Decolorization Shaker SK-D700 SK-R800
Precision benchtop shaker system offering dual motion profiles (3D universal and horizontal cyclotron) with stepper motor control and timing capabilities up to 99.59 hours for laboratory mixing applications.
Louise Corscadden, PhD
Director of Science · ConductScience
Ask Louise about Decolorization Shaker SK-D700 SK-R800 fit, setup, configuration, or quote prep.
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Key Specifications
Full details →- Model fit
- Configured during quote
- SKU family
- BIO-0774
- Shipping box
- 24.5 × 33.5 × 40.0 cm
- Ordering
- Quote-reviewed before fulfillment
- Category
- Benchtop Instruments
- Build notes
- Confirm accessories, station layout, and support needs before purchase
The Decolorization Shaker SK-D700/SK-R800 is a precision benchtop agitation system designed for controlled mixing applications in research laboratories. This dual-model platform offers both 3D universal motion (SK-D700) and horizontal cyclotron motion (SK-R800) to accommodate diverse sample preparation requirements across multiple research disciplines.
Featuring high precision stepper motor control with ±1rpm accuracy, the system provides consistent agitation across a speed range of 10-100rpm (SK-D700) and 30-300rpm (SK-R800). The LCD display enables precise timing control up to 99.59 hours, while the robust 320×320mm platform accommodates up to 5kg of samples. Both models utilize specialized motion profiles - the SK-D700 employs 9° inclination with 25mm vertical displacement, while the SK-R800 delivers 20mm diameter circumferential motion for applications requiring horizontal mixing dynamics.
How It Works
The Decolorization Shaker employs precision stepper motor technology to generate controlled mechanical agitation through two distinct motion profiles. The SK-D700 model creates 3D universal motion by combining vertical oscillation (25mm amplitude) with a 9° inclination angle, producing a complex mixing pattern that enhances mass transfer in multi-phase systems. The SK-R800 model generates horizontal cyclotron motion with a 20mm diameter circumferential pattern, ideal for applications requiring gentle lateral mixing.
High precision stepper motor control maintains speed accuracy within ±1rpm across the operational range, ensuring reproducible agitation conditions essential for quantitative analytical procedures. The programmable timing system allows extended operation up to 99.59 hours, enabling unattended processing of samples requiring prolonged extraction or incubation periods.
The robust platform design accommodates various sample containers while maintaining stable operation at maximum 5kg loading. LCD display provides real-time monitoring of speed and timing parameters, allowing researchers to document exact agitation conditions for protocol standardization and regulatory compliance documentation.
Features & Benefits
Automation Level
- semi-automated
SK-R800
- SK-O900
Oscillation Mode
- 3D/universal motion
Swing up and down motion
- Horizontal cyclotron motion
Speed Range
- 10~100rpm
30~300rpm
- 30~240rpm
Speed Accuracy
- ±1rpm
Amplitude
- Inclination 9°
Up and down 25mm
- Circumference Dia. 20mm
Timing Range
- 0~99.59h
Tray Size
- 320*320mm
280*280mm
- 320*320mm
Max. Load
- 5kg
Motor
- High precision stepper motor
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Cell Biology
- Environmental Monitoring
- Food Science
- Materials Science
- Pharmaceutical QC
Display Type
- LCD display
Shipping weight
- 15.0 lb
Shipping box
- L: 24.5 cm
- W: 33.5 cm
- H: 40.0 cm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Motion Profiles | Dual motion system (3D universal and horizontal cyclotron) | Single motion type per unit | Eliminates need for multiple shakers when protocols require different mixing dynamics |
| Speed Accuracy | ±1rpm precision with stepper motor control | ±5-10rpm accuracy with standard motors | Ensures reproducible results essential for method validation and regulatory documentation |
| Timer Range | 0-99.59 hours programmable operation | Limited timing options or manual operation | Enables extended unattended protocols and precise time control for standardized procedures |
| Platform Capacity | 320×320mm platform with 5kg maximum load | Smaller platforms with lower weight limits | Accommodates larger sample batches and diverse container arrangements for higher throughput |
| Speed Range Flexibility | 10-100rpm (SK-D700) and 30-300rpm (SK-R800) | Fixed speed ranges without model options | Optimized speed ranges for different application requirements from gentle cell culture to intensive extraction |
This system combines dual motion profiles, precision stepper motor control, and extended timing capabilities in a single platform. The 5kg platform capacity and ±1rpm accuracy support both high-throughput sample processing and demanding analytical applications requiring strict protocol reproducibility.
Practical Tips
Verify speed accuracy monthly using a calibrated tachometer at low, medium, and high speed settings.
Why: Maintains traceability for regulatory compliance and ensures consistent results across extended use periods.
Clean platform surface after each use and inspect for residue buildup that could affect container stability.
Why: Prevents cross-contamination between samples and maintains proper platform balance during operation.
Document speed, time, and container arrangement for each application to develop standardized protocols.
Why: Enables method validation, facilitates technology transfer, and ensures reproducible results across operators.
Ensure containers are properly secured and weight is evenly distributed across the platform before operation.
Why: Prevents container displacement and maintains unit stability, especially at higher speeds and extended run times.
Run empty platform for 5 minutes before use to verify smooth operation and absence of unusual vibrations.
Why: Identifies potential mechanical issues that could affect agitation consistency and compromise experimental results.
If speed fluctuations occur, check for platform overloading or uneven weight distribution before suspecting motor issues.
Why: Most speed control problems stem from improper loading rather than motor malfunction, enabling quick resolution.
For volatile solvents, use appropriate container closures and consider fume hood placement for safety.
Why: Prevents vapor accumulation and exposure while maintaining proper ventilation for extended operation periods.
Setup Guide
What’s in the Box
- Decolorization Shaker main unit
- Platform attachment system (typical)
- Power cord
- User manual and quick start guide (typical)
- Sample container clamps or holders (typical)
Warranty
ConductScience provides standard one-year manufacturer warranty covering defects in materials and workmanship. Technical support includes application guidance and troubleshooting assistance throughout the warranty period.
Compliance
References
Background reading relevant to this product:
What is the difference between the SK-D700 and SK-R800 motion profiles?
The SK-D700 provides 3D universal motion with 9° inclination and 25mm vertical displacement, while the SK-R800 offers horizontal cyclotron motion with 20mm diameter circumferential pattern. Choose based on whether vertical or horizontal mixing dynamics better suit your sample characteristics.
How accurate is the speed control for reproducible protocols?
The high precision stepper motor maintains ±1rpm accuracy across all speed ranges, enabling consistent agitation conditions essential for method validation and regulatory compliance documentation.
What container types and volumes can be accommodated?
The 320×320mm platform supports up to 5kg total load, accommodating various flask sizes, bottle arrays, and custom container arrangements. Consult product datasheet for specific container recommendations and weight distributions.
Can the unit operate unattended for extended periods?
Yes, the timing system supports operation up to 99.59 hours with automatic stop function, enabling unattended protocols such as overnight extractions or multi-day cell culture applications.
How do I determine optimal speed settings for my application?
Start with manufacturer recommendations based on sample type, then optimize empirically. Document speed, time, and container arrangement for each application to develop standardized protocols.
What maintenance is required to maintain accuracy?
Regular cleaning of platform surface, periodic speed calibration verification, and inspection of motor coupling for wear. Consult user manual for specific maintenance schedules and calibration procedures.
Is the unit suitable for temperature-controlled environments?
The system operates at ambient laboratory temperatures. For temperature-controlled applications, consider placement in environmental chambers or incubators with adequate ventilation. Verify operating temperature specifications in technical documentation.
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