SCIENTIFIC INSTRUMENTATION

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PROPERTY MEASUREMENT

ExperimentImageSample[]

Example applications include: Sample appearance, Identifying precipitate formation, Visualizing color change, Verifying sample integrity

• Compatible with any parameterized container
  • Microcentrifuge tubes or SBS style plate wells (including 24-, 48-, 96-, and 384-well plates; ± 125 µL)
  • 15 mL conical tubes (± 55 µL)
  • 50 mL conical tubes (± 230 µL)
  • 250 mL bottles (± 5 mL)
  • 500 mL bottles (± 5 mL)
  • 1 L bottles (± 10 mL)
  • 2 L bottles (± 10 mL)
  • 4 L jugs (± 20 mL)
  • 5 L bottles (± 20 mL)
  • 10 L carboys (± 100 mL)
  • 20 L carboys (± 100 mL)

 

• Requires samples with known densities in single sample containers

   

• 1 µg to 60 kg measurement range to determine volume

   

• 100 µg to 220 g (± 100 µg)

   

• 1 µg to 6 g (± 1 µg)

   

• 100 µg to 220 g (± 100 µg)

   

• 120 g to 6.2 kg (± 10 mg)

   

• 30 cm x 40 cm measurement platform

   

• 5 to 50 kg (± 10 g)

   

• 75 kg max mass tolerance

   

• 42 cm x 55 cm measurement platform

   

• 0.001 µS/cm to 2,000 mS/cm conductivity measuring range

   

• 0.001 µS conductivity resolution

   

• ± 0.5% conductivity accuracy

   

• Built-in temperature sensor for temperature correction

   

• Linear, non-linear and pure water temperature compensation algorithms

   

• 150 µL minimum sample volume

   

• 0 to 3 g/cm³ density measurement range

   

• 7×10⁻⁶ g/cm³ density measurement accuracy

   

• Reproducibility of 5×10⁻⁷ g/cm³

   

• 5 to 100°C temperature control range

   

• 0.01°C temperature accuracy

   

• Automatic viscosity and temperature correction

   

• 1.5 mL minimum sampling volume

   

• No restrictions on containers

  Fixed Volume Weight Measurement Method

 

• 50 μL to 1.5 mL sampling volume per measurement

   

• 1 μg to 5 g (± 0.8 μg) weight range

   

• No restrictions on sample volume or containers

   

• pH range 0 to 14 pH (± 0.02)

   

• 50 µL minimum sample size (consumes no volume)

   

• Measures and records pH over time

   

• Temperature correction

   

• 25°C (room temperature) to 400°C

   

• Heating rate from 0.1 to 20°C/minute

   

• Color video of samples throughout heating cycle (up to 300 minutes)

   

• Up to 6 capillary samples per heating cycle

   

• Minimum torque (rotation) 1 nNm

   

• Minimum torque (oscillation) 0.5 nNm

   

• Maximum torque 230 mNm

   

• Minimum angular deflection (set value) 0.05 µrad

   

• Maximum angular deflection (set value) ∞

 

 

• Proteins, IgG, peptides, RNA/DNA

   

• Liposomes, exosomes, and other biocolloids

   

• Polysaccharides

   

• Nanoparticles

   

• Polymer latexes

   

• Pharmaceutical preparations

   

• Micelles

   

• Oil/Water and Water/Oil emulsions

   

• Paints and pigments

   

• Colloids

   

• Polymers

   

• Pigments, inks and toners

   

• Cosmetic Formulation

   

• Ceramics and refractories

   

• Emulsions (foodstuffs, cosmetics)

   

• Wastewater treatment monitoring

   

• Carbon blacks

   

• Viscosity measurable from 0.3 to 1,000 mPaS (± 2% accuracy)

   

• Shear rate range 40 to 125,000 1/s

   

• 4 to 70ºC measurement temperature range

   

• Minimum 26 μL sample volume

   

• Sample constraints:

   

• Up to 40 HPLC/CE vials

   

• 1x 96-well PCR plate

   

• Baseline Flatness (-50 to 300°C): ≤5 μW

   

• Baseline Repeatability (-50 to 300°C): <10μW

   

• Temperature Range: -180°C to 725°C

   

• Temperature Accuracy: ±0.025°C

   

• Temperature Precision: ±0.005°C

   

• Enthalpy Precision: ±0.04%

   

• 1.26 to 1.72 Refractive Index (RI) scale measurement range

   

• 1×10-6 RI measurement resolution

   

• ± 2×10-5 RI measurement accuracy

   

• 0 to 100% Brix scale measurement range

   

• 0.001% Brix scale resolution

   

• ± 0.015% Brix scale accuracy

   

• 4 to 85°C temperature measurement range

   

• ± 0.03°C temperature measurement accuracy

   

• Sapphire optical measurement plate

  Sample Compatibility

 

• All sample containers compatible

   

• ~0.2 mL sample measurement volume

 

ExperimentDynamicMechanicalAnalysis[]

 

• Force Range: 0.0001 to 18 N

   

• Force Resolution: 0.00001 N

   

• Frequency Range: 001 to 200 Hz

   

• Dynamic Deformation Range: ±0 005 to 10,000 µm

   

• Strain Resolution: 0.1 nm

   

• Modulus Range: 103 to 3×1012 Pa

   

• Modulus Precision: ± 1%

   

• Temperature: -160 to 600°C

   

• Supported Well Plate Formats: 96, 384 or 1536

  Dynamic Light Scattering

 

• Size Range (Radius, R_h): 0.5 to 1000 nm

   

• Minimum Concentration @ 14 kDa: 0.125 mg/mL

  Static Light Scattering

 

•  Molar Mass Range: 1000 Da to 1 MDa

   

• Minimum Concentration @ 67 kDa: 1 mg/mL

  Optics

 

• Laser Wavelength: 830 nm

   

• Laser Power Control: Programmable 10% – 100%

   

•  Attenuation Range: 1 to 10⁵

  Temperature Control: 4 to 85 °C  Fluidics

 

•  Minimum Sample Volume: 4 µL

  Data Acquisition Time: 1 to 3600 seconds per well per read Read Time per Well: 5 – 20 seconds Electronics

 

• Correlator: 512 channels

   

• Onboard Camera: 3 megapixels

   

• Digital Communication: Ethernet (TCP/IP)

   

• High Temp Premium TGA/DSC with Sample Robot

   

• Capacity: 900 uL

   

• Temperature Range: Ambient to 1,600ºC

   

• Heating Rate: 100 K/min

   

• Accuracy: ± 0.5 K

   

• Temperature Range – Ambient to 1200 °C

   

• Temperature Accuracy – ±1 °C

   

• Temperature Precision – ±0.1 °C

   

• Heating Rate (Linear) – 0.1 to 500 °C/min

   

• Heating Rate (Ballistic) – >1600 °C/min

   

• Furnace Cooling (Forced air/N2) – 1200 °C to 35 °C in <10 min

   

• Sample Weight Capacity –  1000 mg

   

• Dynamic Weighing Range –  1000 mg

   

• Weighing Precision – ±0.01 %

   

• Resolution – <0.1 µg

   

• Weight Baseline Drift (Ambient to 1000 ˚C) – <10 µg

   

• Vacuum – 50 µtorr

 

 

• Cyclic voltammetry electrodes

   

• Glassy carbon 3 mm disc

   

• Platinum plated

   

• Ag, Ag/AgCl, Ag/Ag+ reference electrode options

   

• Pro-Seal vial caps available for reactions requiring controlled atmosphere

   

• Supports both aqueous and non-aqueous solutions

   

• 5 mL, 10 mL, and 20 mL vial sizes

   

• Large potential window: ± 2.5 V

   

• CV voltage reading accurate to ± 1 mV

   

• CV current reading accurate to ± 1 µA

   

• Can stir reaction vessels from 50 to 1,500 RPM

   

• 0 to 50.00 mg/L dissolved oxygen measuring range

   

• 0.01 mg/L dissolved oxygen resolution

   

• Built-in temperature and barometric pressure sensor for correction

   

• 25 mL minimum sample volume

   

• 20 to 3,200 mmol/kg osmolality measurement range

   

• 1 mmol/kg osmolality resolution

   

• ± 1% accuracy within 100 to 1,000 mmol/kg calibrated range

   

• ± 5% accuracy outside of calibrated range

   

• Reproducibility of 2 mmol/kg standard deviation

   

• 10 μL sample volume

   

• Aqueous samples