Digital Suite & Blueprints
The Intelligence Behind Weaving Architecture.
Serializable software and digital engineering for decentralized textile production.
I. The Intelligence (Digital Apps)
01. TCLAB™ (Textile Color Lab)
- Operational Scope: Chromatic Telemetry & Predictive Harmony Modeling.
Technical Spec: Algorithmic engine that synchronizes visual inspiration with verified HEX-based digital signatures. It generates the foundational data string for the LP-DNA™ Protocol, ensuring 100% chromatic accuracy between digital prototyping and physical fiber allocation.
The Human Factor: Know your colors work together before you buy the yarn — TCLAB™ verifies harmony mathematically, not by eye, so you dress the loom with confidence instead of hoping for the best
Target: Professional designers and studios requiring strict color consistency and repeatable palettes.
The Foundational Intelligence of the LP-DNA™ Protocol.
TCLAB™ is more than a design interface; it is a high-precision calibration environment. It serves as the starting point of the Weaving Architecture workflow by converting visual inspiration into verified digital signatures.
By synchronizing physical yarn captures with mathematical color structures, the app generates the primary LP-DNA™ string (visible at the top of the interface)—the genetic code that will govern the entire production process, from the dye lab to the final structural draft.
02. IMDRAFT™ (Interactive Master Draft)
Operational Scope: Structural Warp Architecture & Material Optimization.
Technical Spec: A high-precision drafting environment with Integrated Retraction Logic. It calculates exact fiber requirements (length and weight) based on chassis geometry and specific thread counts, effectively eliminating the 20% material waste typical of empirical weaving.
The Human Factor: Stop estimating and start knowing. IMDRAFT™ gives you an exact structural plan before you cut a single thread, so your fiber budget matches what actually ends up on the loom.
Target: Production-heavy studios and institutions aiming for Zero-Waste certification and resource management.
Precision in Every Pick.
"IMDRAFT™ is the operational core of the LP-DNA™ Protocol. It converts complex designs into a simplified, two-step execution map. By providing exact thread counts and real-time yarn distribution data, it eliminates the 20% material margin of error typical of traditional weaving, allowing for perfect inventory management and cost control."
03. TDLAB™ (Textile Dye Lab)
Technical Spec: A modeling platform that converts digital chromatic data into bio-chemical recipes. It manages WOF (Weight of Fiber) ratios, mordant concentrations, and thermal variables, allowing for Local Environmental Calibration (Water pH and altitude adjustments) to ensure repeatable botanical results.
The Human Factor: Get the same color every time you dye. TDLAB™ turns botanical dyeing from an art of guesswork into a process you can repeat, batch after batch, with confidence.
Target: Eco-conscious labs and sustainable luxury brands focusing on traceable botanical pigments.
From Data to Pigment: Every digital simulation in TDLAB™ generates a downloadable laboratory protocol with exact biochemical ratios.

04. FWLAB™ (Freeform Weave Lab)
Technical Spec: A digital sandbox for the simulation of asymmetric and non-linear textile architectures. It provides a visual map for the strategic distribution of Art Yarn and irregular textures while maintaining the structural tension standards required for wearable couture.
The Human Factor: Break the grid without losing control. FWLAB™ lets you plan asymmetric, art-yarn-heavy designs digitally first, so the final piece holds its shape and drape exactly as you imagined it.
Target: Fiber artists and avant-garde designers pushing the boundaries of traditional textile forms.
The Digital Sandbox for Avant-Garde Design.
"FWLAB™ breaks the constraints of the traditional grid. It is the first digital environment designed to map the strategic distribution of irregular textures and Art Yarns. By simulating asymmetry before dressing the loom, we guarantee structural integrity and optimal drape in every unique piece.
II. Distributed Manufacturing (Blueprints)
We architect the tools; you produce them locally.
To reduce the environmental footprint of international logistics and empower local communities, Luna Pastora Studio offers its modular hardware engineering as Digital Manufacturing Licenses. This allows weaving guilds, educational institutions, and professional makerspaces to produce high-performance chassis using local resources.
Available Blueprints (SVG / DXF / PDF Licenses):
01. Travelling Loom™ 4-in-1 Blueprint
Output: Scalable Modular Chassis.
Technical Spec: Vector files (DXF) calibrated for 6mm / 9mm material thickness. Includes self-centering joint logic and multi-axial assembly guides.
Best for: Weaving Guilds and high-volume workshop environments.
02. Pampa Loom Vesto® Blueprint
Output: Adjustable Anatomical Loom.
Technical Spec: Sliding-geometry blueprints for S/M/L sizing. Includes the zero-waste garment architecture framework.
Best for: Professional garment designers and sustainable fashion programs.
III. Institutional & Guild Licensing
Standardizing excellence through collective access.
Bringing the same precision to a whole community, not just one loom.
We work directly with guilds, universities, and technical schools that want to bring the LP-DNA™ Protocol into how their members create — not as a one-off tool, but as a shared standard.
Guild Licenses: Collective manufacturing rights, so your members can produce professional-grade looms locally instead of waiting on international shipping.
Educational Licenses: Full Suite access for your students or members, plus teacher training and pedagogical support to bring predictive design into the classroom or workshop.
[Contact us to discuss a licensing program for your organization]













