SFP770
Unpacking station and cleaning station for plastic parts in a single unit
Solukon’s SFP770 is the world’s first postprocessing system to include both an automatic unpacking station and a cleaning station for SLS components. The station is compatible with the 3d printing system EOS P 770 (with adapters also with EOS P 1 and P 5) and is able to unpack and clean the polymer parts directly from the build box of the 3D printer.
The SFP770 thus takes a significant step towards more comfortable, safer and more efficient postprocessing of polymer parts.
The unpacking and cleaning process of the SFP770
1. Unpacking
After closed by a vibration excited sieve cover, the build box swivels overhead to unpack the plastic components. The loose powder is extracted directly and contamination-free from the sieve cover and is conveyed to a recycling unit.
2. Cleaning
The unpacked parts reach a rotating basket for automatic blasting with glass beads and ionized air. You can easily program process parameters such as swivel angle, beam intensity and distance, or basket rotation.
Unpacking and cleaning of the polymer components run independently of each other, so that a new build box can be unpacked while the cleaning process of the first build job is still running.
Safety features of the postprocessing system
Reliable explosion protection is provided by the stainless steel construction, ATEX-compliant components and the safety-monitored extraction of dusts. Automation of both the unpacking process and the transfer to the cleaning process means that the operator has almost no contact with the powder. This combination of unpacking and cleaning in one system makes “dust-free AM production” possible.
SFP770
Unpacking station and cleaning station for
plastic parts in a single unit
SFP770
Unpacking station and cleaning station for plastic parts in a single unit
Solukon’s SFP770 is the world’s first postprocessing system to include both an automatic unpacking station and a cleaning station for SLS components. The station is compatible with the 3D printing system EOS P 770 (with adapters also with EOS P 1 and P 5) and is able to unpack and clean the polymer parts directly from the build box of the 3D printer.
The SFP770 thus takes a significant step towards a more comfortable, safer and more efficient postprocessing of polymer parts.
The unpacking and cleaning process of the SFP770
1. Unpacking
After closed by a vibration excited sieve cover, the build box swivels overhead to unpack the plastic components. The loose powder is extracted directly and contamination-free from the sieve cover and is conveyed to a recycling unit.
2. Cleaning
The unpacked parts reach a rotating basket for automatic blasting with glass beads and ionized air. You can easily program process parameters such as swivel angle, beam intensity and distance, or basket rotation.
Unpacking and cleaning of the polymer components run independently of each other, so that a new build box can be unpacked while the cleaning process of the first build job is still running.
Safety features of the postprocessing system
Reliable explosion protection is provided by the stainless steel construction, ATEX-compliant components and the safety-monitored extraction of dusts. Automation of both the unpacking process and the transfer to the cleaning process means that the operator has almost no contact with the powder. This combination of unpacking and cleaning in one system makes “dust-free AM production” possible.
Product details
Features
- Fully automated unpacking directly from the printer’s build box
- Shortest unpacking times without manual intermediate steps
- Direct connection to a powder recycling unit
- Fully automated transfer to the final cleaning system
- Efficient shot blast system with glass beads and ionized air
- Excellent glass beads recovery with ultrasonic screening
- Programmability of almost all process parameters
- Optional use of a manual shot blast device
- Proven explosion protection with ignition free set-up, safety-monitored dust extraction and ATEX-certified components
Technical data
