Laboratory Automation
Quanterix Inc SIMOA DISCS 16 PER STACK
- Product type: Simoa Discs
- Quantity per stack: 16 discs
- Compatible instruments: Simoa HD-1 Analyzer, Simoa HD-X Analyzer, SR-X System
- Arrays per disc: 24 arrays
- Microwells per array: 216,000 microwells
- Technology: Single Molecule Array (Simoa)
- Application: Ultra-sensitive immunoassay, Biomarker detection, In vitro diagnostics
- Function: Enhances assay sensitivity and reproducibility
- Typical use per kit: Enough discs for 4 plates
- Supplier: Quanterix Inc
- Disc manufacturing partner: Sony DADC
Enterprise Technology Solutions RODE VLOGGER KIT IOS EDITION F
502720183 RODE VLOGGER KIT IOS EDITION F
Integra Biosciences Corp MEDIAJET VARIO BASE UNIT
- Automated, walk-away filling system for Petri dishes
- Fills various dish sizes: 35 mm, 60 mm, 90 mm
- Compatible with two-compartment dishes using conversion sets
- Filling rate of up to 1,100 dishes per hour
- Carousel capacity: 540 dishes in a single batch
- Power supply: 200 W, 100-240 V, 50/60 Hz
- Compact footprint: 655 x 634 mm
- Weight of basic unit: 47 kg
- Dosing range per dish: 1 – 99.9 ml
- Dosing reproducibility of ~1% at 15 ml
- Maximum dosing rate: 500 ml/min
- UV lamp power: 2.1 W UV-C
- Conversion time between dish sizes: a few minutes
- Operating modes: standard, shaker, biplate
- Programmable settings: up to 19 programs
- Contamination control features include a UV lamp and single-piece PE filling chamber
- Reliable automation with Feed-In/Stack-Out technology
Kuhner Shaker Inc TRAY FOR MICROTITER PLATES F
- Designed for microtiter and deepwell plates
- Features a spring mechanism for individual plate handling
- Suitable for various laboratory applications
- Ensures efficient and reproducible results
- Robust design accommodates multiple plate types
- Compatible with Kuhner shaker systems
- Dimensions: 800 mm x 420 mm
- Capacity: 1-24 microtiter plates
- Plates compatible: Deepwell or microtiter plates
- Loading mechanism: Springs for easy loading/unloading
Sartorius Octet AR2G Biosensors / Case
The Octet Amine Reactive 2nd-Generation AR2G Biosensors are coated with a newly engineered biocompatible surface matrix and are designed for kinetic characterization of interactions between purified proteins peptides or other primary amines and target analytes. Immobilization of proteins is achieved through standard EDC-catalyzed amide bond formation to create a covalent bond between a reactive amine on the protein and the carboxy-terminated biosensor surface. The AR2G biosensors deliver enhanced performance and great signal intensity during both loading ligand immobilization and association analyte detection steps of an assay while delivering reliable kinetic values. The AR2G Biosensors’ surface chemistry makes it amenable to a wide range of pH and salt conditions providing robustness and flexibility during the development of regeneration conditions for higher throughput applications.