3D Orbital Shaker LOS-T511

Introduction

3D Orbital Shaker offers a speed range of 5 to 80 rpm, providing gentle yet effective mixing ideal for low-speed agitation of biological samples. It delivers uniform agitation across the platform for consistent sample mixing. Built-in overload protection safeguards the internal components by automatically stopping the operation. Our 3D Orbital Shaker is ideal for gentle mixing applications in molecular biology, biochemistry, and cell culture laboratories.

This laboratory shakers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

3D Orbital Shaker is designed for gentle, three-dimensional mixing of biological and chemical samples. It is widely used in molecular biology, biochemistry, immunology, and cell culture laboratories.

Specifications

Speed Range	5 to 80rpm
Maximum Load	2.5kg
Angle of Inclination	16°
Time Range	0 to 99h59min
Operation Mode	Timing/continuous operation
Fuse Protector	250V, 1A, Ф5×20
Power Consumption	35W
Power Supply	AC 110 to 230V, 50/60Hz
Dimensions (W×D×H)	368 × 228 × 206 mm
Weight	5.2 kg

Features

Real-time digital display

Low noise operation

Compact space-saving design

Adjustable tilt angle

Timing alarm system

FAQs

1. What is the speed range of the 3D Orbital Shaker , and how does it affect experimental results?

3D Orbital Shaker offers a speed range of 5 to 80 rpm, allowing users to adjust the intensity of mixing based on sample sensitivity and protocol requirements. This low-speed range is ideal for procedures that require gentle motion, such as gel destaining, cell suspension, or protein blotting. By preventing splashing and foam formation, the 3D Orbital Shaker ensures sample integrity. Its consistent agitation speed helps improve reproducibility and accuracy in repetitive lab procedures. Whether performing short mixing intervals or extended overnight runs, its speed flexibility supports a wide array of lab applications.

2. Can the 3D Orbital Shaker operate continuously for long experiments?

Yes, the 3D Orbital Shaker is built to support both timed and continuous operation modes. This makes it ideal for extended experiments such as overnight hybridization, membrane washing, or long staining processes. The continuous mode allows the shaker to run without interruption, while the timing mode includes a programmable shut-off with an audible alert. Its energy-efficient 35W power usage and reliable brushless motor ensure stable, long-duration performance without overheating. Researchers using the 3D Orbital Shaker for time-sensitive protocols can confidently rely on it for uninterrupted, stable agitation.

3. How much space does the 3D Orbital Shaker require on a lab bench?

3D Orbital Shaker features a compact footprint, with dimensions of 368 × 228 × 206 mm, making it ideal for space-limited lab benches or crowded workstations. Despite its small size, it supports a generous platform area and a 2.5 kg load capacity. The design balances functionality with efficient use of workspace, enabling placement beside other instruments or within incubators. Users appreciate the 3D Orbital Shaker for its portability and flexibility, especially in labs where bench space is at a premium. It provides full functionality without requiring large equipment space.

4. Is the 3D Orbital Shaker suitable for education or teaching laboratories?

Absolutely, the 3D Orbital Shaker is an excellent fit for educational and training laboratories due to its ease of use, low maintenance, and safe operation. The clear digital display, simple controls, and intuitive interface make it ideal for students and new lab users. It helps demonstrate principles of sample agitation and reagent mixing in biology, chemistry, and biotechnology courses. The 3D Orbital Shaker’s reliable performance and compact design allow it to be integrated easily into classroom lab benches. It offers the same gentle, controlled motion as professional units at a scale suitable for training.

5. What makes the 3D Orbital Shaker different from traditional orbital or linear shakers?

Unlike traditional orbital or linear shakers, the 3D Orbital Shaker creates a smooth, three-dimensional wave motion at a 16° incline. This motion mimics natural mixing dynamics and ensures uniform agitation across all samples without splashing or shifting. Traditional shakers often use faster, flatter motions that can be too harsh for fragile materials. The 3D Orbital Shaker is optimized for applications that require consistent, low-shear movement, such as gentle membrane washing or hybridization. This makes it ideal for sensitive protocols where precise, even mixing is critical to success.

6. Can the 3D Orbital Shaker be customized with different platforms or accessories?

Yes, the 3D Orbital Shaker supports a variety of optional platform accessories, allowing users to configure it for different vessel types and experimental setups. From test tube racks to flat mats for Petri dishes or staining trays, it can be customized to fit specific laboratory needs. The platform allows quick attachment changes without tools, enhancing workflow flexibility. Users who frequently switch between protocols benefit from the modular design. The 3D Orbital Shaker is particularly valued in multi-user labs where versatility is essential.