MS86 Multifunctional Stackable Incubator Shaker
Cat. No. | Product name | Number of unit | Dimension(W×D×H) |
MS86 | UV Sterilization Stackable Incubator Shaker | 1 Unit(1 Unit) | 550×676×700mm (Base included) |
MS86-2 | UV Sterilization Stackable Incubator Shaker (2 Units) | 1 Set(2 Units) | 550×676×1350mm (Base included) |
MS86-D2 | UV Sterilization Stackable Incubator Shaker (The Second Unit) | 1 Unit(2nd Unit) | 550×676×650mm |
❏ Simple push-button operation panel with LCD display for intuitive and easy operation
▸ Push-button control panel makes it easy to control the switch and change its parameter values without special training
▸ Perfect appearance with display area for temperature, speed and timing. With the enlarged digital display and clear symbols on the monitor, you can observe from a greater distance
❏ Sliding black window, easy to push and pull for dark culture (Optional)
▸ For photosensitive media or organisms, culture can be performed by pulling up the sliding black window, which can prevents sunlight (UV radiation) from entering the interior of the incubator while retaining the convenience of viewing the interior of the incubator
▸ The sliding black window is positioned between the glass window and the outer chamber panel, making it convenient and aesthetically pleasing, and a perfect solution to the embarrassment of taping tin foil
❏ Double glass doors ensure excellent insulation and security
▸ Internal and external double glazed safety glass doors with excellent thermal insulation and safety protection
❏ UV sterilization system for better sterilization effect
▸ UV sterilization unit for effective sterilization, UV sterilization unit can be opened during rest time to ensure a clean culture environment inside the chamber
❏ Brushed full stainless steel rounded corners of the integrated cavity, beautiful and easy to clean
▸ Waterproof design of the incubator body, all water or mist-sensitive components including drive motors and electronic components are placed outside the chamber, so the incubator can be cultivated in high temperature and high humidity environment
▸ Any accidental breakage of bottles during incubation will not damage the incubator, and the bottom of the incubator can be cleaned directly with water or thoroughly cleaned with cleaners and sterilizers to ensure a sterile environment inside the incubator
❏ Machine operation is nearly silent, multi-unit stacked high-speed operation without abnormal vibration
▸ Stable start-up with unique bearing technology, almost noiseless operation, no abnormal vibration even when multiple layers are stacked
▸ Stable machine operation and longer service life
❏ One-piece molding flask clamp is stable and durable, effectively preventing unsafe incidents due to clamp breakage
▸ All of RADOBIO's flask clamps are cut directly from a single piece of 304 stainless steel, which is stable and durable and will not break, effectively preventing unsafe incidents such as flask breakage
▸ The stainless steel clamps are plastic sealed to prevent cuts to the user, while reducing friction between the flask and the clamp, bringing a better silent experience
▸ Various culture vessel fixtures can be customized
❏ Waterproof fan without heat, significantly reducing background heat and saving energy
▸ Compared with conventional fans, heatless waterproof fans can provide a more uniform and stable temperature in the chamber, while effectively reducing background heat and providing a wider range of incubation temperatures without activating the refrigeration system, which also saves energy
❏ Flexible placement, stackable, effective in saving lab space
▸ Can be used on the floor or on the floor stand in a single unit, or stacked in a double units for easy operation by laboratory personnel
▸ Without taking up additional floor space, the shaker can be stacked up to 2 units as the culture throughput increases Each incubator shaker in the stack operates independently, providing different incubation conditions
❏ Multi-safety design for operator and sample safety
▸ Optimized PID parameter settings that do not cause temperature overshoot during temperature rise and fall
▸ Fully optimized oscillation system and balancing system to ensure that no other unwanted vibrations occur during high speed oscillation
▸ After an accidental power failure, the shaker will remember the user's settings and automatically start up according to the original settings when the power comes back on, and automatically alert the operator of the accident that has occurred
▸ If the user opens the hatch during operation, the shaker oscillating plate will automatically brake flexibly until it stops oscillating completely, and when the hatch is closed, the shaker oscillating plate will automatically start flexibly until it reaches the preset oscillating speed, so there will be no unsafe events caused by sudden speed increase.
▸ When a parameter deviates far from the set value, the sound and light alarm system is automatically turned on
Incubator Shaker | 1 |
Shaking Tray with Interwoven Springs | 1 |
Static Shelf | 1 |
Fuse | 2 |
Power Cord | 1 |
Product Manual, Test Report, etc. | 1 |
Cat.No. | MS86 |
Quantity | 1 unit |
Control interface | Push-button operation panel |
Rotation speed | 2~300rpm depending on load and stacking |
Speed control accuracy | 1rpm |
Shaking throw | 26mm (Customization is available) |
Shaking motion | Orbital |
Temperature control mode | PID control mode |
Temperature control range | AT+5~60°C |
Temperature display resolution | 0.1°C |
Temperature distribution | ±0.5°C at 37°C |
Principle of temp. sensor | Pt-100 |
Power consumption max. | 800W |
Timer | 0~999h |
Tray size | 370×400mm |
Maximum working height | 400mm (one unit) |
Loading max. | 15kg |
Tray capacity of shake flask | 16×250ml or 11×500ml or 7×1000ml or 5×2000ml (standard with Interwoven springs, Various other holders are available) |
Maximum expansion | Stackable up to 2 units |
Dimension (W×D×H) | 550×676×700mm (1 unit); 550×676×1350mm (2 units) |
Internal dimension (W×D×H) | 460×480×500mm |
Volume | 86L |
Sterilization method | UV sterilization |
Ambient temperature | 5~35°C |
Power supply | 230V±10%, 50/60Hz |
Weight | 75kg per unit |
Material incubation chamber | Stainless steel |
Material outer chamber | Painted steel |
Optional item | Sliding black window |
*All products are tested in controlled environments in the manner of RADOBIO. We do not guarantee consistent results when tested under different conditions.
Cat. No. | Product name | Shipping dimensions W×D×H (mm) |
Shipping weight (kg) |
MS86 | Stackable Incubator Shaker | 650×800×860 | 90 |
♦ Precision Microbial Research: MS86 at Shanghai Jiao Tong University
The MS86 Multifunctional Stackable Incubator Shaker supports microbiology research at Shanghai Jiao Tong University’s School of Life Sciences and Biotechnology. This lab focuses on microbial metabolism and its application in biotechnology, exploring microbial processes for sustainable development and industrial biomanufacturing. The MS86 ensures precise temperature and shaking control for bacterial and fungal cultures while providing static cultivation via stationary trays. Its versatility and reliability empower researchers to advance understanding of microbial systems, contributing to innovations in green technology and medicine.
♦ Advancing Fungal Studies: MS86 at Zhejiang University
At Zhejiang University’s College of Life Sciences, the MS86 Multifunctional Stackable Incubator Shaker plays a vital role in fungal biology research. This lab investigates fungal pathogenesis, symbiotic relationships, and potential applications in agriculture and environmental remediation. The MS86’s precise temperature control and consistent shaking environment ensure optimal conditions for cultivating diverse fungal species. With additional static cultivation options, this versatile incubator shaker enables the lab to conduct comprehensive experiments, pushing the frontiers of fungal science.
♦ Exploring Marine Microbial Diversity: MS86 at Ocean University of China
The MS86 Multifunctional Stackable Incubator Shaker supports groundbreaking marine microbial research at Ocean University of China. This lab focuses on the ecology and functional genomics of marine bacteria and fungi, uncovering their roles in nutrient cycling, marine ecosystems, and potential applications in biotechnology. The MS86 provides stable, precise environmental control for dynamic and static culture needs, facilitating research on delicate marine microorganisms. Its reliability ensures the lab’s success in driving sustainable solutions and marine resource innovation.