![The Sublym hot embossing machine is the first portable plug-&-play hot embossing machine on the market. The Sublym hot embossing machine is the first portable plug-&-play hot embossing machine on the market.](https://cdn11.bigcommerce.com/s-j604a37zk5/images/stencil/160w/products/2450/10795/Sublym%20OK__12337.1721999184.png?c=1)
![The Sublym hot embossing machine is the first portable plug-&-play hot embossing machine on the market. The Sublym hot embossing machine is the first portable plug-&-play hot embossing machine on the market.](https://cdn11.bigcommerce.com/s-j604a37zk5/images/stencil/50x50/products/2450/10795/Sublym%20OK__12337.1721999184.png?c=1)
Discover this user friendly and compact system for thermoplastic molding! The Sublym is a great alternative to PDMS-soft lithography for microfluidic devices. It will dramatically ease your work when fabricating microfluidic chips: Sublym simplifies the quick prototyping and production of microfluidic/microsystem chips with just a simple button press.
General
The Sublym is a rapid and user-friendly alternative to PDMS soft lithography for creating Microfluidic Devices. It is a hot embossing machine, using heat and pressure to mold a variety of materials in a matter of minutes, including Flexdym, COC, PMMA and PS. The sublym is only powered by electricity and do not require any pump allowing for adaptable installation in different locations.
Features & Benefits
Sublym is:
- Easy-to-use: do not require extensive training
- Ultra-compact: 33 x 34 x 11 cm3
- Fast molding: 2 min to 15 min
- Electrical plug & play
- Adjustable temperature: from 50 °C up to 180 °C
- Suitable for mold up to 4-inch
- Low Cost
Applications:
- Soft thermoplastic molding
- Microfabrication
- Microfluidic fabrication
Working principle
The temperature inside the molding chamber is controlled within the range of 50°C to 180°C. The molding pressure is applied through a deformable membrane under vacuum (0.6 bar under ATM) allowing to apply a force between 1.2 kN to 1.8 kN.
Process cycle
Sublym is tailored for Flexdym molding, but other thermoplastics can also undergo the same process. With just a push of a button, you can have your molded material ready in few minutes.
Storage and handling
The equipment heats up during operation, so it is crucial to wear heat-resistant gloves at all times. Avoid transporting products while they are plugged in or still hot. Store the products in a standard room environment and in a suitable box.
Content
1x Sublym Compact Soft Embossing Machine
1x Power supply
Specifications
Working features
Preheat mode | 0 - 120 s / 50 °C - 180 °C |
Normal mode (under vacuum) | 1 - 999 s / 50 °C - 180 °C |
Memory mode | Save settings in two memory modes |
Spacing | Adjustable manually from 0.1 to 12 mm |
Display | Centigrade and Fahrenheit Temperatures |
Monitoring | Auto. process counting |
Technical specifications
Dimension | 33 x 34 x 11 cm3 |
Molding size | Up to 4" in diameter |
Max Mold Thickness | 1 cm (optional: 1.5 cm) |
Temperature | 50 °C - 180 °C |
Temperature Ramp | 180 °C / 5 min |
Approximative Force | 1.2 kN to 1.8 kN |
Documentation
Sublym Hot Embossing Machine user guide
References
- Lachaux et al., Lab on a Chip 2016, L2017 Jul 25;17(15):2581-2594. doi: 10.1039/c7lc00488e
- Perrault et al., Insights on Polymers for Microfluidics Applied to Biomedical Applications
- Overview of Materials for Microfluidic Applications, IntechOpen 2016
- Roy et al., Lab on a Chip 2015, Lab Chip, 2015,15, 406-416, doi:10.1039/C4LC00947A
Discover this user friendly and compact system for thermoplastic molding! The Sublym is a great alternative to PDMS-soft lithography for microfluidic devices. It will dramatically ease your work when fabricating microfluidic chips: Sublym simplifies the quick prototyping and production of microfluidic/microsystem chips with just a simple button press.
General
The Sublym is a rapid and user-friendly alternative to PDMS soft lithography for creating Microfluidic Devices. It is a hot embossing machine, using heat and pressure to mold a variety of materials in a matter of minutes, including Flexdym, COC, PMMA and PS. The sublym is only powered by electricity and do not require any pump allowing for adaptable installation in different locations.
Features & Benefits
Sublym is:
- Easy-to-use: do not require extensive training
- Ultra-compact: 33 x 34 x 11 cm3
- Fast molding: 2 min to 15 min
- Electrical plug & play
- Adjustable temperature: from 50 °C up to 180 °C
- Suitable for mold up to 4-inch
- Low Cost
Applications:
- Soft thermoplastic molding
- Microfabrication
- Microfluidic fabrication
Working principle
The temperature inside the molding chamber is controlled within the range of 50°C to 180°C. The molding pressure is applied through a deformable membrane under vacuum (0.6 bar under ATM) allowing to apply a force between 1.2 kN to 1.8 kN.
Process cycle
Sublym is tailored for Flexdym molding, but other thermoplastics can also undergo the same process. With just a push of a button, you can have your molded material ready in few minutes.
Storage and handling
The equipment heats up during operation, so it is crucial to wear heat-resistant gloves at all times. Avoid transporting products while they are plugged in or still hot. Store the products in a standard room environment and in a suitable box.
Content
1x Sublym Compact Soft Embossing Machine
1x Power supply
Specifications
Working features
Preheat mode | 0 - 120 s / 50 °C - 180 °C |
Normal mode (under vacuum) | 1 - 999 s / 50 °C - 180 °C |
Memory mode | Save settings in two memory modes |
Spacing | Adjustable manually from 0.1 to 12 mm |
Display | Centigrade and Fahrenheit Temperatures |
Monitoring | Auto. process counting |
Technical specifications
Dimension | 33 x 34 x 11 cm3 |
Molding size | Up to 4" in diameter |
Max Mold Thickness | 1 cm (optional: 1.5 cm) |
Temperature | 50 °C - 180 °C |
Temperature Ramp | 180 °C / 5 min |
Approximative Force | 1.2 kN to 1.8 kN |
Documentation
Sublym Hot Embossing Machine user guide
References
- Lachaux et al., Lab on a Chip 2016, L2017 Jul 25;17(15):2581-2594. doi: 10.1039/c7lc00488e
- Perrault et al., Insights on Polymers for Microfluidics Applied to Biomedical Applications
- Overview of Materials for Microfluidic Applications, IntechOpen 2016
- Roy et al., Lab on a Chip 2015, Lab Chip, 2015,15, 406-416, doi:10.1039/C4LC00947A