Product Description
Product details
| Motion | Orbital, 3 mm |
| Capacity | 4 Microplates or 2 Micro-tube Racks |
| Temp. Range | Ambient +5C 65C |
| Item Number: | 30391933 |
Specification
| Motion | Orbital, 3 mm |
| Capacity | 4 Microplates or 2 Micro-tube Racks |
| Temp. Range | Ambient +5C 65C |
| Uniformity | 0.5C at 37C |
| Speed Range | 100 rpm 1200 rpm |
| Tray Size | 11 in x 7.75 in (27.9 cm x 19.7 cm) (LxW) |
| Calibration | Temperature calibration |
| Control | Digital |
| Dimensions | 17 in x 7.75 in x 11 in (43.2 cm x 19.7 cm x 27.9 cm) (LxHxW) |
| Drive System | Triple Eccentric; Brushless DC Motor |
| Net Weight | 19.6 lb (8.9 kg) |
| Orbit | 0.1 in (3 mm) |
| Power | 230V, 5A, 50/60Hz |
| Power Consumption | 450 W |
| Safety Certification | CE; TUV |
| Speed Accuracy | 2% |
| Speed Range | 100 rpm 1200 rpm |
| Timer | 1 second 160 hours |
| Tray Construction | Aluminum |
| Working Environment | 41F 104F, 80% RH, Non-condensing (5C 40C, 80% RH, Non-condensing) |
Precision and Flexibility in Laboratory MixingThe ISLDMPHDG Incubating Light Duty Orbital Shaker is engineered for outstanding mixing consistency and temperature control. Its programmable settings permit seamless operation between continuous and timed modes, while the digital display and adjustable speed (100-1200 rpm) provide exacting control for a variety of assay and incubation tasks. The device's aluminum tray and robust construction ensure usability and longevity, making it a valuable investment for laboratories seeking high performance.
User-Friendly Operation and Safety CertifiedFeaturing intuitive manual controls and a bright digital display, the shaker is effortless to use and monitor. Its CE and TUV certifications guarantee compliance with rigorous safety and quality standards. The shaker's durable housing and temperature calibration option further support reliability and ease of maintenance, delivering peace of mind for laboratory personnel.
FAQ's of ISLDMPHDG Incubating Light Duty Orbital Shakers:
Q: How does the triple eccentric, brushless DC drive system benefit laboratory operations?
A: The triple eccentric, brushless DC drive system ensures smooth, quiet, and stable orbital motion, resulting in uniform mixing and minimal maintenance. It provides reliability over long periods, making it ideal for continuous laboratory use.
Q: What types of laboratory applications is this orbital shaker suitable for?
A: This shaker is ideal for applications requiring uniform mixing and temperature control, including cell culture incubation, enzyme assays, screening microplates, and general molecular biology procedures. Its programmable settings and precise control adapt to diverse sample requirements.
Q: When should the temperature calibration mode be used?
A: Temperature calibration should be performed routinely during preventive maintenance or when accurate temperature control is critical for a specific application. This ensures reliable and consistent environmental conditions for your sensitive experiments.
Q: Where can the ISLDMPHDG Orbital Shaker be installed in the lab?
A: The shaker's compact dimensions (17 x 7.75 x 11 inches) and durable construction allow it to fit conveniently on most laboratory benches or inside environmental chambers, adding versatility to your workflow.
Q: What is the process for setting up programmable mixing cycles?
A: Users can set programmable cycles via the digital control panel, choosing orbital speed (100-1200 rpm), timer range (1 sec to 160 hr), and desired temperature. Settings can be saved and executed in either continuous or timed operation for consistent, repeatable mixing protocols.
Q: How does the digital speed control enhance experimental accuracy?
A: Digital speed control allows users to precisely adjust mixing speeds in increments, ensuring reproducible results and minimizing variability between experiments. Accuracy is maintained within 2% of the set speed.
Q: What are the primary usage benefits of the ISLDMPHDG Incubating Shaker?
A: The main benefits include high mixing uniformity, advanced temperature control, programmable operation, and robust safety certifications. This combination delivers reliable performance, efficient sample processing, and peace of mind in high-throughput laboratory environments.