SolidWorks is the most widely used 3D design software for mechanical engineers. Daily work including modeling, assembly, and engineering drawing generation involves a large number of repetitive operations, such as standard part dimension modification, batch…
Mechanical engineers have two completely different attitudes toward iLogic. Skilled users rely on it for parametric modeling, automatic drawing generation, and one-click equipment configuration, greatly boosting work efficiency. In contrast, many beginners complain about frequent…
Free professional conveyor speed calculator for industrial manufacturing, packaging and automation lines. Accurately calculate belt speed in m/min based on product size, gap and throughput.
Official technical guidelines for Forbo Movement Systems screw-operated & force-dependent take-up systems, conveyor drum diameter standards, drive drum conicity rules, and lagging specifications for Siegling Transilon conveyor belts.
Conveyor Systems Guide Conveyors are essential systems used across various industries to transport materials efficiently from one location to another. Designed primarily to facilitate the movement of products, raw materials, and components, they are crucial…
Free online Power RPM Torque Calculator – Calculate power (kW), rotational speed (rpm), and torque (N·m) using the standard formula: Power = Torque × RPM ÷ 9550. Easy to use for automotive, industrial and mechanical applications.
Free online tolerance dimension chain calculator, supports input of addendum loop and deduction loop parameters, automatically calculates closed loop parameters.
The model features a detailed design of the bed, spindle system, multi-tool head, and transmission components, making it ideal for mechanical design, manufacturing simulation, and equipment R&D.
Today, that fortress is crumbling. In 2026, you can describe a fantastical creature in plain English or upload a sketch, and within seconds, a usable 3D model materializes.
Our free Conveyor Speed Calculator takes the hassle and risk out of belt speed calculations, so you can focus on what matters most: delivering high-quality products on time, every time, – and see the difference precise.
In the field of mechanical manufacturing, 3D modeling is the core bridge connecting ideas and products. From a small gear and a precision bearing to the overall structure of large machine tools and intelligent equipment,…
The design of conveyor rollers, particularly the determination of their length and diameter, is a critical engineering decision that directly impacts conveyor performance, load-bearing capacity, operational safety, and long-term maintenance costs.
In the field of mechanical design and manufacturing, engineering drawings serve as the core bridge connecting design concepts to physical products. Meanwhile, mechanical technical requirements are the “soul” of engineering drawings—they specify key information such…
In the field of mechanical equipment, bearings are core components akin to “joints” — they bear loads, reduce friction, and directly determine the operational precision and service life of equipment. The press-fitting process that accurately…
This 3D model presents a high-efficiency double-layer inclined belt conveyor line, engineered for space-saving and continuous material handling in industrial scenarios. The design integrates two parallel conveyor belts stacked vertically, with optimized slope angles (15-25°)…
