High precision E-beam welder
Features:
- Tool for the micro mechanics and micro system technology
- Homogeneous or heterogeneous fine and micro welds
- Ideal for prototyping and small batch production as well as for F&E welding departments
- Minimal Location requirements for installation
- Low acquisition and operation costs
Model: MEBW-L8, MEBW-L95 MEBW-L135 Specifications
Model: MEBW-L8
Feature:
- Voltage: 5-60 kV
- Max. Beam current: 33 mA @ 60 kV
- Beam Power: 2 kW
- Beam Spot: <50 microns
- Beam deflection: ±15°
- Size of Vacuum Chamber: φ235 x 155 mm
- Size of Work Piece: φ150 x 100 mm
- Linear Scan Speed: 0.1 到 100 mm/s
- Rotary Speed: 0.1 - 1000 rpm continuously adjustable
- Positioning Accuracy: better than 30 micron
- SEM Mode resolution: 25 microns
- Pumping time: < 2 min
- Layout: 2 x 2 m2
Model: MEBW-L95
Feature:
- Voltage: 5-60 kV
- Max. Beam current: 33 mA @ 60 kV
- Beam Power: 2 kW
- Beam Spot: < 50 microns
- Beam Deflection: ±15°
- Size of Vacuum Chamber: 500 x 400 x 475 mm3
- Size of Work Piece: 250 x 200 x 100 mm3
- Linear Scan speed: 0.1 - 100 mm/s
- Rotary Speed: 0.1 - 100 rpm continuously adjustable
- Positioning Accuracy: better than 30 microns
- SEM Mode Resolution: 25 microns
- Pumping time: < 3 min
- Layout: 2 x 2 m2
Model: MEBW-L135
Feature:
- Linear scan of the E-beam gun body: 160 mm
- 6-chuck Revolver(Option)
- Voltage: 5-60 kV
- Max. Beam current: 33 mA @ 60 kV
- Beam Power: 2 kW
- Beam Spot: < 50 microns
- Beam Deflection: ±15°
- Size of Vacuum Chamber: 500 x 400 x 475 mm3
- Size of Work Piece: 250 x 200 x 100 mm3
- Linear Scan speed: 0.1 - 100 mm/s
- Rotary Speed: 0.1 - 100 rpm continuously adjustable
- Positioning Accuracy: better than 30 microns
- SEM Mode Resolution: 25 microns
- Pumping time: < 3 min
- Layout: 2 x 2 m2
See More details, please refer to: https://www.focus-e-welding.de/micro-electron-beam-processing-machines/
Contact: Nana Zhang
Phone: 18201230727
Tel: 010-80698356
Email: Info@be-instruments.com
Add: Room 1310, AirChina Plaza, No. 36 Xiaoyun Road, Chaoyang District, Beijing