At the intersection of complexity and innovation, traditional engineering silos disappear. Welcome to TAWTEEN, a premier multidisciplinary system design engineering hub where we transform complex challenges into integrated, market-ready realities. Modern breakthroughs are rarely born within a single discipline. True innovation requires a seamless, unified approach. Our office bridges the gaps between mechanical, electrical, software, and materials engineering, synthesizing these distinct domains into a singular, high-performance ecosystem.
* Design and manufacturing of a complete production line converting agricultural waste into biochar and fuel briquettes through automated drying, carbonization, and pressing processes.
* Design and development of an integrated industrial line for shredding and recycling used tires using high-torque twin-shaft shredders with automated conveying and sorting systems.
📌 Biochar Carbonization & Briquette Production Line
📌 Used Tire Shredding & Recycling Line
* Design of a comprehensive range of wood chippers and shredders in varied sizes from compact portable units to large tracked machines for agriculture sector.
* Design and manufacturing of an innovative range of harvesting equipment and grass mowers including automated harvesters, rotary mowers, and autonomous mowing robots equipped with remote-control systems for farms, agricultural facilities, and landscaping.
📌 Comprehensive Wood Chipper & Shredder Range Design
📌 Harvesting Equipment & Mower Design and Manufacturing
* Design and manufacturing of a complete range of jaw, impact, and cone crushers for mining and quarry sectors with varied production capacities to meet all requirements.
* Design and development of multi-deck vibrating screens and trommel drums for material sifting and classification in mining, quarrying, and recycling applications.
📌 Design & Manufacturing of Jaw, Impact & Cone Crushers
📌 Multi-Deck Vibrating Screens & Trommels Design
* Design and manufacturing of mobile and stationary conveyor belt systems for quarries, mines, and recycling plants with advanced drive and control systems.
* Design and manufacturing of cargo handling equipment such as: mobile loading ramps, inclined loading conveyors, hydraulic scissor lift tables, wheeled roller conveyors, and integrated loading systems for warehouses and logistics centers.
📌 Conveyor Belt & Material Handling Systems Design
📌 Cargo Handling & Loading Equipment Design and Manufacturing
* Design and manufacturing of a comprehensive range of lifting and handling equipment including mobile gantry cranes, jib cranes, and industrial lifting systems for various load capacities.
* Design and manufacturing of a range of mobile mini cranes with varied lifting capacities on tracks and outriggers for confined-space handling in industrial workshops.
* Design and manufacturing of all crane types: tracked spider cranes, portal gantry cranes, and pillar-mounted jib cranes, built to the highest safety and quality standards for industrial lifting applications.
📌 Lifting & Material Handling Equipment Design
📌 Mobile Mini Crane Design & Manufacturing
📌 Cranes & Hoist Equipment Design
When it comes to machinery design, you need more than just functional concepts — you need precision, reliability, and validated performance. Our engineering office has transformed complex mechanical concepts into robust, market-ready machinery. We specialize in the complete lifecycle of machinery design, combining advanced kinematic modeling with rigorous stress and dynamic analysis.
Our team specializes in Kinematics and Dynamics Analysis R&D. We don't just guess how your mechanisms will behave; we precisely simulate real-world physics. Our engineers handle everything from linear dynamics and seismic analysis to high-power transmissions and complex nonlinear contact assemblies.
Case Studies
📌 Case Study 1: Launcher Mechanism
📌 Case Study 2: Platform Levelling Mechanism
Tawteen provides premier FEA consulting services, leveraging over 30 years of experience to solve complex mechanical engineering challenges through validated, high-fidelity models.
Case Studies
📌 Case Study 1: Bascule Bridge
📌 Case Study 2: Pressure Chamber
📌 Case Study 3: Biomechanics