Product
Ion milling device for TEM MODEL 1051 TEM MILLHandling Company
Musashino Denshi, INC.Product Image | Part Number | Price (excluding tax) | Automatic stop | Body dimensions | Body weight | Ion source | Microscope (option) | Observation imaging | Process gas | Sample stage | Temple cooling (optional) | UI | Vacuum / inert gas enclosed migration capsule (optional) | Vacuum system | Warranty period | illumination | power supply |
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Model 1051 |
Available upon quote | Control by timer, temperature, laser detection (optional) |
W660mm x D520mm x H330mm (body) W660mm x D520mm x H620mm (including substance microscope) |
73kg |
Two TrueFocus ion source Acceleration voltage (100EV ~ 10KEV) Beam current density (~ 10ma/cm2) Milling angle (-15 ° ~+10 °) |
・ The following microscope can be mounted at the top of the road rock ・ 7 ~ 45 × Enterprise microscope ・ 1,960 × High magnification digital microscope |
・ Financial microscope or high -magnification digital microscope allows the sample to be observed (optional) ・ The shutter is automatically opened and closed to prevent dirt on the observation window due to smoothing. |
・ Argon gas (99.999%) Supply gas pressure 15PSI ・ Automatic flow control by two mass flow controllers |
360 ° continuous rotation (with beam sequence) Rocking (swing) |
Liquid nitrogen cooling using a built -in dwar (with temperature interlock mechanism) Dewar is placed in a position that is easy to access Cooling time: ・ Standard dwar (3 to 5 hours) Expansioned dwar (18+ time) |
・ 10 -inch touch panel ・ Signal tower (optional) |
By using the enclosed capsule, samples can be moved and stored under vacuum / inert gas. |
・ Exhaust mechanism due to turbo molecular pump and diamond fram pump (oil -free) ・ Vacal measurement by cold cathode and full range gauge |
1 year | Equipped with two lighting, the upper part of the sample (reflective lighting) and the bottom of the sample (transparent lighting) | 100VAC 50/60Hz 720W |