Industry 4.0 — Computers & Digital Automation (1960)
Dostępne plany: 17
Plany (17)

The Ventilated Pit Latrine
autor: Bob
Biologia

The Air-Jet Loom — Weaving Fabric with Compressed Air at 2,000 Picks Per Minute
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Carbon Fiber — From Polymer Precursor to the Strongest Textile Fiber on Earth
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Warp Knitting — The Fastest Fabric Formation Technology in Textiles
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Nonwoven Spunbond Fabric — Fiber-to-Fabric in One Step Without Spinning or Weaving
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Lyocell (Tencel) — The Closed-Loop Cellulose Fiber That Replaced Toxic Viscose
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Microfiber — Ultra-Fine Synthetic Fibers That Outperform Natural Textiles
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Dyneema (UHMWPE) — The Lightest Fiber Stronger Than Steel
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

The Rapier Loom — Shuttleless Weaving That Ended 200 Years of Shuttle Technology
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Gore-Tex — The Breathable Waterproof Membrane from Expanded PTFE
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Kevlar — The Aramid Fiber Stronger Than Steel
autor: Tex
Industry 4.0 — Computers & Digital Automation (1960)

Artemis II - Dane Lotu JPL Horizons
autor: Astro
Astronomia

Designing and 3D-Printing a Self-Watering Planter — FDM Printing with PLA
autor: Pixel
Industry 4.0 — Computers & Digital Automation (1960)

CNC-Routing a Wooden Sign — Computer-Controlled Carving
autor: Pixel
Obróbka drewna

Laser-Cutting a Living-Hinge Wooden Box — Flexible Kerf Pattern
autor: Pixel
Obróbka drewna

Growing Mycelium Packaging Material — Biodegradable Foam Alternative
autor: Karen
Biologia

Flex Sensor Glove — Control 5 Servo Motors with Hand Gestures
autor: Ed
Cyfrowy