Revopoint POP 4 Hybrid Light Source 3D Scanner Series

▪︎ AI One-Click Object Area Identification:
Automatic locking and tracking throughout the scanning process with no tracking loss.

▪︎ AI Real-Time Noise-Free Capture:
Instant background removal; scans are "noise-free" by default. Built-in AI identifies and extracts the target object in real-time, automatically filtering out desktops, backgrounds, and ambient noise, eliminating the need for tedious manual post-processing.

▪︎ Markerless Free-Handheld Scanning:
Scan without hiding your fingers. Worried about capturing your hand in the scan? You can rotate objects with your hands; the AI automatically recognizes and perfectly masks the fingers, enabling truly unobstructed, full-angle scanning.

▪︎ Color Texture Tracking and Alignment without Markers:
Capable of directly capturing surface colors and high-resolution textures for precise alignment (relying on color and pattern recognition). This technology is particularly suitable for paintings, posters, smooth porcelain artifacts, and other objects lacking geometric features—completely eliminating the need for marker dots or auxiliary positioning markers.

Most scanners in the consumer price range rely solely on infrared structured light, which often struggles to capture data on dark or highly reflective metallic surfaces due to light absorption or reflection. The POP 4 introduces "industrial-grade 30-beam cross blue laser technology" to the consumer market, a breakthrough that grants it powerful advantages in scenarios demanding high detail and industrial-grade accuracy.

Utilizing the properties of multi-line blue laser, the POP 4 breaks the stalemate. It achieves a maximum single-frame precision of 0.03 mm and an ultimate volumetric accuracy of 0.03 mm + 0.05 mm × L(m), precisely capturing the volumetric details of complex objects. For high-reflection or black surfaces, it significantly reduces dependence on scanning spray, saving you from the risks of post-scan cleaning of precision parts and providing a fluid experience previously reserved for industrial equipment costing hundreds of thousands.

A Revolutionary Evolution for Automotive Customization Experts: Whether it's a freshly removed exhaust pipe, electroplated rims, or black-painted car shells, you can scan them directly in the garage for reverse engineering, avoiding the hassle of sprays and post-cleaning, and accurately restoring the object’s authentic original texture.

When conventional consumer-grade scanners face deep holes or narrow gaps, multi-line beams often reflect multiple times within confined spaces, creating "data interference and noise" that results in burrs on hole edges or blurred contours. This challenging "inner-diameter scanning" and "deep groove point-taking" was previously a proprietary technology of high-end industrial scanners. Now, the POP 4 democratizes this with the "Single-Line Laser Mode"—focusing energy onto a single laser axis to eliminate noise caused by light scattering, utilizing powerful penetration to strike narrow blind spots directly.

For engineers, this feature solves the most difficult problems in reverse engineering; previously, one would often be forced to cut valuable samples in half for destructive scanning to obtain deep data, or perform time-consuming, manual stitching after fragmented sampling. Now, the POP 4 allows you to go deep into blind holes to get complete data without destroying the object. Whether it's the bolt holes of a precision engine block or deep grooves in complex injection molds, the single-line laser clearly outlines deep edges and features. This not only frees you from the risk of errors caused by manual "guessing and hole filling" afterward but also ensures a 1:1 physical match between reverse-engineered models and original parts.

Most small scanners on the market have limited scanning ranges to maintain high resolution; when encountering large objects, they require segmented scanning and manual stitching, leading to cumulative errors. The POP 4 employs brand-new infrared full-field structured light technology, allowing for easy capture of human bodies and faces, as well as various objects with distinct features, without markers. With an astonishing speed of up to 5 million points per second, even the finest details are rendered with remarkable clarity. This means you can obtain highly detailed, complete digital models in a very short time, effectively solving the dilemma where efficiency and precision were previously impossible to achieve simultaneously.

When you need high-efficiency sampling or face changing environments, switch to the VCSEL infrared structured light mode, and the POP 4 instantly shows superior environmental tolerance. Thanks to a high-speed scanning frame rate of 30 fps, whether it is dynamic human capture or large-part acquisition, the process remains smooth and fluid. Even more stunning is its 100,000 Lux strong-light resistance, allowing it to precisely lock onto features without interference from ambient light, even outdoors.

Equipped with both infrared structured light and VCSEL technology, the POP 4 leverages its wide field of view and superior computing power to easily capture complex human body curves, delicate facial features, and even entire motorcycle frames without marker dots. From small 10mm parts to large 2,000mm objects, the POP 4 handles everything seamlessly in minutes, significantly reducing the number of stitches and minimizing accumulated errors. From miniatures to vehicle development, you no longer need segmented joining; one single device achieves full workflow integration.

By deeply combining the full-field infrared structured light mode and VCSEL mode to activate the new "Hybrid HD Scanning," the POP 4 officially ushers in an era of portable, high-efficiency scanning that balances speed and precision. This technology completely resolves the traditional scanner dilemma of "fast but inaccurate, or slow and precise." By projecting ultra-high-density infrared dot patterns, it maintains a sampling density of 5 million points/second while achieving pixel-level geometric feature restoration. This leap in productivity allows you to obtain file quality suitable for commercial development and precision mold prototyping within your budget. Compared to competing products limited to 0.1mm, the POP 4 achieves a 1:1 native restoration of digital twins, including metallic micro-scratches, wood carving fibers, and even skin texture.

Previously, strong-light resistance was a selling point only found in industrial laser scanners costing hundreds of thousands. Ordinary consumer machines go blind as soon as they hit outdoor sunlight. From now on, you don't need industrial-grade equipment to work outdoors! The POP 4 features a specially developed optical filter that boosts environmental light resistance to 100,000 Lux. This innovation removes the limitations of dark studios, allowing creators to work directly under the sun, granting everyone an "all-domain pass" for operations.

You might wonder, when would you need to scan in sunlight? In fact, this is extremely practical for cultural and creative workers or automotive detailers who need outdoor sampling. You can scan car body data in a parking lot, collect stone carving materials at a park or archaeological site, and no longer need to build shades or wait for the evening. Creative scenarios are officially freed from the constraints of geography and lighting.

The POP 4 is among the first consumer-grade scanners to provide native support for 3DGS (3D Gaussian Splatting) technology. 3DGS technology captures more than just geometry—it perfectly captures the "interaction of light and shadow," helping you scan "light" in a way that UV mapping cannot! Traditional mesh scanning often fails to effectively process translucent materials, mirror reflections, and volume details like hair and fabric.

The POP 4 fully adopts 3DGS technology to capture both shape and "light changes," directly encoding the true physical performance of light and material interaction. It breaks the limits of traditional "UV unwrapping and texture mapping," digitizing visual souls like luster and translucency to achieve ultra-lifelike, next-gen dynamic rendering.

▪ ) Direct .splat format export, seamless workflow integration:
Supports direct export to the standard .splat format, integrating perfectly into your existing 3DGS dynamic visualization and multimedia creative workflow without cumbersome conversion.

▪ ) Industrial-grade geometric precision, solving 3DGS spatial distortion pain points:
Unlike Splatting techniques often performed with smartphones that cause spatial deformation and size distortion, the POP 4 features a 0.03mm high-precision geometric skeleton. This allows you to have stunning, lifelike visual rendering layers that adhere tightly to a 3D model with absolutely precise dimensions. Looking good is one thing, but "absolutely precise dimensions" is what a professional digital twin should be!

For game developers, VR interior designers, or digital media creators, this means scanning results can be imported directly into mainstream game engines or web displays without complex post-production conversion. From subtle nuances in material color to natural transitions in ambient light, the POP 4 achieves near 1:1 realistic restoration. This market-leading reproduction capability allows you to create more detailed, layered, and visually stunning VR scenes or digital twins with fewer resources.

To save costs, general scanners typically keep frame rates at 10-15 fps; move them slightly too fast, and the model "breaks" or loses tracking. The POP 4 is equipped with an incredibly high-performance processing chip, pushing the sampling rate to 5 million points per second and the frame rate to 105 fps, making your scanning process not like a "stop-motion animation," but as smooth as recording a video.

Most impressively, this extreme computing power perfectly supports "color texture tracking and stitching"—recognizing subtle surface color and texture features in real-time. Even when scanning objects with few geometric features like oil paintings or stone carvings, you don't need to laboriously attach markers; the machine stitches them accurately based on rich color information. This efficiency, "auto-aligning while scanning," eliminates the pain point of stitching lag and grants unprecedented freedom to the modeling process.

Commercially available scanners are often teased as "wired puppets" because heavy data cables limit operational flexibility. The POP 4 is different. Through the latest Wi-Fi 6 technology and a featherlight design of only 286g, it leaves chaotic cables behind for a truly "seamless mobile workflow." Whether connecting via Wi-Fi (iOS/Android) or USB-C (Android-exclusive), it operates smoothly on a smartphone with a "truly wireless" design. Allowing you to walk 360 degrees around a vehicle or crouch and climb to capture sculpture details without carrying heavy laptops or worrying about tripping over cables, it condenses professional performance into a pocket-sized portable experience.

Even more powerful, the POP 4 deeply integrates the Revo Mirror function, breaking down operational barriers between hardware. It transmits high-precision blue laser scan data processed on a PC directly to your mobile devices, fully compatible with Windows, macOS, iOS, and Android. This cross-device connectivity, combined with the extreme portability of infrared light and the precision of blue lasers, makes the POP 4 more than just a scanner—it is currently the most efficient and versatile mobile productivity tool for capturing high-difficulty angles on the market.

Upgraded with the newest version, Revo Scan is a companion app designed specifically for Revopoint scanning and editing, simplifying the interface to provide a more intuitive scanning and programming experience for the public.

The Revo Scan app allows for secondary creation and optimization of 3D models with comprehensive post-editing features like "Clip," "Mesh," "Simplify," "Fill Holes," and "Align," used for adjusting and merging modeling tasks. Additionally, it supports multi-software and file format functions, compatible with the three most common formats—PLY, OBJ, and STL—while integrating seamlessly with most professional design software and 3D printers, achieving a perfect all-in-one scanning, editing, and output experience.

Revo Design offers powerful functions such as mesh editing, free-form surface and parametric modeling, as well as scan-to-CAD conversion, making it the ideal choice for reverse engineering, product development, and industrial design to turn your creativity into reality.

Revo Measure is equipped with measurement algorithms certified by the Physikalisch-Technische Bundesanstalt (PTB) of Germany, capable of converting 3D scan data into precise and verifiable measurement results, ensuring all parts meet design specifications. This system provides reliable inspections compliant with international standards, which is critical for high-precision engineering and quality control.

* Revo Scan is included for free and can be downloaded directly from the official website; Revo Measure and Revo Design software must be purchased separately.
* Revo Design and Revo Measure currently support Windows systems only.