Product Description
Product details
| Motion | Orbital, 3 mm |
| Capacity | 4 Microplates or 2 Micro-tube Racks |
| Temp. Range | Ambient +5C 65C |
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) |
Versatile Motion and PrecisionThe ISRK04HDG offers both rocking and waving motions with a precise 3 mm orbital movement, providing consistent agitation to support applications like cell culture, staining, or hybridization. Its accuracy (0.5C at 37C) and uniform thermal distribution make it a reliable choice for sensitive protocols.
Built for Laboratory EfficiencyEngineered with an aluminum tray and a sturdy steel body, this shaker is robust and suited to busy labs. With capacity for four microplates or two tube racks, and a broad programmable speed range, it is flexible for varying experimental needs. Its digital timer streamlines workflow management.
Simple Operation and MaintenanceManual controls allow straightforward adjustments to time, temperature, and speed. The brushless DC motor minimizes noise and maintenance needs, while the shaker's high-quality build ensures longevity and lasting performance even with frequent use.
FAQ's of Incubating Rocking and Waving Shakers ISRK04HDG:
Q: How does the ISRK04HDG shaker maintain temperature uniformity for sensitive experiments?
A: The ISRK04HDG utilizes a precise temperature calibration system and uniform heating to maintain 0.5C at 37C, ensuring consistent environmental conditions for reproducible results. Its construction and design support stable and uniform heat distribution across the tray.
Q: What laboratory applications is the ISRK04HDG shaker suitable for?
A: This shaker is ideal for incubating and mixing biological and chemical samples in microplates or tube racks, including cell cultures, staining, enzyme reactions, and hybridizations, due to its broad temperature range and orbital agitation capabilities.
Q: When should you use the timer function, and how long can it run?
A: The timer is useful for protocols requiring controlled agitation durations. It can be set from as little as 1 second up to 160 hours, providing flexibility for both short and extended procedures commonly used in laboratories.
Q: Where can the ISRK04HDG be installed, considering its working environment requirements?
A: Install the shaker in laboratories with ambient temperatures between 5C and 40C and relative humidity up to 80%. Its robust construction suits benchtop use, and its compact footprint allows for easy integration alongside other lab equipment.
Q: What is the process for calibrating the shaker's temperature?
A: Temperature calibration is achieved using the manual controls to adjust settings. Follow the instructional manual for step-by-step procedures to ensure the internal environment matches the desired set point and maintains uniformity during operation.
Q: How do the construction materials contribute to the shaker's durability and performance?
A: The tray is made of aluminum, providing excellent thermal conductivity and corrosion resistance, while the steel body ensures rigidity and longevity. Plastic and glass components are used where appropriate, balancing chemical resistance with visibility and maintenance.
Q: What are the main benefits of using a brushless DC motor in this equipment?
A: The brushless DC motor in the ISRK04HDG delivers quiet operation, minimizes vibrations, and reduces maintenance needs due to the lack of friction-based wearing parts, making it a reliable and efficient choice for continuous laboratory use.