Shining 3D Einstar
The next-generation Shining 3D Einstar series, led by the flagship Einstar Rockit and the standalone Einstar Vega, represents a significant leap in portable 3D scanning performance. This professional-grade lineup eliminates the tether of cables and the steep learning curve of traditional metrology. The Einstar Rockit leads the field in sheer performance, utilising a hybrid 38-line crossed blue laser system for marker-free precision on automotive and industrial parts. For users requiring absolute mobility, the Einstar Vega offers a completely standalone experience with on-device processing and an integrated 2K OLED touchscreen—no PC required. Rounding out the range, the Einstar 2 provides a versatile wireless workflow with a 17-line parallel blue laser array, ensuring sub-millimetre accuracy for students, engineers, and digital artists alike.
Einstar range outperforms its competitors by focusing on three pillars: speed, material adaptability, and true freedom of movement.
- Einstar Rockit (The Series Leader): Specifically engineered for the automotive aftermarket and high-end engineering. Its 38 crossed blue laser lines allow for rapid, marker-free scanning of complex geometries, while the dedicated 5MP texture camera provides superior photorealism for VR and AR assets.
- Einstar 2 (The Versatile Workhorse): Balanced for professional creative freedom. It utilises a hybrid Light source (Blue Laser + IR VCSEL) to handle everything from intricate mechanical components to full-body portrait scans in under 60 seconds, all while maintaining a lightweight, wireless form factor.
- Einstar Vega (The All-In-One Master): The ultimate tool for field work. With its own 8-core CPU, 32GB RAM, and 512GB SSD, you can scan, process, and mesh your 3D models directly on the device. Its 48MP texture camera makes it the undisputed choice for lifelike colour capture in cultural heritage and digital archiving.
Einstar 3D Scanners
3D Scanner Accessories
3D Scanning Software
Unsure If the Einstar 3D Scanner is Your Perfect Match?
Deciding to integrate the Einstar into your workflow demands more than reading spec sheets. It requires understanding VCSEL infrared wavelength behaviour against skin, hair, and varied material opacities. Whether you are building high-fidelity assets for virtual environments, capturing precise anatomical data for custom orthotics, or reverse-engineering legacy components, the wrong sensor payload yields noisy mesh data and tracking failures.
Classroom environments demand vastly different hardware tolerances than a digital archiving studio or a fast-paced clinical setting. Generic overviews ignore the specific advantages of non-projected infrared arrays—particularly when capturing complex organic geometry, challenging dark textures, or full-colour assets in variable lighting.
Hardware selection dictates project success across three primary applications:
Healthcare, Ergonomics & Human Body Capture: Overcoming Organic Challenges
Capturing anatomical data requires eye-safe wavelengths and the ability to process hair and skin without specular noise. The Einstar utilises VCSEL infrared technology to safely and accurately digitise human geometry for orthotics, prosthetics, and ergonomic design.
Don't let tracking loss on dark hair or moving subjects ruin a scan session. The Einstar's infrared light source is completely invisible and eye-safe, bypassing traditional scanning limitations. This wavelength penetrates challenging textures, capturing detailed facial geometry and dark hair with minimal noise. For clinical practitioners and ergonomic designers, this translates to sub-millimetre surface data for custom-fit braces, wearables, and seating profiles without requiring subjects to remain perfectly statuesque or covered in scanning spray.
Digital Art, VR/AR & Archiving: High-Fidelity Colour Synchronisation
Asset creation demands flawless RGB texture alignment alongside high-resolution mesh data. The Einstar’s integrated colour camera automatically maps photorealistic textures onto the 3D model, eliminating the need for complex external UV mapping workflows.
Digital artists and archivists require uncompromising colour fidelity. The Einstar features a dedicated RGB sensor working in tandem with depth cameras to capture true-to-life textures alongside structural data. This synchronous capture process generates ready-to-render assets for Unreal Engine, Unity, or historical archiving. The hardware dynamically compensates for ambient light variations, ensuring colour accuracy remains consistent even when scanning outdoors—a notoriously difficult environment for traditional structured light systems.
Education & Maker Enthusiasts: Accessible High-Performance Digitisation
STEM environments and maker spaces need robust hardware with a minimal learning curve. The Einstar delivers seamless markerless tracking and automatic alignment, making high-quality digitisation accessible to students and designers.
The friction must be removed from the digitisation process. The Einstar ecosystem combines ergonomic hardware with intelligent algorithmic tracking, aggressively reducing the learning curve. Software-driven automatic alignment handles frame-stitching in the background. Students and hobbyists capture complex, free-form geometry straight out of the box. Focus shifts immediately to CAD integration, 3D printing, and creative application rather than fighting point cloud registration or troubleshooting tracking loss.
Einstar 3D Scanner Frequently Asked Questions
Why 3D Printer Superstore is Australia’s Authority in 3D Scanning?
Why 3D Printer Superstore is Australia’s Authority in 3D Scanning?
Choosing a metrology tool is an investment in your workflow's accuracy. We position ourselves as the definitive source for scanning technology in Australia through demonstration of expertise rather than empty claims.
The Authority of Experience
Established in 2012, 3D Printer Superstore is Australian-owned and operated. Our background is not in general retail, but in Industrial Design and Engineering. We don't just sell boxes; we understand the downstream applications and the tolerances required for different industries. If they are to be used for D.I.Y. projects, automotive applications, for 3D design, reverse engineering, quality control or for STEM education. We can advice on what will best suit your needs.
Technical Support & Local Grounding
Based in Geelong, Victoria, our warehouse and technical hub provide local support that international drop-shippers cannot match. Our 3D scanner have undergone hours of internal testing. When you encounter a tracking error or an optimisation bottleneck, and need help- you aren't talking to a chatbot; you’re talking to a technician who has likely scanned the same class of part and understands your needs and outcomes.
Education & Industry Specialisation
We are the primary technology partner for STEM schools and universities across Australia. We curate "Education Bundles" that balance performance with ease of use, ensuring that students are learning on industrial-standard hardware rather than toys.
For our industry clients, we provide the technical support and first-hand experience needed to justify the integration of 3D scanning into a professional QC pipeline.
What are the minimum PC requirements to run the Einstar 3D scanner?
What are the minimum PC requirements to run the Einstar 3D scanner?
The Einstar requires a dedicated NVIDIA GPU (GTX 1060 minimum, RTX series recommended) with at least 6GB VRAM, an Intel Core i7-8700 or higher, and 32GB of system RAM running on Windows 10/11 64-bit.
Processing non-projected infrared arrays and real-time colour mapping is computationally heavy. Relying on integrated graphics or Apple Silicon (Mac) will result in immediate software failure or severe frame-drop during capture. Upgrading to 64GB of RAM drastically reduces processing times when generating high-resolution, full-colour meshes exceeding 50 million polygons.
Can the Einstar scan black, transparent, or reflective surfaces?
Can the Einstar scan black, transparent, or reflective surfaces?
The Einstar handles matte black surfaces exceptionally well due to its VCSEL infrared technology, but highly reflective chrome or optically clear parts require a temporary scanning spray to register surface geometry.
Infrared light behaves differently across material boundaries. While the Einstar penetrates dark pigments significantly better than standard structured white light, specular highlights on polished metals scatter the IR return signal. This scattering creates voids in the point cloud. Applying a disappearing sublaminating spray (such as ATTBLIME) instantly normalises the surface index. This ensures the sensors capture structural data without noise artifacts or tracking loss.
Is the Einstar accurate enough for reverse engineering mechanical parts?
Is the Einstar accurate enough for reverse engineering mechanical parts?
The Einstar delivers a single-frame accuracy of up to 0.1 mm, making it highly capable for general reverse engineering, ergonomics, and digital archiving, though it does not replace certified metrology equipment for strict microscopic tolerances.
Tolerance requirements dictate the hardware. For capturing a vehicle dashboard to design custom 3D printed accessories, the 0.1 mm volumetric fidelity is exceptional. When validating machine-milled aluminium parts requiring 0.02 mm precision, a dedicated blue-laser system is necessary. The Einstar excels in rapid, high-fidelity capture of mid-to-large objects where surface detail, organic geometry, and colour alignment outweigh sub-millimetre dimensional verification.
Is the Einstar safe for scanning faces and human bodies?
Is the Einstar safe for scanning faces and human bodies?
Yes, the Einstar utilises a Class 1 eye-safe VCSEL infrared light source that is completely invisible, making it perfectly safe and highly effective for full-body, facial, and clinical digitisation.
Subject comfort directly impacts scan quality. Traditional white-light scanners induce blinking and micro-movements that corrupt alignment algorithms. The invisible IR payload eliminates subject glare entirely. Clinical practitioners heavily rely on this feature to capture orthotic and ergonomic data. It scans challenging textures like dark hair and skin with minimal tracking loss while the subject remains relaxed and perfectly still.
Feature tracking relies on the geometric complexity of the object. If the part has flat, featureless surfaces (like a car door or a large cylinder), the scanner may lose its orientation. In these cases, applying reflective markers provides the scanner with absolute spatial coordinates, ensuring that the point cloud does not "drift" or "ghost" over large distances. This is referred to as volumetric accuracy.
If a object requires aligning multiple projects and meshing them into a single result- markers alignment takes out the guesswork and will ensure consistent, dimensional tolerances.
What software is included with the Einstar, and are there ongoing fees?
What software is included with the Einstar, and are there ongoing fees?
Einstar 3D scanners includes a perpetual, royalty-free license for EXStar software, which handles data acquisition, point cloud editing, meshing, and automatic colour alignment without any mandatory subscriptions.
EXStar is developed entirely in-house by Shining 3D and operates as a standalone desktop application. It outputs standard, unlocked file formats (.obj, .stl, .ply) ready for immediate import into CAD platforms or rendering engines like Unreal. You own your data. The intensive meshing calculations occur locally on your hardware, entirely bypassing cloud-processing bottlenecks and privacy concerns.
What is the process for submitting an official Purchase Order from an Australian educational or government body?
What is the process for submitting an official Purchase Order from an Australian educational or government body?
We facilitate 30-day net terms for all Australian government-funded schools, universities, and agencies as a matter of policy. There is no requirement for a credit application or pre-approval for these institutions. To initiate a procurement, email your official Purchase Order (PO) on department letterhead directly to our Melbourne accounts team.
Step 1: Simply order online and choose "Purchase Order" as the payment method or email a request for a formal quote to sales@3dprintersuperstore.com.au
Step 2: Submit Your Official PO: Email your authorised Purchase Order to our office. We accept POs from all Australian state-based systems (such as Ariba, Oracle, or specific Department of Education portals). Ensure the document includes your ABN, delivery instructions, and the relevant contact for the accounts department.
Step 3: Dispatch and Invoicing: Once the PO is received, your order is processed for immediate dispatch. A GST-compliant tax invoice is issued on the day of shipping, with 30-day terms commencing from the invoice date.
