Introduction
3D shakers offer a seamless, circular tilting motion inside culture flasks and Petri dishes, delivering dependable, straightforward, and adaptable shaking solutions for various applications. They excel in culturing microbes and facilitating common mixing tasks. These orbital shakers generate minimal heat compared to alternative designs, making them exceptionally suitable for nurturing temperature-sensitive microbes during their development stages. Equipped with quiet, robust, and maintenance-free DC motors, these units are a trusted and durable choice for any laboratory setting. commitment to precision and simplicity ensures that these 3D shakers provide a reliable solution for your shaking needs, consistently delivering optimal performance while preserving the integrity of your cultures. Whether you're working with microbial cultures or conducting routine mixing tasks, 3D shakers are your dependable partner in the laboratory.
3D Shaker T-SK-S2100
Digital 3D Shaker T-TD-S2100
Digital 3D Shaker T-TD-S2101
Standards
Complies with the above standards, but is not limited to them.
Features
1. Brushless motor provides quiet, maintenance-free operation.
2. Orbital, linear, rocking or rotary motion suits different samples.
3. Interchangeable platforms, heads or paddles fit many vessels.
4. Wide speed range handles gentle re-suspension through vigorous aeration.
5. Slow-start and imbalance protection reduce spills.
FAQ
What are the main applications of the 3D Shaker?
The 3D Shaker is used to mix, agitate, blend or aerate samples and media. It supports sample preparation, culturing, extraction and quality control in biology, chemistry, food, pharmaceutical and clinical laboratories.
What standards does the 3D Shaker comply with?
The unit is designed with reference to IEC 61010 electrical safety and relevant GB/T standards for laboratory mixing equipment. Procedures should follow the applicable methods. Compliance documentation can be provided on request.
What warranty comes with the 3D Shaker?
The complete unit carries a 12-month warranty from delivery, covering the main body, core components and controller against manufacturing defects. Consumables and wearing parts such as filters, seals and probes are not covered. Damage from misuse, improper power or unauthorised repair is excluded, and extended warranty can be quoted.
Is the 3D Shaker difficult to operate?
The controls are designed for regular laboratory use, so most users become confident after a brief introduction. The manual walks through each step, and common settings can be saved for repeat work. Online or on-site training is available if the site requires it.
What is the typical lead time for order delivery?
Standard models require 7-30 working days. In-stock units can ship within 3-7 working days. Custom configurations or large built-to-order systems may require additional time, and we confirm the exact schedule before order confirmation.
How often should the 3D Shaker be calibrated?
Regular calibration keeps measurements within the stated accuracy; an annual check is typical, with shorter intervals for heavy or regulated use. Reference standards and procedures are described in the manual. We can quote calibration with certificates.
Are the consumables universal or proprietary?
The instrument uses standard, widely available consumables rather than special locked items. Replacement parts, accessories and consumables can be ordered from us against the model number. We keep common service parts in stock for prompt supply.
Can the 3D Shaker be customised?
A range of options is available to match the application, such as alternative settings, fittings, data outputs or power supply. We confirm each option and its effect on price and schedule up front. Larger custom builds can be discussed.
Do you provide on-site installation?
The unit is delivered ready for set-up, with clear commissioning steps in the manual. We provide remote technical support during installation. For larger or regulated systems, a factory-trained engineer can attend on site on request.
What should be avoided when using the 3D Shaker?
Do not exceed the rated load or speed, run unbalanced or unsecured vessels, or use incompatible media. Secure containers and use slow start. Follow laboratory safety rules.
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