SCILOGEX SCI-L180-Pro Digital Linear Shaker with LCD Display, 100-350 RPM

The SCILOGEX SCI-L180-Pro is a precision digital linear shaker designed for biological and chemical laboratory applications, widely adopted in molecular diagnostics, cell culture agitation, and bioprocessing workflows. Featuring a maintenance-free brushless DC motor, it delivers a stable and continuous shaking speed range from 100 to 350 RPM, essential for liquid mixing and agitation of vessels including petri dishes, cell culture flasks, Erlenmeyer flasks, and others.

Key technical specifications include:

• Maximum load capacity: 2.5 kg (5.5 lbs) with platform support
• Platform motion: 10 mm linear/reciprocal action optimizing uniform mixing
• Dual LCD digital displays for independent, real-time monitoring of timer (1–1199 minutes) and shaking speed
• Versatile operation modes: timer-controlled or continuous shaking for flexibility in experimental protocols
• Over-speed detection and protection ensures safety in long-term use under biomanufacturing and synthetic biology processes
• Compatible with a wide range of interchangeable platforms (sold separately), allowing adaptation to various vessel types common in biotechnology and clinical research
• Multi-voltage support and certifications including cTUVus and CE marking assure compliance with laboratory safety standards
• Backed by a 2-year warranty

This shaker is critical in biomedical engineering and live-cell imaging workflows, supporting reproducible and controlled agitation required in gene editing protocols, cell culture expansion, and biopharmaceutical production pipelines. Its brushless motor design reduces vibration and mechanical noise, making it suitable for sensitive molecular biology assays and synthetic biology research where precise environmental control is paramount.

Overall, the SCI-L180-Pro is an essential tool for researchers seeking reliable, programmable shaking with digital accuracy for a wide range of laboratory vessel types and applications spanning bioprocessing, cell biology research, and clinical diagnostics.