Product Line and main feature (update: Feb. 22, 2010) For detail information, click the probe image (icon) in the left. Model name Lever mechanical feature Material Small quantity unit Large quantity unit Spring constant [N/m] (typ.) Resonance frequency [kHz] (typ.) Tip Lever Chip ReflexCoat TipsideCoat Silicon Cantilever with a Carbon Nano Fiber Probe, AC modo AFM in air, rodlike-shaped CNF Probe, Pre-separated chip OMCL- AC160FS-Q2 (qty. 3) - 42N/m 300kHz Silicon Silicon Carbon_Nano_Fiber Al non Silicon Cantilever with a Carbon Nano Fiber Probe, AC modo AFM in air, rodlike-shaped CNF Probe, Pre-separated chip OMCL- AC160FS-B2 (qty. 18) - 42N/m 300kHz Silicon Silicon Carbon_Nano_Fiber Al non Silicon Cantilever with a Carbon Nano Fiber Probe, AC modo AFM in air, rodlike-shaped CNF Probe, Pre-separated chip OMCL- AC240FS-Q2 (qty. 3) - 2N/m 70kHz Silicon Silicon Carbon_Nano_Fiber Al non Silicon Cantilever with a Carbon Nano Fiber Probe, AC modo AFM in air, rodlike-shaped CNF Probe, Pre-separated chip OMCL- AC160FS-B2 (qty. 18) - 2N/m 70kHz Silicon Silicon Carbon_Nano_Fiber Al non Stiffer Middle: Silicon probe, AC modo AFM in air (Higfh resolution), chip with parallel side wall. (Pre-separated) OMCL- AC160TS-C3 (qty. 24) OMCL- AC160TS-R3 (qty. 100) 26N/m 300kHz Silicon Silicon Silicon Al non Stiffer Middle: Silicon probe, AC modo AFM in air (Higfh resolution), chip with parallel side wall. (Pre-separated) OMCL- AC160TN-C3 (qty. 24) OMCL- AC160TN-R3 (qty. 100) 26N/m 300kHz Silicon Silicon Silicon non non Medium: Silicon probe, AC modo AFM in air (Higfh resolution), chip with parallel side wall. (Pre-separated) OMCL- AC200TS-C3 (qty. 24) OMCL- AC200TS-R3 (qty. 100) 9N/m 150kHz Silicon Silicon Silicon Al non Medium: Silicon probe, AC modo AFM in air (Higfh resolution), chip with parallel side wall. (Pre-separated) OMCL- AC200TN-C3 (qty. 24) OMCL- AC200TN-R3 (qty. 100) 9N/m 150kHz Silicon Silicon Silicon non non BioLever: Less thermal-noise cantilever and Extremely soft cantilever for Force curve measurement BL- RC150VB-C1 (qty. 24 chips) BL- RC150VB-HW (qty. 210 chips) 0.030 0.006 37 13 SiN SiN PyrexGlass Au/Cr Au/Cr Platinum-deposited Silicon probe for electric measurements such as EFM and KPM OMCL- AC240TM-B2 (qty. 18 chips) OMCL- AC240TM-W2 (qty. 375 chips) 2 70 Silicon Silicon Silicon Al Pt Standard Silicon probe for AC mode AFM in air OMCL- AC160TS-C2 (qty. 24 chips) OMCL- AC160TS-W2 (qty. 375 chips) 42 300 Silicon Silicon Silicon Al non High aspect ratio Silicon probe for AC mode AFM OMCL- AC160BN-A2 (qty. 12 chips) OMCL- AC160BN-W2 (qty. 375 chips) Order-received production 42 300 Silicon Silicon Silicon non non Silicon probe for AC mode AFM imaging of polymer film, biology sample DNA etc Silicon probe for Force modulation measurement OMCL- AC240TS-C2 (qty. 24 chips) OMCL- AC240TS-W2 (qty. 375 chips) 2 70 Silicon Silicon Silicon Al non Low wear Silicon nitride probe for AC mode AFM in air OMCL-HA100WS-1 (qty. 34 chips) OMCL-HA100WS-HW (qty. 245 chips) 15 160 SiN SiN PyrexGlass Au/Cr non Standard probe for AC mode AFM in Water Soft cantilever probe for Contact mode AFM OMCL-TR400PSA-1 (qty. 34 chips) OMCL-TR400PSAHW (qty. 245 chips) 0.08 0.02 34 11 SiN SiN PyrexGlass Au/Cr non Standard probe for Contact mode AFM OMCL-TR800PSA-1 (qty. 34 chips) OMCL-TR800PSA-W (qty. 490 chips) 0.57 0.15 73 24 SiN SiN PyrexGlass Au/Cr non Standard probe for Contact mode LFM/AFM OMCL-RC800PSA-1 (qty. 34 chips) OMCL-RC800PSA-W (qty. 490 chips) 0.05 0.10 0.39 0.76 18 19 69 71 SiN SiN PyrexGlass Au/Cr non Tip-side gold coated Soft cantilever probe for Contact mode AFM OMCL-TR400PB-1 (qty. 34 chips) Not available 0.09 0.02 32 10 SiN SiN PyrexGlass Au/Cr Au/Cr Tip-side gold coated probe for Contact mode AFM OMCL-TR800PB-1 (qty. 34 chips) Not available 0.61 0.16 68 22 SiN SiN PyrexGlass Au/Cr Au/Cr Tip-side gold coated probe for contact mode LFM/AFM OMCL-RC800PB-1 (qty. 34 chips) Not available 0.06 0.11 0.42 0.82 17 17 64 66 SiN SiN PyrexGlass Au/Cr Au/Cr

Note:
All data are typical values calculated with FEM method. All data are subject to change without further notice.