Overview About Adott Solutions

Solution Our Remote Controlled Medical Platform with Accessories empowers medical researchers with precise and efficient positioning capabilities. The intuitive remote control and touchscreen interface streamline workflow efficiency, saving valuable time and resources. The 6 degrees of freedom Stewart Platform enables a wide range of motion and exceptional 0.1 mm positioning accuracy, ensuring precise alignment of medical devices. Additionally, our customizable accessories cater to specific research needs, offering specialized holders or fixtures to enhance research applications. The integration of reliable radio communication ensures seamless control and data transmission, further enhancing the platform's usability and versatility. Goals & Objectives Create a Remote Controlled Medical Platform with Accessories that revolutionizes positioning accuracy and efficiency in medical research. Ensure intuitive remote control for fast and precise positioning. Implement 6 degrees of freedom Stewart Platform with 0.1 mm accuracy for precise alignment of medical devices. Offer customizable accessories based on the research institute's expectations to support unique research applications. Key Metrics Intuitive Remote Control: Provide a user-friendly interface for easy and efficient remote control operation. Positioning Accuracy: Achieve outstanding 0.1 mm positioning accuracy with the 6 degrees of freedom Stewart Platform. Reliable Radio Communication: Integrate reliable radio communication for seamless control and data transmission. Customizable Accessories: Develop and manufacture specialized holders or fixtures to meet specific research needs. Scope Design and development of the Remote Controlled Medical Platform with Accessories. Implementation of intuitive remote control and touchscreen control for fast and precise positioning. Integration of 6 degrees of freedom Stewart Platform with 0.1 mm positioning accuracy. Incorporation of reliable radio communication for seamless data transmission. Customization of accessories to support unique research applications.

Solution The Medical Assistive Device is a versatile solution catering to consumer products, healthcare, rehabilitation, and medical research domains. With its wide settings of resistive forces, the device aids individuals in rehabilitation, strength training, and range-of-motion exercises. Its innovative force-measuring solution accurately captures exerted forces, delivering precise feedback during therapies and exercises. Through continuous optimization based on user feedback from the MVP phase, the device has been refined to meet users' needs and expectations. It provides a streamlined user experience, ensuring maximum benefit and progress during rehabilitation and therapeutic sessions. The device's compact and ergonomic design optimizes manufacturability, facilitating mass production for widespread adoption. Goals & Objectives Develop a Medical Assistive Device that caters to consumer products, healthcare, rehabilitation, and medical research sectors. The goal is to create a versatile device with wide settings of resistive forces, an innovative force-measuring solution, and power-efficient operation. Utilize user feedback from the MVP phase to optimize the device, ensuring it meets users' needs and expectations while enhancing manufacturability for mass production. Key Metrics Wide Settings of Resistive Forces: Design a device capable of providing a broad range of resistive forces, accommodating various rehabilitation and therapeutic needs. Innovative Force Measuring Solution: Implement advanced force measuring technology to accurately capture data during exercises or therapies, providing valuable feedback on user performance and progress. Optimized User Feedback: Utilize user feedback from the MVP phase to refine and enhance the device, ensuring it meets users' needs and expectations while enhancing manufacturability. Compact and Ergonomic Design: Develop a compact and ergonomic device suitable for consumer use, healthcare facilities, and medical research institutions. Scope Development of a versatile Medical Assistive Device with wide settings of resistive forces, pressure sensors for measurement, and power-efficient operation for various applications. Integration of innovative force measuring technology to provide accurate feedback on user performance and progress during therapies and exercises. Optimization based on user feedback from the MVP phase to enhance functionality, user experience, and manufacturability. Design of a compact and ergonomic device suitable for mass production and widespread use in consumer settings, healthcare facilities, and medical research institutions.

Solution Our Zone1 Windows Tablet solution combines Windows compatibility with intrinsic safe hardware and robust mechanical design, ensuring seamless communication and data access in hazardous areas. With a focus on safety, the tablet functions reliably across a wide operational temperature range, meeting the requirements of harsh environments. Its durable construction, along with drop resistance up to 1.5 meters, ensures longevity and reliability for field use. Workers can comfortably carry the lightweight tablet during their tasks, enhancing productivity without compromising safety. Offering a reliable and efficient solution, our Zone1 Windows Tablet empowers workers to stay connected, access critical information, and perform tasks with confidence in hazardous areas. Goals & Objectives Develop a Zone1 Windows Tablet solution designed specifically for Ex Zone1 environments in industries such as oil & gas. The tablet should offer seamless communication, data access, and efficient workflows in hazardous areas, while maintaining the highest safety standards. Key Metrics Windows Compatibility: Ensure the tablet is fully compatible with Windows OS for seamless integration with existing systems and applications. Intrinsic Safe Hardware: Design the tablet with intrinsic safe hardware to prevent any ignition sources and ensure safe operation in explosive atmospheres. Wide Operational Temperature Range: Ensure the tablet functions reliably within a wide temperature range, suitable for harsh environments. Durable and Lightweight: Create a durable yet lightweight tablet that can withstand drops and impacts while being comfortable for workers to carry during tasks. Scope Development of a Zone1 Windows Tablet solution with intrinsic safe hardware and mechanical design. Integration of Windows OS for seamless communication and data access. Incorporation of essential features like touch screen display, Bluetooth, WiFi, and USB 2.0 for efficient workflows. Design the tablet to withstand drops up to 1.5 meters and achieve IP65 rating for protection against dust and water.

Solution Our solution for the High-Speed Controlled Sliding Device ensures seamless and intuitive packaging processes, streamlining operations for businesses in the food and beverage industry. By integrating a precise stepper motor control system, we achieve exceptional accuracy and efficiency, delivering unparalleled printing performance and quality control. The cohesive design, incorporating advanced technology, guarantees high-speed operation, meeting the demands of fast-paced industries. Furthermore, the unique industrial design adds a touch of sophistication, making the device stand out in the market and offering customizable options to tailor it to clients' brand identity. Goals & Objectives Design and develop the High-Speed Controlled Sliding Device tailored for the packaging needs of the food and beverage industry. Overcome challenges such as size constraints, cost efficiency, and mass production while ensuring high-speed, low cycle time operation and seamless integration of printing and control components. Key Metrics Optimized Productivity: Enhance the printing process, streamline the packaging workflow, and provide fast-paced operation at a speed of 114 m/min. Cost Efficiency: Develop a cost-effective design suitable for mass production use. Precise Control: Integrate a stepper motor control system for unparalleled accuracy and efficiency. Distinctive Industrial Design: Create a unique and eye-catching device that adds sophistication to the overall user experience. Scope Integration of a precise stepper motor control system for printing and quality control (camera). Incorporation of advanced technology to achieve high-speed, low cycle time operation. Focus on cost-efficient design for mass production. Customizable outer designs to align with clients' brand aesthetics.  

Solution A user-centric design, ensuring an intuitive and seamless experience for operators. Leveraging our expertise in engineering solutions for hazardous environments, we employed innovative problem-solving techniques to address challenges such as wide operational temperature range, size constraints, and weight constraints. By fostering effective communication with our customer, we expanded the project to encompass a comprehensive Ex-system, which further enhanced the product's functionality and versatility. Goals & Objectives Develop a cutting-edge Portable Remote Controller System for use in both explosive (Ex Zone1& Zone2) and non-explosive environments, meeting the unique requirements of marine, logistics, and oil & gas industries. Ensure compliance with stringent safety standards, prioritize a user-centric design, and deliver outstanding performance and reliability.  Key Metrics Meet international explosion-proof industry standards: IECEx, ATEX, UL913, UL & CSA, Inmetro, EACEx, and PCEC. Implement a procurement strategy to facilitate low-quantity production without compromising product quality and performance. Achieve seamless integration of Ex hardware, touchscreen display, and high-capacity Ex battery with Over-Current and Over-Voltage protection modules. Deliver a comprehensive product design for operational efficiency in both hazardous and non-hazardous environments. Scope Design and development of Ex Zone1 and Zone2 compatible Remote Controller System. Integrate Windows-compatible Ex hardware and touch screen display. Implement high-capacity Ex battery with Over-Current and Over-Voltage protection modules. Utilize Ultra High-Frequency radio communication for reliable data transmission. Precision engineering to meet size and weight constraints. Thorough testing and validation to ensure safety and compliance with industry standards. Provide comprehensive documentation, including explosive atmosphere certificates and safety manuals.