4Design ST Beige – 3D Resin for Dental Models
Référence: H103610

4Design ST Beige Resin – 3D Dental Models (1 kg Bottle)
Beige 3D resin for high-precision dental models, designed to deliver excellent dimensional stability, a smooth surface, and easy readability of margins, preparations, and fine details.
Boost your production: professional quality with controlled costs
The 4Design ST Beige 3D resin allows you to print precise, clean and stable dental models while maintaining low production costs: approximately €1 to €1.90 per model depending on volume and case size.
Its matte beige shade enhances the readability of cervical margins, fine areas and surface details, making it an excellent choice for laboratories seeking fast production, clean results, and consistent quality.
Dental applications
- Working models for removable and fixed prosthetics.
- Study models for diagnosis, control, and presentation.
- Printed antagonists for occlusal adjustment and control.
- Clear visualization of cervical margins and fine details.
- Compatible with LCD / DLP 385–405 nm printers.
Laboratory benefits
- Matte beige surface comfortable under bench lighting.
- Clean finish for models used in control or presentation.
- Good resistance for repeated handling in the lab.
- High rigidity for reliable prosthetic adjustments.
- Very competitive cost per model for daily production.
Lab tip
To maintain consistent quality, filter the resin between uses and avoid leaving the vat exposed to light for too long. Clean resin improves layer quality and reduces surface defects on printed models.
Why choose a beige model resin?
A matte beige resin is ideal for laboratories looking for a professional, neutral and highly readable finish. It offers good contrast of anatomical details without excessive glare, especially when checking preparations, antagonists, and occlusal surfaces.
Preparation before printing
- Shake the bottle to homogenize the resin.
- Pour the required amount into a clean resin tank.
- Use recommended parameters for your LCD / DLP printer.
- Ensure there are no bubbles or debris in the tank.
Cleaning and post-processing
- Rinse printed models with IPA.
- Dry thoroughly before final curing.
- Perform a complete UV post-cure.
- Store the bottle closed, away from light and heat.
Related products
Technical specifications
| Product | 4Design ST Beige Resin – 3D Dental Models |
| Brand | 4Design |
| Reference / SKU | H103610 |
| Technology | LCD / DLP printers |
| Wavelength | 385–405 nm |
| Flexural strength | 100.31 MPa |
| Elastic modulus | 2081.3 MPa |
| Elongation at break | 1.95 mm |
| Viscosity | 110 cP |
| Color | Matte beige |
| Packaging | 1 kg bottle |
| Post-processing | IPA cleaning + UV curing |
Documents & resources
Delivery
1 × 1 kg bottle of 4Design ST Beige resin, ready to use. Designed for dental laboratories using LCD / DLP 3D printing workflows.
FAQ – 4Design ST Beige Resin
Is this resin compatible with LCD and DLP printers?
Yes, 4Design ST Beige resin is compatible with LCD and DLP printers operating between 385 and 405 nm. For consistent results, use the recommended settings for your printer, layer thickness, and curing system.
Why choose a beige resin for dental models?
The matte beige color provides comfortable and clear readability of details. It allows easy visualization of cervical margins, occlusal areas, and anatomical features without excessive glare under lab lighting. It is a versatile shade for both study and working models.
What post-processing is required?
After printing, models must be cleaned with IPA, thoroughly dried, and then UV post-cured. This step ensures proper rigidity, hardness, and dimensional stability for laboratory use.
Is this resin suitable for printed antagonists?
Yes, 4Design ST Beige resin is suitable for antagonists, study models, and working models. Its rigidity and matte surface improve occlusal control, adjustments, and contact visualization during prosthetic validation steps.
A reliable beige resin for 3D dental models
4Design ST Beige resin is an economical and professional solution for producing 3D printed dental models with excellent readability, strong rigidity, and high stability. It integrates perfectly into modern digital workflows for study models, antagonists, and prosthetic applications.