Defense Industry
Development, design and integration of engineering systems and equipment in accordance with stringent safety, quality, reliability and confidentiality requirements.
Technovate guides complex engineering projects from specification and design through manufacturing, integration and delivery, serving the defense and medical industries as well as manufacturing plants.
TECHNOVATE TECHNOLOGICAL DEVELOPMENT LTD. specializes in the development and implementation of complex engineering systems integrating mechanics, hydraulics, pneumatics, control systems and HMIs. The company also provides solutions for planning and implementing production lines and for improving and optimizing manufacturing processes.
Every project is managed by a multidisciplinary team of engineering, quality assurance and project management professionals. Working together enables the team to coordinate all engineering and operational interfaces, meet professional requirements, and lead even complex, large-scale projects in an organized and efficient manner.
The company follows a structured engineering design methodology, from understanding the need, defining requirements and specifying the system, through design, manufacturing and integration, to testing, delivery and ongoing engineering support.
Our teams combine knowledge and experience in engineering, quality assurance and project management. A dedicated professional team is assembled for each project according to its requirements, with the goal of leading it from the initial need to an operational, tested system ready for field use.
Technovate leads projects in the defense and medical industries and in manufacturing facilities through multidisciplinary teams specializing in engineering, quality assurance and project management.
Development, design and integration of engineering systems and equipment in accordance with stringent safety, quality, reliability and confidentiality requirements.
Design and development of systems, equipment and devices for the medical industry, with close attention to precision, engineering documentation and quality assurance throughout every stage of the project.
Design, installation and upgrading of production lines, automation systems and purpose-built equipment to increase throughput, improve quality and enhance operational efficiency.
Defining requirements and technology priorities, and evaluating alternatives at the initial stage of the project.
Design and construction of unique machines and equipment that are not available off the shelf, from concept to an operational machine.
Implementation, upgrades and enhancement of production lines and existing systems, including adapting manufacturing processes to product requirements.
Integrated control systems (PLC/HMI) for process management, real-time data collection and improved output.
Design and manufacture of systems for leak and seal testing of components, tailored to product and manufacturing process requirements.
Mechanical and control upgrades for existing equipment, from industrial mixers to ovens and purpose-built systems.
Full or partial support throughout the project, according to client requirements, using a structured methodology (SRR / SDR / PDR / CDR / ATP).
Professional knowledge transfer, team training and implementation of systems and work processes in Israel and worldwide, according to the needs of the client and the project.
Maintenance services for machinery and production lines, troubleshooting and operational readiness testing to maintain system reliability and operational continuity.
A selection of company projects demonstrating the breadth of our engineering capabilities across different industries.
Testing component leak-tightness within short cycle times and with high precision, while meeting varying product requirements.
A system for component leak-tightness testing using pressure-decay measurements, positive and negative, with cycle times of 30 to 60 seconds, PLC control and pass/fail indication.
Parallel leak testing of multiple catheter bags, with quick model changeover between runs.
Multi-channel test station with a removable front panel for changing bag models, linear rails for each drawer and a spring-loaded locking pin for each test station.
Injection of viscous materials at high operating pressure, with precise real-time position and speed control.
Vertical piston force of 1.5 to 18 tons and horizontal piston force of 2 to 35 tons (±5% tolerance), integrated position and speed control, PLC and HMI control, and process data collection.
Developing components and molds for unique manufacturing processes for which no off-the-shelf solution exists.
Design and specification of component-level technological processes, including powder pressing, 3D printing, electroforming and viscous material injection.
Consolidating a large number of valves and inputs/outputs in a single control cabinet with organized, serviceable wiring.
Design and construction of pneumatic and hydraulic test equipment, including complete electrical, pneumatic and hydraulic schematics.
Controlled operation of multiple cylinders using water in a compact, serviceable system.
A purpose-built system designed and built to operate multiple cylinders using water. The project included system design, component selection, drawing preparation, assembly and full integration.
Testing components under hydraulic pressure while maintaining accurate and reliable measurements with an accuracy of 0.01 bar.
Design and development of a purpose-built test system including a hydraulic circuit, control panel, and measurement and control instruments. The system performs precise, controlled pressure testing according to the test requirements.
Every project follows a structured engineering design methodology to ensure that the final solution meets the predefined technical, quality and safety requirements.
Understanding the engineering requirement, system constraints and technology priorities.
Defining the system architecture and its internal and external interfaces.
Detailed design of the subsystems, review and approval before release to manufacturing.
Manufacturing, assembly and integration of the mechanical, hydraulic and control subsystems.
System testing against quality and safety requirements, delivery and ongoing engineering support.
Integrating mechanical, hydraulic, pneumatic and control capabilities under one roof, eliminating the need to coordinate separate suppliers.
We can join at any stage, from initial consulting to a complete turnkey project including manufacturing and integration.
Every project is documented according to defined milestones (SRR/SDR/PDR/CDR/ATP) to reduce uncertainty and maintain quality.
Every system is built around the specific requirements of the client and the process, including sensitive and controlled environments.
From initial design to an operational field-ready system, the Technovate team is with you every step of the way. Leave your details or contact us directly, and we will get back to you promptly to arrange a call or meeting.
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