LGC Douglas Scientific Soellex 2.0 Ultra-High Throughput Waterbath Thermal Cycler

The LGC Douglas Scientific Soellex 2.0 is an advanced waterbath thermal cycler designed for ultra-high throughput endpoint PCR applications. Featuring a 3-chamber water bath system, it provides precise and consistent temperature control essential for reproducible results in molecular diagnostics and biotechnology workflows. This system efficiently transfers heat to samples, ensuring uniform thermal cycling necessary for large-scale PCR reactions.

• Capable of processing up to three spools of Array Tape, each with 200 arrays in a 384-well format, supporting up to 230,400 simultaneous PCR reactions per run, making it critical equipment for bioprocessing and biomanufacturing pipelines.
• Dimensions: 188 cm (L) x 89 cm (D) x 201 cm (H) with dry weight of 1,000 kg and wet weight of 1,295 kg, suitable for dedicated lab spaces.
• Power options include 240 V single-phase 100 A and 400 V three-phase 40 A, accommodating various facility electrical configurations.
• Supports use of RO, DI, or filtered water as system fluids to ensure optimal thermal transfer and maintenance.
• Cooling is managed via tap water inlet with drain outlet; exhaust options include air extraction through a 10” duct or direct room exhaust.

Widely adopted in synthetic biology research and molecular cloning workflows, the Soellex 2.0 is essential for laboratories requiring robust, large-scale temperature cycling with high uniformity. Its design supports critical applications such as gene editing assays and biomedical engineering experiments, making it a cornerstone device in high-throughput molecular biology laboratories.