Pneumatics and motion mechanisms

Pneumatic circuits, cylinders, valves and vacuum, plus motion mechanisms — ball screws, timing belts, guides, bearings and motors — from selection to calculation.

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  1. Machine Design #02: Designing Pneumatic Circuits, from Basics to Practice — A practical guide to pneumatic circuit design: Pascal and Boyle, the FRL unit, solenoid valves, meter-out speed control, piping, installation order, and safety.
  2. Machine Design #13: Basic Pneumatic Circuits – See the Whole Before Reading Each Symbol — Pneumatic circuits made practical: define sequence, pressure, air quality, exhaust and safe state so technicians can diagnose faults. | MINATA
  3. Machine Design #14: Pneumatic Symbols – How to Read the Symbols in a Circuit Diagram — Read pneumatic symbols as a working sequence: valves, sensors, regulators, exhaust and safe states for machine commissioning. | MINATA Practical guidance for
  4. Machine Design #12: How to Use Pneumatic Cylinders in Machine Design – The Points Easily Overlooked — Pneumatic cylinders are easy to use, but overlook real pressure, spare stroke, side load, cushioning, drop prevention or safety and machines fail in the field.
  5. Device Selection #17: 2, 3 or 5-Port Solenoid Valve — Choosing by Circuit and Safe State — Choose 2/2, 3/2, 5/2 and 5/3 solenoid valves by cylinder type, control mode, flow, exhaust and the power-loss state, with a comparison table and a checklist.
  6. Device Selection #19: FRL Air Preparation — By Flow and Cleanliness — Choose an FRL air-preparation unit by flow, pressure, cleanliness, condensate draining, mounting and maintenance, with a comparison table and checklist.
  7. Machine Design #67: Pneumatic Systems — From Supply and Pressure Loss to Air-Loss State — MINATA guide to pneumatic system design: function, process, tolerance, inspection, failure modes, and maintenance evidence for dependable machines.
  8. Machine Design #09: Selecting a Motor-Driven Transmission – Don't Just Look at Force and Speed — Choosing a motor-driven transmission by real conditions: ball screw, rack and pinion, timing belt, chain, cam, link, and actuators, plus eccentric load.
  9. Device Selection #03: Ball Screw, Timing Belt or Rack and Pinion — Choosing by Stroke, Speed and Accuracy — Compare ball screw, timing belt and rack and pinion by stroke, speed, accuracy, force and stiffness, with a table, lead, critical speed and a checklist.
  10. Machine Design #17: LM Guide vs Linear Bushing — What Is the Difference and Which One to Use? — LM guide vs linear bushing: differences in structure, load, rigidity, accuracy, assembly and maintenance, plus how to choose for each application.

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Tolerances & drawings · Electrical & PLC · Materials & machining · Quality · Technical Japanese

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Pneumatics and Motion Mechanisms — Learning Path & Calculators | MINATA