Digital Platform rocker
Product Code : EL-GLE-10289
The Digital Platform Rocker from Lab Glassware Manufacturer is a tilting rocker platform designed for gentle, gel-safe mixing, blotting, and staining applications in molecular biology and general laboratory workflows.
Quick answer: The Digital Platform Rocker offers a digitally programmable timer from 1 second to 9999 minutes, a tilt angle range of 1° to 24°, and a speed range of 1 to 70rpm with a maximum load capacity of 8kg, suited to applications such as gel staining, blood mixing, and general rocking-motion protocols.
Specifications
| Parameter | Value |
|---|---|
| Timer | Adjustable, 1 second to 9999 minutes |
| Tilt angle | 1° to 24° |
| Speed range | 1 to 70rpm |
| Speed accuracy | ±1rpm (≤50rpm), ±2rpm (>50rpm) |
| Maximum load | 8kg |
| Power supply | 100–240V, 50/60Hz |
specifications — confirm exact configuration before ordering.
Rocking Motion vs. Reciprocating and Orbital Shaking
The Digital Platform Rocker uses a gentle tilting motion rather than a linear or circular sweep, which suits applications like gel destaining, blood tube mixing, and blotting where vigorous agitation could damage samples. For faster, higher-throughput mixing needs, buyers may prefer the Reciprocating Shaker or the Platform Shakers Promax, both also available from Lab Glassware Manufacturer.
Frequently Asked Questions
Q: What tilt angle range does the Digital Platform Rocker support?
A: 1° to 24°, per the manufacturer specification sheet.
Q: What is the timer range?
A: Digitally adjustable from 1 second to 9999 minutes.
Q: What is the maximum load capacity?
A: The unit is manufacturer-rated for up to 8kg — confirm load distribution for your specific application before ordering.
Related Products
Explore related shaking and mixing equipment: Reciprocating Shaker, Platform Shakers Promax, and the full General Lab Equipment range.
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For pricing, technical datasheets, or export documentation on the Digital Platform Rocker, please Contact Us or view current Tenders.
Last updated: September 2026
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