Revolute Robot
Compounding Twin Screw Extruder
Installation of Compounding Twin Screw Extruder at UET Lahore We are pleased to announce the successful installation and commissioning of the Compounding Twin Screw Extruder at the Department of Polymer and Process Engineering, UET Lahore. This advanced laboratory-scale extruder will serve as a critical tool for research and practical training in polymer processing, material blending, and additives compounding. Designed to meet modern academic and industrial requirements, the system enhances UET’s capabilities in polymer development, thermal stability testing, and high-performance material formulation.
Revolute Robot
EduTech Lahore Successfully Installs Revolute Robot at GIKI EduTech Lahore is proud to announce the successful installation and commissioning of its first locally developed Revolute Robotic Arm at the Faculty of Mechanical Engineering, Ghulam Ishaq Khan Institute of Engineering Sciences and Technology (GIKI). This achievement marks a significant step forward in advancing local capabilities in industrial robotics and automation. The Revolute Robot demonstrated its operational capabilities during a live demonstration session, showcasing key applications such as: Spray Painting Line and Sawtooth Welding Pick & Place, Stacking, and Palletizing Stay tuned for more updates as we continue to bring high-tech solutions to educational and industrial sectors across and beyond Pakistan.
Multi Engine Test Bed
Installation of Multi-Engine Test Bed at Pak-Austria Fachhochschule We are proud to announce the successful installation and commissioning of a state-of-the-art Multi-Engine Test Bed at Pak-Austria Fachhochschule, Haripur. This advanced test bench has been developed and delivered by EduTech Lahore to support the institution’s efforts in high-performance automotive and mechanical engineering research. The system enables real-time monitoring, calibration, and diagnostics of multiple engine types under controlled conditions, enhancing both academic learning and applied research capabilities. The installation reflects EduTech Lahore’s ongoing commitment to empowering engineering institutions with cutting-edge, locally developed equipment, compliant with global standards. We extend our sincere gratitude to the faculty and technical staff of Pak-Austria Fachhochschule for their support and collaboration throughout the project. Stay tuned for more updates on our mission to modernize technical education and industrial R&D across Pakistan.
Successful Deployment of Advanced Fluid Mechanics Equipment at NUST Quetta Campus
We are thrilled to announce the successful delivery, installation, and training sessions for a comprehensive suite of advanced hydraulic laboratory equipment at the National University of Sciences and Technology (NUST) Quetta campus. This milestone underscores our commitment to enhancing practical learning and research capabilities in technical education. Key Highlights Product List Below are detailed specifications of the equipment delivered: This accomplishment at NUST Quetta stands as a testament to our ongoing commitment to advancing technical education. Stay tuned for further updates on our journey towards educational excellence.
Revolutionizing Yarn Manufacturing
Revolutionizing Yarn Manufacturing: Edutech Lahore Delivers Cutting-Edge Six Spindle Spinning Machine to GIK Institute Edutech Lahore is proud to announce the successful design, development, and delivery of a state-of-the-art Lab Scale Six-Spindle Spinning Machine to the esteemed Ghulam Ishaq Khan Institute of Engineering Sciences and Technology. Key Highlights Advanced Technology:The six-spindle spinning machine is a ring-spinning marvel designed for drawing, rewinding, and rolling half-finished roving into fine yarn.Comprehensive Yarn Manufacturing: This machine seamlessly performs three crucial actions – drafting, twisting, and package formation – simultaneously and continuously.Exceptional Yarn Properties: The yarn produced by this machine exhibits outstanding tensile strength, elongation percentage, yarn evenness, and hairiness properties.Versatility: The ring frame process allows the widest range of yarn count to be spun, catering to diverse manufacturing needs.Innovative Design: The Lab Scale Six-Spindle Spinning Machine is a testament to Edutech Lahore’s commitment to advancing technology in the field of textile engineering. Data Acquisition System (DAQ) Programmable Logic Controller (PLC)Central Processing Unit (CPU)Touch Screen HMIData Monitoring and Saving ModuleEmergency Stop Function Standards Compliance CE-approved safety featuresEdutech Lahore remains dedicated to shaping the future of textile engineering education. Stay tuned for more updates on our journey towards excellence.
Empowering Technical Education
Empowering Technical Education: Successful Deployment of Advanced Equipment and Training at PAF-IAST We’re excited to announce the triumphant delivery, installation, and training sessions for three state-of-the-art apparatus: TH-102 Marcet Boiler Apparatus TH-203 Steam Power Plant with Steam Generator TH-204 Heat Pump Apparatus This achievement underscores our confidence in the positive impact these cutting-edge tools will have on educational and research pursuits at the Pak-Austria Fachhochschule Institute of Applied Sciences and Technology. Key Highlights Commendable Delivery and Installation: Our team seamlessly executed the delivery, installation, and training sessions, showcasing dedication and expertise. Educational Significance: Emphasize the crucial role these apparatus play in enhancing practical learning and research capabilities. Specifications Provide a comprehensive breakdown of specifications covering heating power, pressure control, safety measures, temperature range, and technical details such as material composition, heating element specifications, and safety features. Our accomplishment at PAF-IAST stands as a testament to our unwavering commitment to advancing technical education. Stay tuned for more updates on our journey towards contributing to educational excellence.
SM-111 Capillary Rheometer
SM-111 Capillary Rheometer Groundbreaking Achievement: Locally Developed Capillary Rheometer Successfully Delivered to UET Lahore It’s noteworthy that you successfully delivered the capillary rheometer to the client at the Polymer and Process Engineering Department, UET Lahore. This accomplishment highlights your practical application of engineering skills and your contribution to advancing research and development in your field. Highlight the significance of the achievement and its impact on the local industry and educational institutions. Celebrate the successful design and development of the capillary rheometer from scratch and its delivery to the Polymer and Process Engineering Department at UET Lahore. Conclude by reiterating the significance of this achievement, the impact it may have on local industries and educational institutions, and express pride in the team’s accomplishment. Features Briefly summarize the key features of the SM-111 Capillary Rheometer, emphasizing its advanced technology, safety measures, and versatility. Explain the working principle of the capillary rheometer, detailing how it measures viscosity at higher shear rates and its applications in material flow characterization. Specifications Provide a detailed breakdown of the specifications, covering aspects such as drive, temperature control, dies, barrel, pressure, and power. Include technical details like force range, speed control, and temperature range.
SM-111 Capillary Rheometer
Groundbreaking Achievement: Locally Developed Capillary Rheometer Successfully Delivered to UET Lahore Introduction Highlight the significance of the achievement and its impact on the local industry and educational institutions. Celebrate the successful design and development of the capillary rheometer from scratch and its delivery to the Polymer and Process Engineering Department at UET Lahore. Conclude by reiterating the significance of this achievement, the impact it may have on local industries and educational institutions, and express pride in the team’s accomplishment. Key Features Explain the working principle of the capillary rheometer, detailing how it measures viscosity at higher shear rates and its applications in material flow characterization. Specifications Provide a detailed breakdown of the specifications, covering aspects such as drive, temperature control, dies, barrel, pressure, and power. Include technical details like force range, speed control, and temperature range. Software Highlight the software used for configuring experiments and analyzing data. Discuss its features, including basic analysis, derived curves, test types, rheometer control, die database, and more. Graphs Include sample graphs illustrating constant shear and extensional tests, as well as melt fracture/flow instability tests.