Yidimu Flex G2 14-Inch 16K Flexible Resin 3D Printer
Industrial light-curing resin 3D printer for elastomer parts, soft prototypes and flexible material applications.
The Yidimu Flex G2 is built for professional flexible resin printing workflows, including shoe sample development, cushioning lattice structures, wearable soft parts, rehabilitation aid prototypes, soft robotics and industrial model making.
With a 302 × 162 × 370 mm build volume, 16K resolution and 405 nm UV light-curing compatibility, the Flex G2 helps engineering teams and model workshops test flexible structures, verify product shapes and reduce repeated mold preparation during early-stage development.
Built for Flexible Resin and Elastomer Applications
Flexible parts are often difficult to prototype with traditional mold-based workflows. For every new hardness, shape or lattice structure, teams may need to adjust tooling, wait for samples and repeat the test cycle.
The Yidimu Flex G2 is designed for elastomer resin printing, helping product teams create soft and elastic parts directly from digital files. It supports professional applications where shape, texture, fit, rebound feel and cushioning structure need to be reviewed before production.
This printer is suitable for customers who need practical sample-making capability for flexible products, not a desktop hobby printer for casual use.
Key Features of the Flex G2
14-Inch 16K High-Resolution Printing
The Flex G2 uses a 14-inch 16K platform with a resolution of 15120 × 6230. It is designed to print detailed lattice structures, soft surface textures and complex flexible geometries with stable resin curing performance.
Large Build Volume for Professional Samples
With a build volume of 302 × 162 × 370 mm, the machine can support larger flexible samples, shoe-related components, protection pads, soft wearable parts and vertical model structures.
Designed for Flexible and Elastomer Resin
The Flex G2 is positioned for soft resin and elastomer workflows, including 405 nm UV-curable flexible materials. It is suitable for parts where elastic response, fit, comfort and deformation behavior need to be reviewed.
Suitable for Lattice and Cushioning Structures
For shoe soles, insoles, helmet liners, bicycle seat cushions and protection pads, lattice design is often used to adjust cushioning performance. The Flex G2 helps teams print and compare different structures before moving toward tooling or production decisions.
Industrial Workflow Compatibility
The printer supports STL and OBJ files and works with CHITUBOX / CHITUBOX Pro workflows. This makes it easier for engineering teams and model workshops to prepare files, test parameters and manage repeatable resin printing jobs.
Practical Speed for Sample Development
With a listed printing speed of 65 mm/h, the Flex G2 is suitable for professional sample-making and small-batch flexible part preparation where teams need both detail and workflow efficiency.
Technical Specifications Table
| Item | Specification |
| Product Name | Yidimu Flex G2 14-Inch 16K Flexible Resin 3D Printer |
| Product Type | Industrial Resin 3D Printer |
| Printing Technology | Light-curing surface forming |
| Build Volume | 302(L) × 162(W) × 370(H) mm |
| Resolution | 15120 × 6230 |
| XY Display Precision | X 19 μm / Y 26 μm |
| Printing Accuracy | ±0.05 mm |
| Layer Thickness / Print Thickness | 0.02–0.1 mm in the specification table; |
| Printing Speed | 65 mm/h |
| Printing Temperature | 15°C–40°C |
| Light Source |
| Wavelength | 405 nm UV |
| Compatible Resin | 405 nm UV flexible resin / elastomer resin; |
| Suggested Material Hardness | 50–90A soft elastomer materials mentioned in the product description; |
| Software | Windows 7 / Windows 10 and above; CHITUBOX / CHITUBOX Pro |
| File Format | STL / OBJ |
| Power Supply | AC100V–240V / 50–60 Hz |
| Rated Power | 1000 W |
| Machine Size | 505(L) × 385(W) × 850(H) mm |
| Machine Weight | 70 kg |
| Work Environment | Temperature 10°C–30°C; humidity 30%–90% |
| Application | Flexible parts, shoe sample development, cushioning lattice structures, wearable soft parts, soft robotics, rehabilitation aid prototypes, industrial model making |
| After-sales Support |
FAQ
What is the Yidimu Flex G2 used for?
The Flex G2 is used for printing flexible resin and elastomer parts, including shoe sample components, cushioning lattice structures, soft wearable accessories, soft robotics parts, rehabilitation aid prototypes and industrial soft models.
Is the Flex G2 a general industrial resin 3D printer or a flexible-material printer?
It is an industrial resin 3D printer designed specifically for flexible and elastomer material applications. It is more suitable for soft parts, lattice structures and elastic prototypes than for ordinary rigid model printing alone.
Which resin is compatible with the Flex G2?
The machine is designed for 405 nm UV flexible and elastomer resin workflows. Before purchase, customers should confirm resin hardness, color, exposure settings, cleaning method, curing conditions and final application requirements.
Is it suitable for dental applications?
The Flex G2 is mainly positioned for flexible and elastomer applications. For dental models, surgical guide models, temporary dental applications or other dental workflows, resin type, accuracy requirements and regulatory requirements should be confirmed separately. Yidimu can recommend a more suitable dental printer or resin workflow when needed.
Can I request sample printing before purchase?
Yes. Customers can send model files, part dimensions, resin requirements and application details for sample printing discussion. This helps evaluate print size, surface finish, flexibility, lattice structure and post-processing requirements before ordering.
What post-processing is required after printing?
Flexible resin prints normally require cleaning to remove uncured resin, followed by UV curing. The exact cleaning method, solvent, curing time and curing intensity should follow the resin supplier’s recommendations and the customer’s part requirements.
What should be confirmed before ordering?
Customers should confirm maximum model size, required resin hardness, application purpose, surface finish, part thickness, lattice structure, file format, sample testing needs, destination voltage and after-sales support requirements.
Does Yidimu provide technical support?
Yidimu can support customers with application review, printer selection, material matching, sample printing communication and resin printing workflow discussion. Detailed service terms, training, spare parts and support coverage should be confirmed during quotation.
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