Home/Machines/Plastic machines/Injection moulding machines/Krauss Maffei 1300-8100MX (2016) low hours
PLASTIC MACHINE
Krauss Maffei 1300-8100MX (2016) low hours
Overview
Condition
Good
Manufacturer
Krauss Maffei
Model
1300-8100MX
Year
2016
Stock number
260190
Working hours
26000
Description
KraussMaffei KM 1300 MX – SP 8100 / Screw Ø105 mm
Clamping Unit
- Clamping force: 13,000 kN / 1,300 t
- Mold opening force: 910 kN
- Moving platen force, opening/closing: 159 / 153 kN
- Platen dimensions: 2,150 × 1,910 mm
- Distance between tie bars (H × V): 1,550 × 1,250 mm
- Opening stroke: 2,350 mm
- Mold height min./max.: 700 / 1,400 mm
- Maximum daylight: 3,050 mm
- Ejector stroke: 350 mm
- Ejector force forward/backward: 250 / 125 kN
- Optional increased mold height min./max.: 950 / 1,650 mm
- Daylight with increased mold height: 3,300 mm
Screw diameter: 105 mm
- L/D ratio: 23
- Maximum injection pressure: 1,778 bar
- Stroke volume: 4,546 cm³
- Shot weight PS: 4,137 g
- Injection flow rate: 805 cm³/s
- Screw speed nominal/max.: 126 / 159 rpm
- Plasticizing rate PS at nominal speed: 147 g/s
- Plasticizing rate PE at nominal speed: 116 g/s
- Plasticizing rate PS at maximum speed: 187 g/s
- Plasticizing rate PE at maximum speed: 147 g/s
- Nozzle contact force: 166 kN
- Pump motor rated power: 110 kW
- Installed heating capacity: 59 kW
- Barrel heating/control zones: 7
- Dry cycle rate according to Euromap 6: 761 cycles/h
- Dry cycle time according to Euromap 6: 4.7 s
- Oil tank capacity: 1,500 l
- Net weight incl. control cabinet: 77 t
- Dimensions (L × W × H): 12.09 × 3.66 × 2.67 m
- Maximum mold weight: 29,000 kg
- Screw drive power: 117 kW
- Screw speed nominal/max.: 123 / 193 rpm
- Plasticizing rate PS nominal: 144 g/s
- Plasticizing rate PE nominal: 114 g/s
- Plasticizing rate PS maximum: 226 g/s
- Plasticizing rate PE maximum: 178 g/s
- Injection flow rate: 1,732 cm³/s
Equipment:
- Removable tie bar (rectable tie bar)
- Euromap 67 for robot
- 48 Hotrunner controllers
- 8 pneumatic cascades
- 6 hydraulic cascades
- 2+2 cores
Material used: PP, PC
Peter Balaj
















