operations, saving both time and labor costs. By implementing ultrasonic cleaning machines, automotive manufacturers can maintain high standards of cleanliness, which is crucial for the performance and longevity of vehicle components. Additionally, ultrasonic cleaning machines help in reducing the environmental impact of cleaning processes by minimizing the use of harsh chemicals and reducing waste. This makes them an eco-friendly choice for automotive companies committed to sustainable practices.

In the jewelry industry, where precision and delicacy are paramount, ultrasonic cleaning machines are a preferred choice for removing oils and polishes from surfaces during the manufacturing process. These machines ensure that intricate jewelry pieces are cleaned thoroughly without causing any damage, preserving their craftsmanship and beauty. The use of ultrasonic cleaning technology in the jewelry sector not only enhances the quality of the final product but also significantly reduces the time required for cleaning. This efficiency allows jewelers to focus more on the creative aspects of their work, knowing that the cleaning process is both reliable and effective. Moreover, ultrasonic cleaning machines contribute to the sustainability of the jewelry industry by reducing the need for manual cleaning methods that can be labor-intensive and less environmentally friendly.

Ultrasonic cleaning machines find extensive applications in laboratories, not only for cleaning purposes but also for mixing chemical materials. These machines provide a versatile solution that enhances the efficiency and effectiveness of laboratory operations. By using ultrasonic cleaning technology, laboratories can ensure that their equipment is free from contaminants, which is crucial for obtaining accurate and reliable results. The ability to mix chemicals using ultrasonic machines also supports the development of new formulations and experiments, making them an invaluable tool for scientific research. Furthermore, the use of ultrasonic cleaning machines in laboratories contributes to sustainability by reducing the need for manual cleaning methods and minimizing the use of harsh chemicals.

Surface cleaning before painting is very important both for the quality of the work and for the durability of the products. One of the methods commonly used at this stage is ultrasonic cleaning machines. In addition, solutions to meet user needs are offered with additional stations such as rinsing and drying.

It is used for the cleaning of equipment and molds produced for and used in the food industry. Effective results can also be obtained in the cleaning of filters (e.g. filters of oil press machines).

Industrial Ultrasonic Cleaning Units are engineered to meet the rigorous demands of industrial cleaning applications. These units deliver powerful cleaning performance while minimizing maintenance requirements, making them an essential tool for industries that prioritize efficiency and precision. The systems are designed to ensure the desired level of cleaning precision, offering significant advantages in terms of cleaning time and capacity. With the ability to produce systems with varying capacities, including high-tonnage models, these units are versatile enough to accommodate diverse operational demands. The robust construction and advanced technology integrated into these units ensure long-lasting performance and reliability. Whether dealing with large-scale industrial components or intricate machinery parts, these units provide a comprehensive cleaning solution that enhances productivity and operational efficiency. By incorporating these units into your cleaning regimen, you can achieve superior cleanliness standards, ensuring that your equipment and components are maintained in optimal condition.

Multi-Station Ultrasonic Cleaning Systems are the ultimate solution for cleaning heavily soiled products that are difficult to clean using conventional methods. These systems typically include at least two stations and can be expanded to up to seven stations, depending on the required cleaning steps. Each system is designed to incorporate pre-washing, drying, and additional functionalities tailored to the specific needs of the user, ensuring a comprehensive cleaning process that meets the highest standards. The flexibility and customization options offered by these systems make them ideal for industries that require specialized cleaning solutions. The design and manufacturing process is fully tailored to meet the unique requirements of each user, ensuring that every system delivers optimal performance and efficiency. By investing in these advanced cleaning systems, businesses can enhance their cleaning capabilities, reduce downtime, and improve overall productivity.

SERIE LAB PLUS Unidades de mesa BRIO de 3 a 30 L. La tecnología de limpieza ultrasónica más eficiente en tamaños perfectos para la desinfección de pequeños componentes. Investigación, medicina, veterinaria, joyería y mucho más. Las principales diferencias con el LAB convencional son su robustez, su digitalización, mayor frecuencia de trabajo y el mejor diseño estético. Dimensiones exteriores de la máquina: 550 x 330 x 310 mm Dimensiones interiores de la cuba: 500 x 300 x 150 mm Dimensiones interiores de la cesta: 460 x 260 x 100 mm Capacidad de la cuba: 22 L Potencia del generador ultrasónico: 400 W Frecuencia de trabajo ultrasónica: 40/33 kHz Elemento calefactor: 500 W

Equipo de control manual a partir de 60 litros con la tecnología BRIO, limpieza por ultrasonidos tres veces más eficaz para todos los sectores. Con panel analógico y control de temperatura digital. Equipos de tamaños estándar a grandes para cubrir todas las necesidades de cada sector. Dimensiones exteriores de la máquina: 2.360 x 1.360 x 1.120 mm Dimensiones internas de la cuba de limpieza: 1.510 x 860 x 910 mm Dimensiones útiles de la cesta de trabajo: 1.450 x 730 x 700 mm Altura de la mesa de trabajo: 1.120 mm Capacidad de la cuba de limpieza: 1.182 L Potencia ultrasónica instalada: 5.000 W (1.200 W p-p) Frecuencia de trabajo de los ultrasonidos: 28/40 kHz Potencia de calefacción instalada: 18 kW

Dispositivo de limpieza automática por ultrasonidos con una capacidad de 6 L. Tecnología exclusiva BRIO tres veces más eficaz que los sistemas convencionales. La potencia de los ultrasonidos BRIO en un tamaño compacto en nuestra serie WorkTable. Equipos compactos equipados con toda la tecnología y todas las prestaciones de la serie Manual. Ideales para pequeñas herramientas en talleres, fábricas e instalaciones industriales. Dimensiones externas de la máquina: 440 x 345 x 445 mm Dimensiones internas de la cuba de limpieza: 250 x 170 x 150 mm Dimensiones útiles de la rejilla de carga: 220 x 120 x 80 mm Altura de la superficie de trabajo: 360 mm Capacidad de la cuba de limpieza: 6 L Potencia del generador de ultrasonidos: 200 W (400 W p-p) Frecuencia de trabajo de los ultrasonidos: 28/40 kHz Resistencia térmica: 0,3 kW

Dukane’s Ultraschall Handschweißgeräte eignen sich Bestens für manuelles nieten, schweißen und schneiden von unterschiedlichen Materialien wie PP, ABS, PE,PA und PC.