BRUKER ULTROTOF Q-TOF MASS SPECTROMETER TADS 3.0 A2361 CIRCUIT BOARD
12 de agosto de 20260
BRUKER DALTONICS ULTROTOF-Q ESI-Q-q-TOF Q-TOF MASS SPECTROMETER TADS 3.0 A2361 CIRCUIT BOARD IN GOOD WORKING CONDITION.
NEWSCheck Our Blog
Bring to the table win-win survival strategies to ensure proactive domination. At the end of the day, going forward.
Bruker smartbeam DL 1000 G 052 Laser DPSS Module ultrafleXtreme MALDI-TOF
11 de agosto de 20260
Not bench tested after removal. • Genuine Bruker smartbeam laser module. Model: DL 1000 G 052. Interface Ports: Ext. Interface, RS232, Remote, Trigger In/Out, Optical Trigger Out. • Multiple rear-panel interface connections.
BRUKER SCB13M-18S BSMS/2 ECL01 Z002758/4485
10 de agosto de 20260
BRUKER SCB13M-18S BSMS/2 ECL01 Z002758/4485 In 100% working order, removed from working unit.
BRUKER SCB13L-18S BSMS/2 CONTROL MODULE – Z002758
10 de agosto de 20260
BRUKER SCB13L-18S BSMS/2 CONTROL MODULE - Z002758 Tested, good working condition! Removed from working unit. Description BRUKER SCB13L-18S BSMS/2 CONTROL MODULE P/N - Z002758 Condition Tested, good working condition!
Bruker Microflex LRF MALDI-TOF
10 de agosto de 20260
Bruker Microflex LRF MALDI-TOF A former DEMO unit by Bruker. It was primarily a biotyper with biotyper software and database. According to the previous owner has bacteria, mycobacteria and fungi in the library.
Bruker Control Computer C79298-A3240-A1 w/ Encoder Indexer Cards for D8 XRD
10 de agosto de 20260
Includes the following cards for the computer Bruker B105 560H: 4 encoders, 4 drivers encoder card indexer. Bruker B104 160H: Step/Dir 2 encoders 2 drivers encoder card indexer.
Bruker BIFLEX III BT 20 25kV Mass Spec RF Power Supply 17921.00529 79702/271 Pulled from a working Mass Spec in good condition
Lot Of Bruker AXS XRD Slit Apertures 6mm 1mm 1.2mm 0.8mm 0.6mm 0.4mm 0.2mm 0.1mm
6 de agosto de 20260
Lot Of Bruker AXS Slit Apertures 6mm 1mm 1.2mm 0.8mm 0.6mm 0.4mm 0.2mm 0.1mm Used see photos. In an XRD system like the Bruker D8, slit apertures are used to control the shape and dimensions of the XRD beam, typically as rectangular or narrow linear openings rather than the circular apertures used for focused beams. These slits are critical for experiments requiring precise beam conditioning and control, especially in applications involving line scans, stress analysis, or large area measurements. Slit apertures confine the beam into a specific rectangular or linear shape, which is ideal for:-Line scans over a sample.-Broad illumination for analyzing larger sample areas. By narrowing the beam, slit apertures reduce unwanted scattering and divergence, ensuring that only the desired beam reaches the sample. SJ
