Fiber glass PA PE PP Filter media auto laser cutter with Co2 Tube
JHX-210300S
DESCRIPTION
Why Laser in Filter Industry:
Automatic sealing of cutting edges prevents fringe
No tool wear - no loss of quality
Complete exhaust and filtering of cutting emissions possible
High precision and accuracy of repeatability
Automated production process with conveyor and feeding systems
Marking systems in various variants
Modern filter materials are used for separation of products
hazardous to the environment. In many cases the separated material
is the intended product. Therefore the used filter materials as for
example felts, fleece, paper and other fabrics have to be designed
accordingly. Cutting of such fabrics with conventional methods is
very complex, dust-intensive and costly, as the cutting edges often
fringe and therefore an additional cutting edge has to be
considered right from the beginning. Here the laser cutting system
offers many advantages as for example immediately sealed cutting
edges, no fringe, almost no dust and an optimal material
utilization.
Features
Automatic sealing of cutting edges prevents fringe
No tool wear - no loss of quality
No material fixation required due to contact-free and force-free
processing
Complete exhaust and filtering of cutting emissions possible
High precision and accuracy of repeatability
Automated production process with conveyor and feeding systems
High flexibility in daily service due to various additional options
Marking systems in various variants
Material & Application
filter fleece, pressure belt filters, vacuum filters, round bag
filters, bag filters, basket filters and bio-filters.
Woven fabrics for mechanical separation of solids and liquids are
frequently manufactured for technical processes, and are often in
continuous operation. Whether for the separation of contaminants or
for cider plants in food production - filter media are always
needed. Individual filter and large filter manufacture, as well as
immediate availability of the materials for the operators are
arguments enough for favoring the specific use of laser technology.
Typical filter media are:
Polyethylene (PE)
Polypropylene (PP)
Polyester (PES)
Polyamide (PA)
Fibre glass
Fabric
Paper
Felt
Technical specification
| Product model | JHX-210300S |
| Laser Type | Hermetic and detached CO2 laser tube |
| Laser Power | Option: 100W/130W/150W |
| Working Area(mm) | 2100×3000 |
| Software | JHX professional controlling software |
| Cooling | Water-cooling |
| Cutting speed | 0-50000mmmin |
| Location precision | ≤±0.02mm |
| Cutting power control | Fine tuning possible |
| Working Voltage | 220V±10%, 50-60HZ |
| Moving system | Imported servo system |
| Auxiliaries | Wind pump, Wind pipe etc |
| Data Format | AI,BMP,PLT,DXF,DST |
APPLICATION VIDEO
COLLOCATION
Manual Feeder Auto Feeder(Single layer feeding)
Auto Feeder(Two Layer Feeding) Red Light Pointer
X axis Synchronous Pressing Device
Co2 Tube Fiber Laser Cutting
