Optional shaker accessories
Modular accessories for orbital shaker systems including flask clamps and vessel adapters for 250ml to 2000ml capacity glassware, enabling customized agitation setups for diverse mixing applications.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Model fit
- Configured during quote
- SKU family
- BIO-0764
- Sizing
- 42.0 x 43.6 x 38.0 cm
- Ordering
- Online checkout and quote request available
- Category
- Benchtop Instruments
- Build notes
- Confirm accessories, station layout, and support needs before purchase
Optional shaker accessories provide modular expansion capabilities for orbital shaker systems, enabling researchers to customize their agitation setup for specific vessel types and volumes. This accessory collection includes flask clamps and vessel-specific adapters designed to accommodate standard laboratory glassware from 250ml to 2000ml capacity, supporting diverse mixing applications across multiple research disciplines.
Each accessory component features precision-engineered mounting interfaces that ensure secure vessel retention during orbital motion while maintaining optimal agitation geometry. The modular design allows researchers to quickly reconfigure their shaker platform between different experimental protocols without compromising mixing efficiency or vessel stability.
How It Works
Orbital shaker accessories function through precision mechanical interfaces that secure laboratory vessels to the shaker platform while maintaining optimal geometric relationships for effective mixing. The flask clamps utilize spring-loaded or adjustable mechanisms that accommodate slight variations in glassware dimensions while providing consistent clamping force throughout the agitation cycle.
Each accessory is designed to maintain the vessel's center of gravity within the orbital motion path, ensuring uniform mixing patterns and preventing irregular agitation that could compromise experimental reproducibility. The mounting system transfers orbital motion from the shaker platform directly to the vessel, creating controlled fluid dynamics that promote efficient mass transfer, gas exchange, and homogeneous mixing.
The modular approach allows researchers to optimize vessel positioning and capacity utilization based on experimental requirements, with each accessory maintaining standardized mounting points that ensure consistent performance across different configurations.
Features & Benefits
Automation Level
- manual
No.
- Material Code
Name
- No.
Specifications
- Note
1
- 18.01.09.002
Flask Clamp
- BS-A11
2
- 18.01.09.005
BS-A14
- 250ml
3
- 18.01.09.006
BS-A15
- 500ml
4
- 18.01.09.007
BS-A16
- 1000ml
5
- 18.01.09.008
BS-A17
- 2000ml
6
- 18.01.09.009
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Cell Biology
- Environmental Monitoring
- Food Science
- Microbiology
- Pharmaceutical QC
Weight
- 29.98 kg
Dimensions
- L: 42.0 mm
- W: 43.6 mm
- H: 38.0 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Vessel Volume Range | 250ml to 2000ml capacity with dedicated adapters | Entry-level accessories often support limited volume ranges or use universal clamps | Volume-specific optimization ensures consistent agitation geometry and improved mixing efficiency across different flask sizes |
| Component Organization | Systematic material code tracking (18.01.09.002 through 18.01.09.009) | Generic component numbering or unlabeled accessories | Simplifies inventory management and ensures reproducible experimental setups across multiple laboratory sessions |
| Mounting System | Dedicated flask clamp design (BS-A11) with volume-specific adapters | Universal mounting systems with adjustable parameters | Provides optimized vessel positioning and eliminates setup variability between users or experimental runs |
| Modular Design | Individual adapters for each vessel size allowing mixed configurations | Fixed accessories or limited reconfiguration options | Enables flexible experimental design and efficient platform utilization for diverse protocol requirements |
This accessory collection provides comprehensive vessel compatibility through dedicated adapters for each flask size, systematic component organization via material codes, and modular design flexibility. The volume-specific approach optimizes agitation geometry while the tracking system ensures reproducible experimental setups.
Practical Tips
Balance the platform by distributing vessels evenly and using similar volumes across opposing positions when possible.
Why: Proper balance prevents excessive vibration and ensures consistent orbital motion across all mounted vessels.
Clean accessory components immediately after use with appropriate solvents to prevent residue buildup in clamping mechanisms.
Why: Regular cleaning maintains proper clamping force and prevents contamination between experimental runs.
Verify accessory mounting security before each experimental session by gently testing vessel retention at low speeds.
Why: Ensures safe operation and prevents vessel loss during high-speed agitation phases.
Never exceed the maximum recommended orbital speed for your specific vessel size and fill volume combination.
Why: Prevents vessel stress fractures and maintains proper fluid containment during vigorous agitation.
If vessels work loose during operation, check for proper adapter selection and verify that flask neck dimensions match accessory specifications.
Why: Improper size matching can result in inadequate clamping force and potential vessel displacement.
Document the specific accessory configuration used for each experiment to ensure reproducible mixing conditions in repeat studies.
Why: Consistent agitation parameters are critical for reliable experimental results and protocol standardization.
Setup Guide
What’s in the Box
- Flask clamp assembly (BS-A11) (typical)
- 250ml vessel adapter (BS-A14) (typical)
- 500ml vessel adapter (BS-A15) (typical)
- 1000ml vessel adapter (BS-A16) (typical)
- 2000ml vessel adapter (BS-A17) (typical)
- Installation hardware (typical)
- Component identification labels (typical)
- User manual and material code reference (typical)
Warranty
ConductScience provides standard manufacturer warranty coverage for mechanical components and mounting hardware. Technical support includes accessory compatibility guidance and installation assistance.
Compliance
References
Background reading relevant to this product:
What vessel sizes are compatible with these accessories?
The accessory set accommodates standard Erlenmeyer flasks from 250ml to 2000ml capacity through volume-specific adapters BS-A14 through BS-A17, with each adapter optimized for its designated flask size.
Can multiple vessel sizes be used simultaneously on one platform?
Yes, the modular design allows mixed vessel configurations provided the platform can accommodate the physical footprint and maintain proper balance during operation.
How do I select the correct accessory for my application?
Match the adapter model number to your flask volume: BS-A14 for 250ml, BS-A15 for 500ml, BS-A16 for 1000ml, and BS-A17 for 2000ml vessels.
Are these accessories compatible with all orbital shaker models?
Compatibility depends on the specific shaker platform mounting system. Consult product datasheet for dimensional requirements and mounting interface specifications.
What maintenance is required for these accessories?
Regular inspection of clamping mechanisms for wear, periodic cleaning to remove experimental residues, and verification of secure mounting before each use session.
How many vessels can be accommodated per accessory set?
The number of vessels depends on platform size and vessel dimensions. Each accessory component typically supports one vessel, with total capacity limited by platform area and balance requirements.
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