This 3D platform lab mixer delivers efficient three-dimensional circular rotation, achieving thorough, homogeneous sample mixing with minimal solvent β making it especially well-suited for sample washing, antibody staining, hybridization, immunoprecipitation, and other precision laboratory techniques. Trusted across biology, microbiology, genetics, virology, environmental science, and medical research, this compact orbital mixer is an essential piece of laboratory equipment for researchers, educators, and production teams who demand consistent, reproducible results in cell culture, sample preparation, and beyond.
Fixed 10Β° Tilt with 3D Circular Motion and Real-Time LED Display
- This platform mixer features a fixed 10Β° tilt angle that, combined with gentle three-dimensional circular rotation, promotes continuous liquid circulation within the container β enabling thorough, uniform mixing across a wide range of laboratory applications, from cell-based assays to protein incubations.
- The LED display provides a real-time readout of current speed and elapsed time, making parameter monitoring straightforward and precise. Easy-to-read figures help lab personnel set and verify operating conditions at a glance, reducing the risk of input errors and supporting consistent, reproducible experimental outcomes.
Anti-Slip Silicone Platform, Compact Enough for Incubators and Cold Chambers
- The flat platform tray of the mixer features a textured silicone surface with uniform raised nodules that significantly increase friction between the tray and sample containers, keeping flasks, plates, and tubes securely in place throughout the mixing cycle β even during extended runs.
- At just (184Γ184Γ130) mm, the lab mixer's compact footprint minimizes bench space usage and, crucially, allows it to be placed directly inside incubators or low-temperature chambers β making it an ideal choice for temperature-controlled mixing workflows such as cell culture incubation, cold-room antibody reactions, and hybridization protocols.
Adjustable 3D Orbital Mixing with Brushless Motor
- The platform mixer supports smooth, adjustable 3D orbital rotation across its full 10~80 rpm speed range, allowing users to fine-tune mixing intensity to match the specific requirements of each sample type β balancing mixing efficiency with sample integrity.
- The high-performance brushless motor delivers quiet, stable operation with a long service life and, critically, generates no electromagnetic interference (EMI), ensuring a reliable and interference-free working environment over the long term.
Applications
Lab mixers are widely used in biomedical research for cell culture, PCR, and immunoassays, ensuring uniform and reliable mixing of samples. In the chemical industry and scientific laboratories, lab mixing equipment supports catalytic reactions, solution preparation, protein crystallization, and nucleic acid hybridization, improving experimental stability and repeatability. In clinical testing and diagnostics, laboratory vortex mixers are commonly used for preparing blood and urine samples and for antimicrobial susceptibility testing, ensuring accurate and dependable results.
Chemical Industry
Scientific Research
Clinical Testing
Biomedical Research
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| Model | SISCO-LM-SK-3D |
| Tray Style | Flat platform tray (184Γ184Γ15 mm) |
| Speed Range | 10~80 rpm |
| Motion Direction | Counterclockwise |
| Max. Load Capacity | 0.8 kg |
| Rated Torque | 0.68 Nm |
| Display | LED Display |
| Timer Range | 1 min~8 h |
| Motor Type | Brushless Motor |
| Power Supply | AC 100~240 V β DC 12V 1A |
| Enclosure Protection Rating | IP 21 |
| Dimensions | (184Γ184Γ130) mm |
| Net Weight | 3.15 kg |
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Details
Q1: How does a 3D platform mixer differ from a standard lab shaker or rocker?
A1: A conventional lab rocker or orbital shaker typically moves samples in a single plane β either back-and-forth or in a flat circle. This 3D platform mixer, by contrast, combines a fixed 10Β° tilt with continuous circular rotation to create a three-dimensional tumbling motion, generating more complex fluid dynamics within the container. The result is more thorough, uniform mixing β particularly advantageous for applications like sample washing, antibody staining, and hybridization, where consistent contact between sample and reagent is critical. For protocols that require complete mixing with minimal solvent volume, a 3D orbital mixer routinely outperforms traditional flat-plane shakers.
Q2: Can this lab mixer be used inside an incubator or low-temperature chamber?
A2: Yes. At (184Γ184Γ130) mm, this mixer is specifically sized for compatibility with standard laboratory incubators and cold chambers, and can be placed directly inside and operated without modification. This makes it well-suited for temperature-sensitive workflows such as cell culture incubation, cold-room immunoprecipitation, low-temperature hybridization, and antibody incubation protocols β giving you precise mixing control within your target thermal environment without the need for additional equipment.
Q3: What practical advantages does a brushless motor offer in a lab setting?
A3: Compared to conventional brushed motors, a brushless motor runs significantly quieter, lasts longer, and β importantly β produces no electromagnetic interference (EMI). In a laboratory environment, this matters on multiple levels: low noise supports a focused working environment, while EMI-free operation protects surrounding sensitive instruments such as PCR machines, microplate readers, and spectrophotometers from signal disruption. With no carbon brushes to wear out, maintenance requirements are also minimal, reducing long-term operating costs and downtime.
Tips: How do you choose the right speed setting for your samples?
With a speed range of 10~80 rpm, this platform mixer offers enough flexibility to handle a broad spectrum of sample types and experimental protocols. As a general guide, tailor your speed selection to the viscosity, volume, and sensitivity of your samples.
- For low-viscosity aqueous solutions and buffers, higher speeds (50~80 rpm) will accelerate mixing and shorten incubation times.
- For samples containing cells, proteins, nucleic acids, or other shear-sensitive biological materials, stick to the lower end of the range (10~30 rpm) β the gentle 3D orbital motion will achieve thorough mixing without exposing your samples to damaging mechanical forces.
- If you're running the mixer inside an incubator or cold chamber, take a moment to confirm it sits level before starting, and do a brief trial run at low speed to verify that all containers are seated securely on the silicone platform before ramping up to your target speed. This simple precaution helps ensure both sample safety and experimental consistency throughout the run.
Thank you for buying industrial test and measurement equipment on SISCO.com, all products sold by SISCO and the partner cover a 12 months warranty, effective from the date of receiving the products.
What is covered?
SISCO is responsible for providing free spare parts, and free technical support to assist the customer to repair the defective products until the problem is solved.
What is not covered?
- Product purchased from anyone other than a SISCO store or a SISCO authorized reseller.
- Expendable parts.
- Routine cleaning or normal cosmetic and mechanical wear.
- Damage from misuse, abuse or neglect.
- Damage from use of parts other than SISCO approved.
- Damage from use outside the productβs usage or storage parameters.
- Damage from use of parts not sold by SISCO.
- Damage from modification or incorporation into other products.
- Damage from repair or replacement of warranted parts by a service provider other than a SISCO authorized service provider.
- Damage caused by the application environment not meeting the product usage requirements and the failure to perform preventive maintenance.
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