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[[Springs]], [[Gears and sprockets]], [[Belts]], [[Pulleys]], [[V wheels]]
[[Springs]], [[Gears]], [[Sprockets]], [[Chains]], [[Belts]], [[Pulleys]], [[V wheels]]


===Electrics===
===Electrics===

Revision as of 13:27, 13 June 2021

Replimat creates practical tools for positive change.

This wiki documents a building system which requires only a few hand tools, is compatible with other building systems, and makes more of itself. A small number of parts are reused in many different ways to build many things most people need including tools needed to make more parts.

Replimat parts are designed for disassembly and cradle-to-cradle reusability, and constructed wherever possible from waste or other durable, reusable, renewable, recycled and recyclable materials. Replimat components form a long lasting, mult-use carbon sink for the waste streams of other processes. Component parts which can not yet be replicated are known as vitamins.

Self reproduction lowers cost, decentralizes production, localizes supply and demand, enables innovation, shortens supply lines, reduces inventory and storage requirements, spreads knowledge, and empowers individuals and small groups.

Replimat is open source hardware, free, libre, and open-source software, and an example of the open design movement. The Replimat project follows a community code of conduct.

Reasons to use Replimat

  • Build projects fast while having fun!
  • Simple to learn and use
  • Designed for disassembly and reuse
  • Standard components drastically reduce inventory, manufacturing requirements
  • Worldwide availability
  • Interoperate with modular construction systems

Design goals

  • The right way is the easiest to copy.
  • Design parts against the replimat grid to reduce complexity and increase modularity and reusability
  • favor parts which can be locally reproduced and have wide application
  • enable local production via locally made machines
  • consume waste materials for use as raw materials wherever possible - trash to treasure
  • promote pools of compatible parts, within which innovation can happen as fast as communication
  • strive toward openness and wide application of all components, production processes, firmwares and software
  • Avoid unnecessary material transformations. Reduce modifications to standard parts wherever possible.

Parts

Structures

Adjustable feet

Motions

Springs, Gears, Sprockets, Chains, Belts, Pulleys, V wheels

Electrics

Wires, Motors, Magnets, Controllers, Ring terminals, Speakers, Switches, Solder, Soldering irons, Silicone resins

Fluids

Hoses, Clamps, Couplers, Fluid pumps, Exchangers

Hydraulics

Hydraulic hoses, Hydraulic couplers, Hydraulic pumps, Hydraulic valves, Hydraulic motors, Hydraulic pistons, Hydraulic power units

Pneumatics

Air cylinders, Pneumatic grippers

Heating, ventilation, and air conditioning (HVAC)

Fans

Techniques

Ball and socket joints
Count by fives
Fasten loosely until assembled
Four bar linkages
Independent suspensions
Integrated wiring
Jansen linkages
Klann linkages
Layering frames
Peaucellier-Lipkin linkages
Points away from people
Projects without tri joints
Rotation
Scissor linkages
Stacking crates
Three point hitch receivers
Trapezoidal steering
V wheels and angles

Techniques to avoid (which sometimes work)

Nuts inside frames
Cutting frames

Projects

Hand tools

Grommet punches
Gear pullers

Power tools

Lights
Flashlights
Soldering irons
Multimeters
Chain saws
Drill bits

Organization

Furniture

Booths
Cubicles
Easels
Platforms
Work lights

Assistive devices

Wheelchairs

Automation

Linear actuators

Energy

Thermal batteries

Transportation

Kayaks
Passenger trailers
Scooters
Transmissions
Trucks
Vehicle ramps

Health and safety

Bathrooms
Face masks
Railings
Ramps
Stationary cycles
Water filters

Shelters

Bus stops
Cycle habitats
Towers
Trailer habitats

Information

Cameras
Camera dollies
Computers
Home assistants
Keyboards
Keyboard, video, and mouse switches
Mesh communicators
Phones
Projectors
Server racks
Signs

Heavy equipment

Cranes
Forklifts
Front loaders

Agriculture

Automatic composters
Carts
Chicken tractors
Dishwashers
Fences
Greenhouses
Grow cabinets
Harvest spinners
Harvest bubblers
Harvest hangers
Kitchens
Milking parlors
Pellet presses
Ploughs
Tractors
Trellises
Raised planters
Soil blockers
Water collection systems
Wheelbarrows

Manufacturing

3D printers
Assembly lines
Automated drilling machines
Conveyor systems
Copy carvers
Drill presses
Hangers
Kilns
Lumber mills
Metal mills
Pallet jacks
Planers (Thicknessers)
Plasma cutters
Plastic recycling centers
Potter's wheels
Power tools
Punch presses
Robot arms
Rotary welding positioners
Saw stands
Scaffolding
Sheet brakes
Stands
Table saws
Vacuforming machines
Wire EDM machines

Recycling

Shredders

Repair

Hoists

Textiles

Bobbin Winders
Drum carders
Screen printers
Sewing machines
Spinning wheels
Table looms
Warp boards
Washing Machines

Lifecycles

Ways to help