NABILAX
• PROJECT EXECUTION PATHWAY • HOW IT WORKS

From part or concept
to finished metal component

A transparent, 6-step process combining CAD reverse engineering, additive manufacturing,
and precision Lost-PLA investment casting — with zero financial risk and no tooling delays.

HOW IT WORKS

6 steps from concept to finished casting

01Input Step
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Project Analysis

Send us your part, photos, sketches, or existing documentation. We analyze geometry and determine the optimal manufacturing process.

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Data FormatsSTEP / IGES / STL / DWG / 3D Scan or physical part
02Digital Engineering
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CAD Modeling

We create or reconstruct a precise 3D CAD digital model, accounting for dimensional requirements, tolerances, and the downstream production process.

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DFM EngineeringCasting shrinkage compensation, gating systems & DFM
03DFM Optimization
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Model Preparation

The model is prepared for 3D printing and — if required — for the metal casting process.

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Additive ParametersBuild orientation selection, lightweight lattice/gyroid optimization, zero-ash
04Additive Manufacturing
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3D Printing

We produce a high-precision physical model that can serve as a functional prototype or sacrificial burnout pattern for subsequent casting.

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Prototype MaterialsAsh-free burnout polymers, castable wax photopolymers, high resolution
05Precision Metallurgy
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Casting

For metal production, we perform casting using the Lost-PLA method with the prepared sacrificial pattern.

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Moulding TechnologyCeramic/gypsum shell investment, burnout kiln, vacuum-pressure casting with Al, Cu/Sn, Cu/Zn alloys
06Verification & Delivery
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Finished Component

You receive a finished metal component prepared according to the project specifications and functional requirements.

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Quality ControlAbrasive blasting, optional CNC post-machining, CMM inspection report
Technological Advantage

Why does this process 
outperform traditional methods?

We eliminate weeks of lead times
and tens of thousands frozen in steel tooling.

Process FeatureNabilax Lost-PLA + CADTraditional Tooling Foundry
Order lead timebolt 4 – 7 business days8 – 16 weeks to build tooling alone
Tooling / mould setup costcheck_circle $0 / €0 / 0 PLN (zero physical tooling)20,000 – 120,000+ PLN for steel tooling
Geometry change flexibilitycached Instant modification directly in CADCostly CNC mould rework or brand new tool
Minimum cost-effective batch (MOQ)check_circle Cost-effective from just 1 prototype partCost-effective only from 5,000+ units
Complex geometries & undercutsview_in_ar Complete design freedom (no split parting lines)Severely restricted by complex mould slides
• Start Your Project

Have an unusual project or urgent deadline?

Send us your sketch, photo, or ready STEP file. Our engineers will analyze geometry for free and contact you on the same business day.