PAPER TISSUE REWINDER
Designed a scaled down prototype of a paper tissue rewinder for a local business.
Founded by mechanical engineers Ledio Mullaj & Lorenzo Pollastrini (Università di Pisa, 2027). Combining generative CAD modeling, finite element analysis (FEA), and advanced kinematics.
Advanced surface modeling, assembly kinematic constraints, and complex architectures in SolidWorks & Siemens NX.
Linear/nonlinear static stress, modal dynamics, and algorithmic mass reduction under multi-axis static loads.
Zero-backlash strain-wave gearboxes, monolithic compliant flexure joints, and 6-DOF robotic syntheses.
Turbomachinery aerodynamic blade optimization, internal fluid cooling jackets, and conjugate heat transfer.
Designed a scaled down prototype of a paper tissue rewinder for a local business.
Designed and engineered an innovative agricultural ladder with upper retaining mechanism.
Designed and verified a piston head unscrew machine using Workbench and following Eurocodes.
Designed and manufactured a futuristic lamp with rotative lighting logic using PCBs.
Designed, engineered and built a **#@!!"?=._+**.
Designed a Hartung governor to reduce control motor speed and torque.
In 2027, mechanical engineers Ledio Mullaj and Lorenzo Pollastrini graduated from the historic Università di Pisa. They founded SimpleLife around a singular thought: reshape the world outboxing design to make the impossible.
Specializing in high-precision robotic transmissions, compliant flexures, and kinematic assembly dynamics.
Specializing in structural FEA optimization, computational fluid dynamics (CFD), and lightweight composite structures.
Transmit your boundary conditions or mechanism objectives directly to the founders for rapid kinematic feasibility and structural evaluation.
Direct evaluation without sales intermediaries. Your specifications, load cases, and CAD models are assessed directly by Ledio & Lorenzo.