Scope

Extreme Manufacturing workshops, kits, derivative products including CNC torch table kit, different toolheads, scaled machines, information products, 3D print services, Enterprise training, certification, and other services surrounding the Universal Axis CNC system.

Invitation

Invitation video for developers and entrepreneurs.

D3D PVC frame - builds on readily- sourced parts, facilitating ease of independent replication + automated kit drop ship. Prusa MK2 extruder. Filament run-out sensor. Marlin + RAMPS with external bed relay or MOSFET. PEI surface. 8, 12, and 24" versions are readily doable with the system, but 12" is a good scale for a printer of significant size. Includes simple Prusa i3 extruder as well as larger Volcano Nozzle extruder.
Filament maker + grinder for making low cost filament
D3D CNC Torch Table - immediate upgrade (by scaling of universal Axis) to a whole new field of production. Much cross-fertilization is expected by entering heavy metal fabrication - tractors, brick presses, etc.
Small laser cutter - ready upgrade to the existing 3D printer frame using the magnetic tool head mount. Good example of ready modularity of the 3D platform. Good open source prior art already exists. Extends prototyping capacity to scale prototypes of CNC torch table-cut machines- in that heavy machines are welded from flat pieces cut by the CNC torch table.
CNC Circuit Mill - the only 3D printer in the world that actually works for circuits. Proves the true modularity of the system.

Immersion training program - the growth model of OSE revolves around training developer-entrepreneurs who continue on OSE development efforts while getting funded by the work itself. This is consistent with OSE's education mission. Trainees are certified to run 3D Printer workshops, and branch into further open source product R&D with OSE. The intent is building a worldwide culture of open source product development, and an entrepreneurial spirit that can sustain that effort. Regarding funding the military in the USA [1], OSE's proposal to address this is transitioning the economic system to a peacetime economy within 20 years with a gradual conversion of military spending to constructive uses.

OSE has historically charged $300 above the bill of materials cost for its 3D printer workshops. This model means $3600 revenue per event if 12 people sign up.
Immersion training program revenue allows the education and R&D aspects of OSE to expand. Cost structure should reflect the value of the program.
Trainees can operate under different scenarios: getting

On-site immersion training involves building 3D printer, laser cutter, filament maker, and CNC circuit mill, and several open source products: pi-cam, microscope, drone, pi phone, drill.
In addition to on-site program, provide full open source training materials for anyone to download for free, or buy as an information product.
Provide an E-Course for those who cannot make the program, consisting of 30 hours of Lectures. Prepare blackboard quick-learning videos. Would require an on-site video person for a full month of work.

Drop shipping allows for a passive business of selling kits with zero for inventory. While not as profitable, it is scalable if it requires no effort outside of BOM maintenance and updates.
Drop Shipping can be localized for different countries

Print cluster can be used to produce parts on demand or for workshops
Online 3D printing service can be created where people order their parts and can view the print with a webcam. This applies to pre-approved Parts Only - meaning existing kit parts or parts that are added to the online curated print Library.

$ backwards for the S you n OSE
It is moneyleft, or abundance coins. Core design is based on making resources non-scarce or non-rival by opening up full documentation and access to their production.
Algorithm and white paper to be developed. Distributed ledger with consensus mechanism and trivial calculation. Coin is declared, consensus mechanism approves distributed coining based on availability and proof of working open source products
How do you prove a working open source products? By examining if complete information is available for production. Each information item has a specific set of rules or criteria for that information to be accepted as valid. This enforces the complete validation of an open-source product development methodology and therefore piggybacks completely on the OSE methodology.