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SmarAct Positioning Stages SLC Series - SLC-1770
| Type | SLC-1770 |
| Series | SLC |
| Brand | SmarAct |
| Specifications | Scanning range [µm]: >1.3, Stroke [mm]: 46, Blocking force [N]: ≥3.5, Maximum normal force [N]: 30, Maximum blocking force [N] lifting force [N]: >1.5, Dimensions [mm]: 70x17x8.5, Weight [g]: 45, Velocity [mm/s]: >20, Open loop resolution MCS2 [nm]: <1, Open loop resolution (H)CU[nm]: <50, Sensor Resolution MCS2[nm]: 1(S),4(L), Sensor Resolution (H)CU[nm]: 50(L), Unidirectional Repeatability MCS2[nm]: ±40(S,L), Unidirectional Repeatability (H)CU[nm]: ±200(L), Material Options: Aluminium Base as standard; Steel Base (-) ST); Titanium base (-TI); Black anodised (-BK), Mechanical options: U-shaped base for higher mechanical strength (-W): 6 mm wider; Cage-free guides (-Z), Performance options: Higher stopping power (-D) +1.5N, Cryogenic options: Yes (open-loop only), Vacuum options: HV (1E-6mbar); UHV (1E- 11mbar), Non-magnetic option: Yes, Slideway hole pattern change applies to: All threaded holes |
| Created at | 2024-04-26 |
| Updated at | 2025-02-21 |
SmarAct - SLC-1770 - SLC Series - Optoelektronic
Scanning range [µm]: >1.3, Stroke [mm]: 46, Blocking force [N]: ≥3.5, Maximum normal force [N]: 30, Maximum blocking force [N] lifting force [N]: >1.5, Dimensions [mm]: 70x17x8.5, Weight [g]: 45, Velocity [mm/s]: >20, Open loop resolution MCS2 [nm]: <1, Open loop resolution (H)CU[nm]: <50, Sensor Resolution MCS2[nm]: 1(S),4(L), Sensor Resolution (H)CU[nm]: 50(L), Unidirectional Repeatability MCS2[nm]: ±40(S,L), Unidirectional Repeatability (H)CU[nm]: ±200(L), Material Options: Aluminium Base as standard; Steel Base (-) ST); Titanium base (-TI); Black anodised (-BK), Mechanical options: U-shaped base for higher mechanical strength (-W): 6 mm wider; Cage-free guides (-Z), Performance options: Higher stopping power (-D) +1.5N, Cryogenic options: Yes (open-loop only), Vacuum options: HV (1E-6mbar); UHV (1E- 11mbar), Non-magnetic option: Yes, Slideway hole pattern change applies to: All threaded holes
