We aim to implement a more sustainable and responsible mode of consumption based on recycling and efficient energy management. 3D printing technologies will be used for all company functions, from buildings to machines and tools.

Enhanced by blockchain technology

Providing large scale 3D printing manufacture and connecting content creators with customers


Designing exclusive premium phygital assets to elevate traditional consumption to a new, more modern, and inclusive standard (NFC technologies).    


Will power SCALABS’ in-experience economy by creating sustainable engagement value for consumers and enabling its participants to capture the value created.


Design competitions will be organized, and teams and the community will be able to vote on entries to introduce unique and exceptional ranges of NFTc and SFTc.

Enhanced by blockchain technology

Offer fair rewards to each stakeholder to allow the company to scale up quickly.


          SCALABS is leading a revolution that will forever change the manufacturing industry and its value chain. We aim to transform the way society consumes by elegantly combining 3D printing and blockchain to form a new generation of phygital assets. It means that we offer a unique interactive experience by combining physical and digital elements.

         The SCALABS offer is at the epicenter of these different sectors. Our produced model are guaranteed for life*, we can also reproduce an object at a lower cost or make it evolve over the time. This process makes it possible to implement responsible recycling treatment while guaranteeing the consumer that the company has not integrated any form of planned obsolescence into the products.

          To accomplish this, we will centralize our production sets on French territory and control each constituent link of the supply chain using various technical solutions. Our sales platform will be a marketplace constituted by NFTc and SFTc 3D-printed products that will fit into a limited series logic, focused on the user experience, design, and conception.

SCALABS will mark a turning point into the new economic and creative uses of the blockchain.

          The blockchain technology use with its immutable and transparent data storage, strongly emphasizes the idea of this fair and creator-centric approach. Additional revenue streams are unlocked and accelerated for all ecosystem participants by tokenizing activity in the experience.

*subject to conditions 


          The combination of 3D NFT allows both to obtain a physical and digital product for both, virtual use and real daily use. But also, to develop a tokenomics which can offer very significant rewards for the various players in this project. Our ecosystem is designed to create a more sustainable environment, by incentivizing the creation and consumption of a physical product to processed data. 


          3D printers require processed raw materials like all industrial technologies. Aiming to drastically reduce the price of processed materials, part of the plant will produce consumables. This will make it possible to control the quality of the materials used with a precision high level, while keeping a large maneuver margin concerning the diversity of the material.

The productions will therefore have no defects because the 3D printer offers high quality precision.

          To increase the profitability of each machine and include the ecological side in this project, the products will have the possibility of being recycled. We guarantee the exchange of raw materials and polluting materials that are not recycled enough today. This will allow the costs of consumables to be drastically reduced. The carbon impact of this project and this consumption will be reduced during the evolution of the project ecosystem.

The main objective of each will be to allocate only a part of its manufacturing capacity to the deployment of finished articles intended for sale; the other shares will be allocated to the production of components.


          The ecosystem will have an online marketplace for the purpose of commercializing our chip embedded NFTs and SFTs for 3D printed products. The main difference between these two items lies in their uniqueness.

An SFT: Semi-Fungible Token begins circulation as a fungible item before becoming non-fungible. It is a collection of the same product but each of them will be unique thanks to its chip. These will be produced in a limited number of copies.

An NFTc has exclusive content: it is a collection composed of α unique design that will only be printed once.

Each NFT will be different, unique and recognizable.

Those asset aims to be functional and foster specific behavior to induce virality, social interaction and connectedness within the experience.

         This will be implemented, on the one hand, by attracting new users through people already present on the platform, and on the other hand, by promoting interaction and connection between users. This interaction will increase engagement and retention (network effect).

        This project will be made possible and controlled by the integration of an NFC chip in the products. This chip will allow the user to scan his product via his phone to go to the interface of his NFTc/SFTc and have the digital aspect as he pleases

SCALABS wants to emphasize the different mechanics of its experience ecosystem by creating its own utility currency.

        A utility token powered the SCALABS partner network, allowing its participants to capture the value created. Eventually, NFTc and SFTc products could be integrated into Play-to-Earn, and partner systems could offer to print their favorite NFTs.


          Divided into several specialties, the company will have a research and development laboratory which develops new production machines, reduces their mandatory minimum maintenance, models and designs a range of unique products will be offered on the market.

Subsequently, a new research and development laboratory will also be set up to ensure the future development of the company.

        This evolving project therefore aims mainly to ensure great flexibility and adaptation through its structure and its environment. Whether in terms of internal organization, market management, but also the start of production. A maneuver margin acquired to optimize the various expensive and constraining activity poles of industrial production. They will make it possible to achieve considerable economies of scale and increase the company’s competitiveness.


The Elrond network is the first to present a viable solution where all the three aspects of sharding – state, network and transactions – have been implemented at once. Combined with its “Adaptive” component, this novel architecture allows for dynamic network configuration to maintain a high level of security while scaling with demand.

$EGLD Support


Transaction Reports

Digital Classification

Frequently Asked Questions

Based on the questions we receive the most, feel free to come back here to find new answers.

What is a blockchain?

A blockchain is a distributed, cryptographically-secure database structure that allows network participants to establish a trusted and immutable record of transactional data without the need for intermediaries. A blockchain can execute a variety of functions beyond transaction settlement, such as smart contracts. Smart contracts are digital agreements that are embedded in code and that can have limitless formats and conditions. Blockchains have proven themselves as superior solutions for securely coordinating data, but they are capable of much more, including tokenization, incentive design, attack-resistance, and reducing counterparty risk. The very first blockchain was the Bitcoin blockchain, which itself was a culmination of over a century of advancements in cryptography and database technology.

Can a 3D printer print anything?

3D printers can indeed print almost any shape, structure or object, but are limited by their build volume and sometimes cannot print in the air. The creation of a 3D printed object is achieved through additive processes.

Why are we talking about additive manufacturing?

This technology is called so because it works by adding material.

The object takes shape as the layers solidify.

There are several manufacturing processes, but they all have one thing in common, that of creating an object layer by layer by depositing material until the final part is obtained.

These production machines can be of various sizes and aspects but are always associated with computer software. This is called computer-aided design (CAD).