dos feed H
material feeding
dos feed H
material feeding
material feeding
with maximum
material efficiency.
dos feed H reliably feeds paste-like material at over 70,000 mPa·s into dispensing systems. Thanks to a modular pump concept, both abrasive and non-abrasive potting compounds can be transported.
The dos feed H designed by dosmatix enables bubble-free docking thanks to an innovative vacuum plate with FusionMesh technology. This ensures efficient feeding without material loss and is completed by an intelligent sensor system for system monitoring.
Efficient, economical and intelligent.
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this is why dos feed H
is the right product for you
this is why dos feed H is the right product for you
Efficient material utilization
- No material loss during the docking process
- Significant reduction in material waste
- Sustainable process
Flexible pump use
- Can be equipped with two pump variants (scoop piston pump or progressive cavity pump)
- Continuous, uninterrupted material feed
- Maximum feed performance for highly viscous and abrasive materials
Maximum process reliability
- Automatic, bubble-free docking
- Monitoring of process-critical parameters such as material pressure, delivery volume or fill level
- Software-based detection of errors and wear
these innovations enable
best-in-class performance
1
2
3
4
1
Modular pump concept
2
Innovative vacuum follower plate
3
Precise vacuum technology
4
Robust sensors and intelligent software
Modular pump concept (1)
dos feed H can be equipped with different pumps.
Variants:
- The all-round solution progressive cavity pump for abrasive and non-abrasive materials (up to 30 bar, viscosity up to 5 mio mPa·s)
- Powerful scoop piston pumps for non-abrasive materials (up to 80 bar, viscosity up to 3 mio mPa·s)
Both pumps transport continually and ensure maximum material transport.
Innovative vacuum follower plate (2)
The innovative single-use plate without double bottom reduces material waste and optimizes the use of resources. Thanks to FusionMesh filter technology, docking is automated and bubble-free. Manual ventilation using the ball valve and material losses due to venting are eliminated.
Precise vacuum technology (3)
The use of a vacuum between the follower plate and the material ensures a reliable docking process and stops air from reaching the dispenser.
Robust sensors and intelligent software (4)
The integrated self-calibration automatically adjusts the pump speed, the delivery volume and the material pressure. Deviations are detected and adjusted in real time, increasing process stability.
technical data
| Pump type | Scoop piston pump |
| Hobbock size (nominal volume) | e.g. 22 litres (standard hobbock) |
| Feed volume | 27 ml/stroke |
| Electrical supply | 230V AC (L-N-PE) / 16A |
| Pneumatic supply | Constant 6 bar, class 5 DIN ISO 8573-1 |
| Dimensions (lxwxh) | 1C: 700 x 600 x 1802 mm 2C: 1400 x 600 x 1808 mm |
| Weight | 1C: ca. 155 kg 2C: ca. 300 kg |
| Control system | Beckhoff Automation |
| Pump type | Progressive cavity pump |
| Hobbock size (nominal volume) | e.g. 22 litres (standard hobbock) |
| Feed volume | 24 ml/rotation |
| Electrical supply | 230V AC (L-N-PE) / 16A |
| Pneumatic supply | Constant 6 bar, class 5 DIN ISO 8573-1 |
| Dimensions (lxwxh) | 1C: 700 x 600 x 1802 mm 2C: 1400 x 600 x 1808 mm |
| Weight | 1C: ca. 160 kg 2C: ca. 320 kg |
| Control system | Beckhoff Automation |
how dos feed H works
The original container (hobbock) is inserted into the barrel press.
The pump moves into the hobbock and docks onto the material.
Continuous material feed from the hobbock.
The potting material is transferred to the metering unit.
example applications
total systems at a glance
Link to: manual workstations
manual workstations
(Starter) solution
Cost-effective and space-saving alternative for manual dispensing applications.
Link to: integration module
Integration module
Individually combinable
Individual products can be combined or integrated into production lines.
Link to: standalone system atmosphere
Standalone
Potting under atmosphere
Automated dispensing systems as standalone systems offer the ideal solution for series products.
