The Incubating Cooling Orbital Shaker represents advanced laboratory technology that combines precise temperature management with orbital shaking motion for optimal sample processi...

The Incubating Cooling Orbital Shaker represents advanced laboratory technology that combines precise temperature management with orbital shaking motion for optimal sample processing. Engineered with a sophisticated PID microprocessor temperature control system, this instrument maintains exceptional temperature accuracy of ±0.1°C across a wide range from 5°C to 60°C, while providing consistent orbital shaking at speeds from 30 to 300 RPM with ±1 RPM accuracy. The digital LCD display offers clear visibility of all operating parameters including temperature, speed, and timer functions that can be set from 1 minute to 99 hours or continuous operation. Constructed with durable powder-coated steel, the shaker features a generous 330 × 330 mm platform capable of accommodating up to four 2-liter flasks simultaneously, making it suitable for various sample volumes and container types commonly used in modern laboratories.

This versatile laboratory equipment finds extensive application across multiple industries including pharmaceutical manufacturing, biotechnology research, academic institutions, clinical diagnostics, and food technology development. In pharmaceutical settings, it supports drug discovery processes through cell culture maintenance and protein expression studies. Biotechnology companies utilize these shakers for microbial fermentation and recombinant DNA technology applications. Academic research laboratories benefit from their precision for various biochemical assays and molecular biology experiments, while clinical laboratories employ them for diagnostic test development and sample preparation. The equipment's reliable performance also serves industrial biotechnology operations where consistent temperature-controlled shaking is crucial for production-scale biological processes.

The Incubating Cooling Orbital Shaker delivers significant business value through its reliability, precision, and operational efficiency that directly impact research outcomes and production consistency. Built with industrial-grade components and robust construction, this instrument ensures long-term operational reliability with safety features including over-temperature protection and motor overload safeguards that prevent sample loss and equipment damage. The combination of precise temperature control and consistent orbital motion reduces experimental variables, enhancing reproducibility across multiple runs and different operators. This reliability translates to reduced downtime and maintenance costs while improving research accuracy and production yields, making it a valuable investment for organizations requiring dependable temperature-controlled shaking solutions for their critical processes.

Key Features:
- Precise temperature control ranging from 5°C to 60°C with ±0.1°C accuracy
- Variable speed orbital shaking from 30 to 300 RPM with ±1 RPM precision
- Generous 330 × 330 mm platform accommodating up to four 2-liter flasks
- Digital LCD display with programmable timer from 1 minute to 99 hours
- Durable powder-coated steel construction with 19 mm orbit diameter

Benefits:
- Ensures consistent sample mixing and temperature uniformity for reliable results
- Protects temperature-sensitive biological samples with integrated cooling system
- Increases laboratory efficiency through versatile capacity and flexible programming
- Reduces experimental variables with precise control and repeatable performance
- Provides long-term operational reliability with built-in safety protection systems