Counting Devices
Counting Devices
Fisherbrand™ Counter-Pen/Colony-Counter
Combination marker/digital counter suits both laboratory and plant use
Fisherbrand™ Pocket-Sized Scientific Calculator
Ideal for virtually all routine calculations performed in scientific labs, including square roots, percentages, and raising to powers
Fisherbrand™ Key-Chain/Wrist-Strap/Belt-Clip Digital Counter
Designed for ease-of-use and failsafe counting
Fisherbrand™ Replacement Parts for Model 14-311A and Older Model 14-311 Sub-Sieve Sizer™, Filter discs 3/4 in.
Replacement Part for Model 14-311A and Older Model 14-311 Sub-Sieve Sizer.
Corning™ LED Protective Cover
The LED protective cover magnetically connects to the stage and functions to shield the LED assembly when the Corning™ Videodrop is not in use.
Beckman Coulter NIST Traceable Particle Size Controls
Particle Size Controls for use with LS 13 320 XR Analyzers to verify instrument and module performance.
Beckman Coulter Spigot Assembly
Utilize the Spigot Assembly for easy dispensing of ISOTON II and Coulter CLENZ Cleaning Agents.
Beckman Coulter Nalgene Sample Cup Tube Adaptor, 5 mL
Adapter allows the proper alignment of a 5 mL Nalgene Sample Cup (6250-0005) on the Accuvette stage. Sample cups are crucial for precious samples, or when there is limited sample material available.
Beckman Coulter LS 13 320 XR Single Wavelength (SW) Laser Diffraction Particle Size Analyzer
Single Wavelength (SW) Laser Diffraction Particle Size Analyzer provides expanded measurement range from 0.40 μm to 3,500 μm. The DPS is capable of measuring dry powder samples, while the ULM analyzes samples suspended in aqueous or non-aqueous dilutents.
Beckman Coulter MICRO-90 Neutral Detergent
MICRO-90 Neutral Detergent should be used primarily to clean inside surfaces of liquid modules. MICRO-90 can also be used as dispersant.
Beckman Coulter Multisizer™ 4e Smart Technology High Resolution Aperture Tubes
Smart Technology High Resolution Aperture Tubes are designed specifically for the Multisizer 4e Analyzer. For greater discrimination of particle size, high resolution tubes have an aperture thickness 120% greater than normal apertures which extends the time it takes for the particle to pass through.