Formlabs Form 4B
Lightning-fast printing meets unparalleled precision
The Form 4B is a lightning-fast medical and dental 3D printer that offers the most comprehensive range of materials for dentistry, orthodontics and healthcare. Create high-quality dental models and biocompatible, sterilizable anatomical models and medical devices in no time. The Formlabs Form 4B ecosystem supports you with a simple workflow, unsurpassed reliability and superior print part quality.
The speed of the Form 4B is based on Formlabs’ new Low Force Display™ technology, a powerful printing system consisting of high-performance LEDs, collimator lenses, optical filters and a robust liquid crystal display. These components combine to ensure lightning-fast curing of the individual resin layers – regardless of the size and number of parts. Consistent surface precision guarantees that your models, applications and prostheses fit perfectly every time.
Don’t want to print with biocompatible materials? Get to know the Form 4.
Order Formlabs Form 4B Order Formlabs Form 4 Request a quoteBlazingly fast
A dental model every 49 seconds
Versatile
Industry-leading materials for every application
Reliable
Unrivaled print success rate
Precise
99 % of the surface within a tolerance range of ±100 μm
Intuitive
Anyone can learn it in 15 minutes
Unprecedented throughput with 4 times the speed and 30% more build volume.1
1 The information is valid in comparison to Form 3B+.
* Printers with smaller design platforms may require 2 print jobs to achieve the same throughput as the Form 4B. In such cases we have totalized the print times of the print jobs.
Unparalleled precision with the same demand for a perfect fit that you demand of yourself.
Consistent accuracy
over the entire construction platform
Smoothest surfaces
Lower peel forces, easily removable support structures and 50 µm pixel size with preset edge smoothing
Sharpest details
Highly collimated light and 50 µm pixel size with preset edge smoothing for sub-pixel resolution
Consistent accuracy
over the entire construction platform
Smoothest surfaces
Lower peel forces, easily removable support structures and 50 µm pixel size with preset edge smoothing
Sharpest details
Highly collimated light and 50 µm pixel size with preset edge smoothing for sub-pixel resolution
Consistent accuracy
over the entire construction platform
Smoothest surfaces
Lower peel forces, easily removable support structures and 50 µm pixel size with preset edge smoothing
Sharpest details
Highly collimated light and 50 µm pixel size with preset edge smoothing for sub-pixel resolution
Easily create parts for any dental application.
- Drilling templates
- Full dentures
- Models for transparent aligners
- All-on-X restorations
- Occlusal and crunch splints
- Diagnostic models
- Denture models
- Temporary dentures
- Permanent dentures
- Customized impression trays
- Direct composite restorations
- Transfer rails for indirect bonding
- Models for casting and pressing
- Open Platform
Easily create parts for any medical application.
- BioMed Clear: biocompatible, sterilizable, rigid, transparent
- BioMed Amber: biocompatible, sterilizable, rigid, translucent amber
- BioMed White: biocompatible, sterilizable, rigid, opaque
- BioMed Black: biocompatible, sterilizable, rigid, opaque
- BioMed Durable: biocompatible, sterilizable, shock-resistant, transparent
- BioMed Flex 80A: Biocompatible, sterilizable, moderate flexibility
- BioMed Elastic 50A: Biocompatible, highly flexible
- Denture models
- Open Platform
Intuitive to use. The same proven workflow, now 4x faster.
1. import your model and prepare your print.
- Intelligent car orientation
- Extended support generation
- Live printability test
2. load a material and click on Print.
- Checked print settings
- Trouble-free cartridges and tanks
- Automatic resin supply
3. remove, wash, harden.
- Quick removal of parts
- Automatic parts cleaning
- Precise post-curing for the best material properties
4. finish your part.
- Quickly and cleanly removable support
- Optional sanding, coating or painting
Unrivaled reliability. No more failed prints.
Formlabs engineers have tested hundreds of printed parts to ensure that each material meets the most reliable standards, right out of the box.
Discover the Formlabs Form 4
The backlight unit uses 60 LEDs and collimating lenses to produce an even, flat projection of light with extremely high output. It cures the resin quickly and precisely, ensuring blazing fast print speeds with outstanding print quality and accuracy anywhere on the build platform.
The Light Processing Unit 4 (LPU 4) precisely masks the light from the Backlight Unit into the shape of a printed layer. Together, the Backlight Unit and LPU 4 enable printing with extreme speed, accuracy and print quality anywhere on the build platform. The LPU 4 is durable, resistant to accidental damage and easy to replace.
A proprietary, micro-textured optical film provides airflow between the resin container and the light processing unit. This film is integrated into the light processing unit and sits on top of it. This significantly reduces peel forces, allowing you to print at extremely high speeds without compromising surface finish, fine features, accuracy or reliability.
Six integrated control systems precisely measure and monitor the temperature, resin level, print forces and print status in your printer. Together, they ensure consistent, reliable performance and prevent common errors so that the same results are achieved with every printer and every print.
The Form 4 Resin Tank holds the liquid resin in the printer and provides a substrate on which the liquid resin cures by using a double-layer flexible film stack. This significantly reduces peel forces, allowing you to print at extremely high speeds without compromising surface finish, fine features, accuracy or reliability.
The integrated system for fast, precise and low-waste resin dispensing and easy material changes. Print without worrying about your printer running out of resin and change materials in <1 minute. The Form 4 remains one of the only SLA printers on the market to offer this feature.
Technical data of the Formlabs Form 4
View specifications
| 3D printer | Form 4 | Form 4B |
|---|---|---|
| Technology | Masked stereolithography (MSLA) | Masked stereolithography (MSLA) |
| Printer module | Low Force Display™ (LFD) | Low Force Display™ (LFD) |
| Key components of the printing system | Backlight unit Light processing unit 4 (LPU 4) Release texture Resin container for flexible films Intelligent control systems Automatic high-speed resin handling |
Backlight unit Light processing unit 4 (LPU 4) Release texture Resin container for flexible films Intelligent control systems Automatic high-speed resin handling |
| Light source | Backlight unit: 60 LEDs with uniform wavelength, a plano-convex lens arrangement and integrated air cooling 405 nm optical wavelength 16 mW/cm² optical power intensity transmitted to the curing plane 50 µm pixel size |
Backlight unit: 60 LEDs with uniform wavelength, a plano-convex lens arrangement and integrated air cooling 405 nm optical wavelength 16 mW/cm² optical power intensity transmitted to the curing plane 50 µm pixel size |
| Maximum printing speed¹ | 100 mm/hour | 100 mm/hour |
| Typical printing speed² | Average: 40 mm/hour for all materials Range: 15-100 mm/hour depending on material |
Average: 40 mm/hour for all materials Range: 15-100 mm/hour depending on material |
| Typical dimensional tolerances³ | 1-30 mm Characteristics: ±0.15% (lower limit: ±0.02 mm) 31-80 mm Characteristics: ±0.2% (lower limit: ±0.06 mm) 81-150 mm Characteristics: ±0.3% (lower limit: ±0.15 mm) |
1-30 mm Characteristics: ±0.15% (lower limit: ±0.02 mm) 31-80 mm Characteristics: ±0.2% (lower limit: ±0.06 mm) 81-150 mm Characteristics: ±0.3% (lower limit: ±0.15 mm) |
| Surface accuracy (restorative models)⁴ | On average with Precision Model Resin: 99.7% of surfaces within 100 μm of the CAD model 95% of surfaces within 50 μm of the CAD model 69% of surfaces within 25 μm of the CAD model |
On average with Precision Model Resin: 99.7% of surfaces within 100 μm of the CAD model 95% of surfaces within 50 μm of the CAD model 69% of surfaces within 25 μm of the CAD model |
| Materials (resins) | 23 industry-leading Formlabs materials or third-party materials via the Open Platform. New materials are developed on a regular basis. | 37 industry-leading Formlabs materials, including 14 biocompatible or third-party materials that use the Open Platform. New materials are developed on a regular basis. |
| Biocompatible materials | No (available on Form 4B) | Yes |
| Construction volume (W x D x H)⁵ | 200 × 125 × 210 mm / 5.25 liters | 200 × 125 × 210 mm / 5.25 liters |
| Construction area | 250 cm² | 250 cm² |
| Maximum part length⁶ | 273 mm | 273 mm |
| XY resolution⁷ | 50 µm with Pretuned Anti-Aliasing for sub-pixel resolution Superior performance on fine features and sharp features compared to Form 3 series |
50 µm with Pretuned Anti-Aliasing for Subpixel Resolution Superior performance on fine features and sharp features compared to Form 3 series |
| Layer thickness⁸ | 25-300 µm | 25-300 µm |
| Resin cartridges | 1 | 1 |
| Resin cartridge type | Next generation resin cartridge 5-10x faster filling 63% less waste 30% less shelf space |
Next generation resin cartridge 5-10x faster filling 63% less waste 30% less shelf space |
| Resin heater | High-speed conduction resin heater with infrared temperature detection | High-speed conduction resin heater with infrared temperature detection |
| Internal temperature | Automatic heating of the resin to 25-45 °C (77-113 °F), depending on the material | Automatic heating of the resin to 25-45 °C (77-113 °F), depending on the material |
| Force measurement | Z-axis force sensor: Automatically optimizes print quality and print speed based on part geometry and selected material. | Z-axis force sensor: Automatically optimizes the print quality and print speed based on the part geometry and the selected material. |
| Supports | Automatically generated Light touch removal |
Can be generated automatically Light touch removal |
| Design/CAD specifications | Show design manual (PDF) | Show design manual (PDF) |
| Printer dimensions (W x D x H) | 39.8 × 36.7 × 55.4 cm | 39.8 × 36.7 × 55.4 cm |
| Minimum dimensions for access (W x D x H) | 40.7 × 47.8 × 84.4 cm | 40.7 × 47.8 × 84.4 cm |
| Weight of the printer | 18.3 kg | 18.3 kg |
| Operating environment | 18-28 °C | 18-28 °C |
| Power requirements | 100-240 VAC 4.8 A 50/60 Hz 480 W |
100-240 VAC 4.8 A 50/60 Hz 480 W |
| Connectivity | Wi-Fi (2.4 and 5 GHz; IEEE 802.11 b/g/n/ac, WPA/WPA2) Ethernet (1000 Mbit) USB-C 2.0 |
Wi-Fi (2.4 and 5 GHz; IEEE 802.11 b/g/n/ac, WPA/WPA2) Ethernet (1000 Mbit) USB-C 2.0 |
| Printer control⁹ | nteractive 7-inch touchscreen 1280 × 800 resolution Languages: English, German, French, Spanish, Italian, Japanese, Traditional Chinese, Simplified Chinese |
nteractive 7-inch touchscreen 1280 × 800 resolution Languages: English, German, French, Spanish, Italian, Japanese, Traditional Chinese, Simplified Chinese |
| Warnings |
Touchscreen alerts SMS/email via the dashboard Loudspeaker for audio alerts |
Touch screen alerts SMS/e-mail via the dashboard Loudspeaker for audio alerts |
| Sensors and control systems | 6 upgraded sensors for precise control of resin temperature, resin level, printing force and printing status: High-speed conduction resin heater with infrared temperature detection Ultrasonic resin level sensor: controls the resin in the tank Z-axis force sensor: controls and minimizes the printing forces Resin cartridge load cell: measures the exact resin level in the cartridge Printer levelling sensor Camera |
6 upgraded sensors for precise control of resin temperature, resin level, print force and print status: High-speed conduction resin heater with infrared temperature detection Ultrasonic resin level sensor: controls the resin in the tank Z-axis force sensor: controls and minimizes the print forces Resin cartridge load cell: measures the exact resin level in the cartridge Printer levelling sensor Camera |
| Camera | Integrated camera 2592 x 1944 resolution (5MP) Remote monitoring, print history and time-lapse prints Can be easily deactivated, covered or removed |
Integrated camera 2592 x 1944 resolution (5MP) Remote monitoring, print history and time-lapse prints Can be easily deactivated, covered or removed |
| Software | PreForm, Dashboard, Fleet management | PreForm, Dashboard, Fleet management |
| PreForm system requirements | Windows 7 (64-bit) and higher Mac OS X 10.12 and higher OpenGL 2.1 C++ runtime library from Microsoft (Windows only) 4 GB RAM (8 GB recommended) |
Windows 7 (64-bit) and higher Mac OS X 10.12 and higher OpenGL 2.1 C++ runtime library from Microsoft (Windows only) 4 GB RAM (8 GB recommended) |
| File types | STL, OBJ and 3MF file input FORM file output |
STL, OBJ and 3MF file input FORM file output |
| PreForm Print Setup functions | One-click printing Adaptive layer thickness for faster printing with fine details Remote printing Automatic alignment for optimal print position Automatic mesh repair Automatic overlay generation Advanced tools for manual overlay editing Rotate, Rotate, scale, duplicate and mirror Layer slicer for path inspection Custom print settings Available in multiple languages |
One-click printing Adaptive layer thickness for faster printing with fine details Remote printing Automatic alignment for optimal print position Automatic mesh repair Automatic overlay generation Advanced tools for manual overlay editing Rotate, Rotate, scale, duplicate and mirror Layer slicer for path inspection Custom print settings Available in multiple languages |
| Dashboard printer management features | Manage prints and printers from the cloud Track resin and tank usage over time SMS and email alerts Create company group accounts with administrators for easier sharing of printers and control of access |
Manage prints and printers via the cloud Track resin and tank usage over time SMS and email alerts Create company group accounts with administrators for easier sharing of printers and control of access |
| Estimated service life of the resin tank¹⁰ | 75,000+ layers with each Formlabs material Example: approx. 190 prints with an average height model (39 mm high), any resin and 100 µm layer height |
75,000+ layers with each Formlabs material Example: approx. 190 prints with a model of average height (39 mm high), any resin and 100 µm layer height |
| Estimated service life of the light processing unit¹¹ | 600,000 – 1,900,000 layers, depending on material and layer height Example: approx. 2,800 prints when using models with average height (39 mm), Grey Resin V5 and 100 µm layer height |
600,000 – 1,900,000 layers, depending on material and layer height Example: approx. 2,800 prints when using models with average height (39 mm), Grey Resin V5 and 100 µm layer height |
The Form 4B ecosystem
Complete your 3D printing experience
New
3D-Drucker
5'439.00 CHF 8'138.00 CHFPrice range: 5'439.00 CHF through 8'138.00 CHF
Formlabs
699.00 CHF exkl. MwSt.
