The Yidimu 13.6-inch industrial LCD resin 3D printer is designed for enterprise R&D, prototype validation, and small-batch production applications. Based on photocuring resin 3D printing technology, the machine provides a large build volume of 298(L) × 165(W) × 370(H) mm, making it suitable for plastic prototypes, jigs and fixtures, automotive parts, medical assistive braces, anime figures, architectural models, and other detailed resin printing applications.
The machine is built for users who need a balance of build size, detail reproduction, and workflow efficiency. With a layer thickness range of 0.02mm–0.1mm and a printing speed of 40–60mm/h, it can support faster design verification, sample production, and pre-production testing.
The machine supports a build volume of 298 × 165 × 370mm, with an indicated printing space of 18.2L. Compared with smaller desktop resin printers, this larger build area is better suited for taller models, longer parts, and batch printing layouts.
This helps reduce model splitting, part assembly, and post-processing work, especially for industrial prototyping and larger structural parts.
Suitable applications include:
Enterprise product development
Large prototype models
Architectural models
Jigs and fixtures
Anime figures
Medical assistive braces
Small-batch part production
The uploaded product images indicate that the machine uses a high-resolution LCD screen. One screen feature page lists the resolution as 6480 × 3600 and highlights 45.9μm display accuracy.
A high-resolution LCD screen helps improve fine detail reproduction, making the machine suitable for models with surface textures, small features, complex outlines, and detailed components.
Note: the specification table also shows 7680 × 4320, so the final screen resolution should be confirmed before publishing.
The specification table shows a printing speed of 40–60mm/h, while the feature section highlights a printing height of 60mm/h.
For enterprise R&D, industrial design, and sample printing workflows, faster printing speed can help shorten product validation cycles and allow design teams to move more quickly from concept to testing.
Actual printing speed may vary depending on resin type, layer height, model structure, exposure settings, and slicing parameters.
The machine is shown with a light uniformity compensation algorithm and a matrix light source arrangement. This design helps improve exposure consistency across the build platform.
For batch printing, full-plate printing, or large-area models, exposure consistency is an important factor affecting print quality and dimensional stability.
The image also states “80% light uniformity for stable printing.” The exact testing conditions and wording should be confirmed by the manufacturer before final publication.
The printer uses a high-precision ball screw and heavy-duty guide rail Z-axis system. This structure is designed to improve vertical motion stability during printing.
For tall models, large-format parts, and long-duration printing tasks, a stable Z-axis system helps reduce quality risks caused by vibration, layer shifting, or uneven motion.
The uploaded image shows that the machine includes temperature control heating to help maintain a stable chamber temperature.
For resin printing in winter or low-temperature environments, temperature control can help improve resin flow and reduce printing instability caused by temperature changes.
The quick-release resin vat design makes material changes, cleaning, and daily maintenance more convenient.
For users who frequently switch resins, print prototypes, or handle small-batch production, this structure can help improve workflow efficiency and reduce downtime.
The uploaded image shows a 5-inch capacitive touch screen with precise control, simple operation, and multi-language switching.
For factories, laboratories, schools, and R&D departments, a clear multi-language interface can reduce the learning curve and improve daily usability.
Suitable for medical assistive braces, medical teaching models, structural validation models, and related development applications.
Suitable for automotive appearance samples, structural validation parts, and small-batch test components before mold development.
Can be used for product appearance models, structural prototypes, and functional validation models. Suitable for industrial design companies, R&D teams, and manufacturing enterprises.
Suitable for jigs, fixtures, positioning tools, auxiliary assembly parts, and inspection tools, helping manufacturers improve internal tooling efficiency.
Suitable for character figures, anime models, complex curved surfaces, and detailed artistic models that require fine surface quality.
Can be used for architectural models, spatial design models, and structural display models, helping design teams present concepts more visually.
| Specification Item | Product Data |
|---|---|
| Brand | Yidimu |
| Product Type | 13.6-Inch Industrial 3D Printer |
| Printing Technology | Photocuring / LCD resin 3D printing |
| Build Volume | 298(L) × 165(W) × 370(H) mm |
| Printing Space | 18.2L |
| Screen Size | 13.6 inches |
| Resolution | Conflict in images: 7K / 6480 × 3600 / 7680 × 4320; needs confirmation |
| XY Display Accuracy | X: 45.9μm; Y: 9.2μm; needs confirmation |
| Layer Thickness | 0.02mm–0.1mm |
| Printing Speed | 40–60mm/h |
| Printing Temperature | 20°C–30°C |
| Operating Environment | Temperature: 10–30°C; Humidity: 30%–90% |
| Machine Size | 405(L) × 385(W) × 855(H) mm |
| Net Weight | 40kg |
| Power Input | AC100V–240V / 50–60Hz |
| Machine Power | 145W; needs confirmation |
| Operating System | Windows 7, Windows 10 and above |
| Slicing Software | CHITUBOX / CHITUBOX Pro |
| Supported Import Formats | STL / OBJ |
| UV Wavelength | 405nm UV |
| Resin Vat | Quick-release resin vat |
| Touch Screen | 5-inch capacitive touch screen; supports multiple languages |
| Z-Axis System | High-precision ball screw + heavy-duty guide rail |
| Temperature Control | Heated chamber temperature control |
The Yidimu 13.6-inch industrial LCD resin 3D printer is suitable for industrial users who need a large build volume, fine detail reproduction, and stable printing performance.
With a build volume of 298 × 165 × 370mm, the machine can support enterprise R&D, prototype printing, jigs and fixtures, automotive parts, medical assistive braces, architectural models, and small-batch production.
Its high-resolution LCD screen, light uniformity compensation algorithm, stable Z-axis structure, chamber temperature control, and quick-release resin vat design help balance print size, detail quality, operational efficiency, and daily maintenance convenience.
