- Stock: In Stock
- Product code: 4260753411270
- Weight Brutto: 0.50kg
AESUB Violet is a self-volatilising scanning spray engineered for professional 3D metrology, structured-light scanning, and photogrammetry workflows. The 400 ml pressurised aerosol deposits a thin, colourless, homogeneous matt coating that is completely pigment-free and TiO₂-free, eliminating both post-scan cleanup and the risk of instrument contamination — the coating disappears on its own after scanning.
| Volume | 400 ml |
|---|---|
| Pigment Content | Pigment-free (TiO₂-free) |
| Self-Volatilisation | Yes — no post-scan cleaning required |
| Application Distance | 15–20 cm |
The image below shows the AESUB Violet 400 ml aerosol can — the distinctive violet cap and the "FREE OF TiO₂" badge confirm the pigment-free formulation that sets it apart from conventional matt sprays used in 3D scanning workflows.
Zero-Residue Formula: Why TiO₂-Free Matters in Precision Metrology
Conventional scanning sprays rely on titanium dioxide (TiO₂) as the active whitening agent. TiO₂ is a stable inorganic pigment — it does not evaporate, which means every surface treated must be cleaned before returning to service. In laboratory and production environments, that cleanup step is a measurable bottleneck: it consumes technician time, introduces touch-up handling risk, and can leave microscopic pigment deposits on sensitive optical or precision-machined surfaces.
AESUB Violet eliminates TiO₂ entirely. Its volatile organic formulation — propane, isopropanol, and pentane — deposits a matt layer that is optically effective during the scan and then self-evaporates completely at ambient temperature. The scanned object leaves the measurement station in exactly the condition it arrived. For cleanroom-adjacent environments, quality labs, and high-value components, this is not a convenience feature — it is a process requirement.
Thin, Homogeneous Coat — Measurement Accuracy Preserved
Coating uniformity directly affects surface reconstruction quality. An uneven spray application introduces false height variation into the point cloud, degrading dimensional accuracy at the sub-millimetre level. AESUB Violet's formulation is engineered to produce a consistently thin layer across complex geometries, preserving the true surface geometry that the scanner captures. The result: cleaner mesh data, fewer post-processing correction passes, and higher-confidence dimensional reports.
The diagram below illustrates the correct application geometry: hold the can at 15–20 cm from the target surface and move it in smooth, even sweeping passes. Maintaining this distance produces a homogeneous matte layer without pooling or dry-spray patchiness.
How to Apply AESUB Violet
Three-step application procedure for AESUB Violet vanishing scanning spray — from surface preparation to post-scan.
Step 1: Spray the Surface
Hold the can at 15–20 cm from the object surface. Activate the spray head and move the can in slow, even passes, keeping the nozzle aimed directly at the target. Avoid rocking or "wagging" the can — consistent distance and travel speed are the keys to a uniform, thin coat. Ensure full coverage of all surfaces that will be captured in the scan.
Step 2: Allow to Dry and Scan
Wait for the AESUB Violet coating to dry completely before beginning the scan. Once dry, proceed with the 3D scan as normal — the coating is fully scannable with structured-light, laser-line, and photogrammetry systems. No special scanner settings are required.
Step 3: Done — No Cleaning Required
After scanning, the AESUB Violet layer evaporates independently. No manual removal, solvent wipe-down, or rinsing is needed. The object surface and the measurement environment remain free from pigment residue.
Technical Specifications of the AESUB Violet 400 ml
Product Identification
| Product Name | AESUB Violet |
|---|---|
| Volume | 400 ml |
| Net Weight | 125 g |
| UFI (Unique Formula Identifier) | A0NH-201A-8007-DHDW |
| Country of Manufacture | Germany |
Physical & Chemical Properties
| Physical State | Pressurised aerosol |
|---|---|
| Coating Appearance | Colourless, clear, homogeneous |
| Density | 0.74–0.76 g/cm³ at 20 °C |
| Flash Point | -87 °C at 1013 hPa |
| Auto-Ignition Temperature | 260 °C |
| Explosive Limits | 1.4–15 % vol |
Application Parameters
| Application Distance | 15–20 cm |
|---|---|
| Pigment Content | Pigment-free (TiO₂-free) |
| Self-Volatilisation | Yes — no post-scan cleaning required |
| Recommended Applications | 3D scanning, structured-light metrology, photogrammetry |
Storage & Safety
| Maximum Storage Temperature | 50 °C |
|---|---|
| Storage Conditions | Away from sunlight, heat sources, and ignition sources |
| Ventilation During Use | Required — use only in well-ventilated areas |
| Storage Class (LGK / TRGS 510) | LGK 2 B (aerosol dispensers) |
Transport & Regulatory
| UN Number | UN 1950 |
|---|---|
| Transport Designation | Aerosols, flammable |
| ADR / RID Hazard Class | 2 (2.1) |
| REACH Compliance | Compliant — EU Regulation 1907/2006 |
What's in the Box
- AESUB Violet vanishing scanning spray — 1 × 400 ml pressurised aerosol can
Does AESUB Violet really disappear completely after scanning?
Yes. AESUB Violet is a self-volatilising spray: the coating evaporates independently at ambient temperature after scanning is complete. Unlike TiO₂-based products, no manual wiping, solvent cleaning, or rinsing is required. The surface is left residue-free.
Is AESUB Violet compatible with all types of 3D scanners?
AESUB Violet is designed to work with structured-light scanners, laser-line scanners, and photogrammetry setups. The thin, homogeneous coating provides the matt, non-reflective surface these systems require for accurate data capture. No special scanner configuration is needed.
Why is a TiO₂-free formula important for laboratory use?
Titanium dioxide is a stable inorganic pigment that does not evaporate. Sprays containing TiO₂ leave permanent residue on scanned objects and can deposit fine particles on scanner optics, requiring careful cleaning after every session. AESUB Violet's TiO₂-free formulation eliminates these contamination risks, making it the correct choice for sensitive laboratory and production environments.
What is the correct spray distance for AESUB Violet?
Apply AESUB Violet from a distance of 15–20 cm, using smooth, even sweeping passes with the nozzle aimed at the object. Spraying closer than 15 cm risks pooling and an uneven coat; spraying further than 20 cm produces a dry, patchy layer. Consistent distance is the primary factor in coating quality.
Why Choose EXPERT3D?
EXPERT3D has specialised in advanced 3D scanning and metrology technology since 2012 — more than a decade of hands-on experience selecting, validating, and supplying professional consumables and equipment to research institutions, quality laboratories, and industrial measurement teams across Spain and Europe. Our team provides pre-sales technical guidance on scan preparation workflows, rapid delivery coordination, and post-sale support backed by direct manufacturer contacts. Contact us to discuss your specific application requirements and current stock availability.
