Endeavor™ 5000 Orbital Shakers

Endeavor™ Light Duty Shakers are available in 3 models: 3 mm orbit, 20 mm orbit, or dedicated microplate model. All models can be used in incubators and cold rooms. Stable, accurate, long-term shaking is ensured with the triple eccentric drive and maintenance-free brushless DC motor. Integrated overload and unbalanced detection to protect samples.

• Applications
• Microbiology, Molecular Biology, ELISA Assays, Cell Cultures, Immunoassays, Protein Studies, Bacterial and Yeast Cultures, Staining/Destaining, Blotting Techniques, DNA Studies, Solubility Studies, Environmental and Food Sciences, Chemistry, General Mixing
• Display
• Bright, backlit LCD display for speed and time. Timer will count up elapsed time or, when set, timer will count down and shut off shaking when time reaches zero. Green indicator light illuminates when unit is shaking. Easy to navigate menu for advanced features
• Operation
• Simple knob control for timer and shaking, tray with attachment points for flask clamps, tube racks and non-slip rubber mat included. Optional accessories include universal platform and over 20 flask clamps and tube racks. One model dedicated for microplates
• Communication
• RS232 interface provides 2-way communication for data logging and unit control
• Construction
• Durable chemical-resistant polymer housing. Sturdy, easy-to-clean aluminum standard tray with attachment points for accessories. IP21 ingress protection. Robust triple eccentric drive for stable shaking. Brushless DC motor. Control knobs. On/off switch
• Design Features
• Visual and audio alarm when timer counts down to zero or an error occurs. Small footprint to save bench space. Advanced microprocessor control slowly ramps the shaker tray up to the desired speed and avoids splashing. Easy to attach optional accessory platform. 

Specifications
 

Timer	1 minute – 99 hours, 59 minutes
Control	Digital
Speed Accuracy	±2 rpm, Above 100 rpm ±2% of set speed
Drive System	Triple Eccentric; Brushless DC Motor
Tray Construction	Aluminum
Dims (D x W x H)	16.5 x 4.7 x 10.3 In. | 420 x 119 x 262 mm
Display	Custom Back-lit LCD
Work Environment	14°F to 104°F (-10°C to 40ºC), 80% RH, non-condensing
Net Weight	16.5 lb | 7.5 kg
Safety Certification	TUV
Power	24V DC, 1.25A
Communication	RS232
Dims (D x W x H)	22.05 x 15.75 x 12.60 In. | 56 x 40 x 32 cm (Shipping)
Weight	21.83 lb | 9.9 kg (Shipping)

Item #	30770909	30770910	30770911
Motion	Orbital, 3 mm	Orbital, 20 mm	Orbital, 3 mm
Capacity	4.0 kg, up to 3 x 1 L flasks	4.0 kg, up to 3 x 1 L flasks	4 Microplates or 2 Micro-tube Racks
Speed Range	100 to 800 rpm	50 to 300 rpm	100 to 1,200 rpm
Tray Size (D x W)	11.75 x 8.75 In. | 300 x 222 mm	11.75 x 8.75 In. | 300 x 222 mm	11 x 7.75 In. | 280 x 197 mm
Orbit	0.1 In. | 3 mm	0.8 In. | 20 mm	0.1 In. | 3 mm

 

The six-side heating system in combination with a low speed internal fan uniformly spreads air throughout the stainless steel chamber (without air exchange from the external environment). For applications requiring solely gravity convection, this internal fan can be disabled, significantly reducing the concern of sample to sample contamination.

Key Features:

• Six side direct heating for excellent uniformity and recovery
• Integral, MAGic clamp orbital shaker, idea for suspension cell culture
• Dual Beam IR sensor, for precise CO2 control.
• Stackable design with beltless motor which limit vibration and provide a smooth, consistent shaking motion.
• Stainless steel chamber with rounded corners for easy cleaning.

* At a set temperature of 37.0°C

*230V option is also available.

Capp Rondo Plate Shaker

• Shake and incubate samples simultaneously
• Interchangeable platforms for tubes and plates
• Fine-tune Speed Control
• Rapid heating and cooling

AccuTherm is a temperature controlled vortexer that uses peltier technology to rapidly heat and cool precious samples. The combination of heating/cooling with mixing makes the AccuTherm ideal for many life science research applications in the fields of molecular biology, biochemistry and clinical chemistry.

Eight interchangeable aluminum blocks accommodate PCR plates and tubes ranging in size from 0.2mL to 15mL. Designed to meet the high-paced demands of today's lab, the exceptional performance of this product make it an essential part of your daily research.

Inquire about additional accessories:
1-4000-A, 1-4000-B, 1-4000-C, 1-4000-D, 1-4000-E, 1-4000-G, 1-4000-H, 1-4000-J

• Shake and incubate samples simultaneously
• Complete with shaking racks for 15ml and 50ml conical tubes
• Intelligent, digital control
• Broad temperature and speed range

Designed for simultaneous heating and mixing of small samples, the VorTemp 1550 is supplied with interchangeable platforms for standard 15ml and 50ml conical tubes. Maximum capacity is 8 x 50mL or 18 x 15mL. Temperature in the VorTemp 1550 is adjustable over a broad range, making the unit useful for a variety of applications, including bacterial cultures and digestions. Mechanical convection provides a uniform and stable environment within the chamber. The VorTemp 1550 may also be used in the cold room for subambient applications.

Shaking speed as well as acceleration rates are adjustable. Acceleration can be set to three different levels to protect delicate samples.

A microprocessor controls all parameters including temperature and timed operation. Self-diagnostic software continuously monitors the unit for proper temperature and shaking speed, alerting the user to any errors. Heating and shaking are controlled by feedback loops which precisely maintain chosen parameters, independent of load or voltage fluctuations.

The sturdy construction of the VorTemp 1550 gives it stability during high speed shaking. The chamber is insulated to maintain temperature and reduce operating noise.

Orbit™ 1000 Digital Orbital Shaker

Four platform configurations allow the Orbit™ 1000 Digital Orbital Shaker to meet a variety of shaking and mixing applications. Single and double flat platforms hold trays, plates, and dishes. The double platform allows for expansion of the shaker capacity without increasing the footprint. The universal platform has spring-loaded bars that adjust to fit flasks, bottles, tube racks, and odd-shaped containers. Pre-drilled to hold Erlenmeyer clamps (clamps sold separately), the flask platform is ideal for mixing and growing cultures. Platforms are removable and interchangeable.

• Four available platform configurations
• Mid-range orbit for excellent culture aeration
• Compact construction for incubator use
• Solid and heavy duty

At the heart of the Orbit™ 1000 is a powerful brushless motor and counterbalanced shaker mechanism that provides smooth operation and years of trouble-free use. Speed and time are set with an analog knob, while the set and current values are displayed digitally. Speed is adjustable over a broad range to allow for applications such as staining and destaining gels, growth of bacterial cultures, and hybridization. The Orbit™ 1000 Digital Shaker is safe for use in temperature-controlled environments. Its small footprint and low profile make it ideal for use in incubators. Platforms are sold separately.

Specifications

Pro 30 Reciprocal Lab Shaker

The Pro 30 shaker features a left-to-right linear action to provide gentle to vigorous shaking. Four platform configurations make this model valuable for a variety of applications.

• Four stainless steel platform options
• Reciprocal motion for staining, washing blots, and general mixing
• Economical analog control with easy-turn knobs
• Safe for cold room and incubator use

Modern styling gives the Pro 30 a small footprint and an easy-access control panel. Speed and time are electronically controlled while their values are set with easy turn knobs. The four platform configurations include a large 30 x 30 cm flat platform with a non-slip rubber mat to hold sample containers in place. For added capacity, a stacked double platform is also available. The spring-loaded universal platform holds tube racks, bottles, and odd-shaped containers. Flasks up to 1L can be shaken off the flask clamp platform. Pre-drilled to hold a variety of different-sized clamps, the platform, and clamps are sold separately. Platforms are easily interchanged. The Pro 30 is safe for use in temperature-controlled environments.

Specifications

 
Benchmark™ Orbi-Shaker™ CO2-MP
All Environment Shaker for Microplates

• Designed for use in CO₂ incubators and other extreme environments
• Remote controlled, adjust settings without exposing the chamber
• 3 mm orbit for thorough mixing of well plates
• Includes 6-position microplate platform

The Orbi-Shaker™ CO2-MP is designed for thorough mixing of microplates in extreme environments such as CO₂ incubators. It can withstand temperatures from 4° to 65°C and humidity levels up to 100%.

To extend the lifetime of the shaker, all the electronics are in a remote-control module that is placed outside the chamber. This has the added advantage of adjusting the shaker speed and time without opening the chamber door and disturbing the interior environment. The controller's thin, flat cord will not interfere with the door seal and the unit can magnetically mount to the outer housing of the incubator. A 6-position microplate platform is included and secures both standard or deep well plates.

Specifications
 

Speed Range	200 to 1200 rpm
Speed Increment	1 rpm
Orbit	3 mm
Timer	1 min. to 99 hr or continuous
Ambient Operating Temp.	+0°C to +65°C
Platform Size	13 x 12 in. | 33 x 30 cm
Load Capacity	6 x microplates
Dimensions	11.9 x 13.4 x 3.5 in. 30 x 34 x 9 cm
Weight	25 lbs (11.5kg)
Cord Length	60.5 in. | 154 cm
Electrical	115 or 230V 50-60Hz; 600W
Warranty	2 Years

 

• Exclusive SmartChek temperature control system
• Stackable design saves space
• Full range of accessories available
• Internal electrical outlet


A small footprint, compact, stackable design and expanded temperature range make the 211DS incubators ideal for molecular biology and general use. Its integral orbital shaker makes it highly versatile.

MIDSCI's exclusive SmartChek temperature control system guarantees precise temperature control. Mechanical convection maintains a stable temperature environment and provides quick recovery after opening the door. A safety thermostat is located on the back of the unit. The insulated door has a large, double glass observation panel and opens nearly 180° for easy access.

Two full and one half shelf are supplied with each incubator. A flat platform and predrilled flask platform (clamps sold separately) are available for the 211DS.

Internal electrical outlet allows using small equipment such as GyroMini or Mini LabRoller Rotator inside the chamber of the 211DS. 

Grant Bio Personal Multi-Channel Bioreactors - RTS-8 and RTS-8-PLUS 

Personal multi-channel bioreactors with non-invasive real-time OD, pH, and pO₂ measurements.

Please specify which calibration option is desired upon placing order (E.coli, S.Cerevisiae, or both E.Coli and S.Cerevisiae calibration).

About

RTS-8 and RTS-8 plus are personal bioreactors that utilize patented Reverse-Spin® technology that applies non-invasive, mechanically driven, low energy consumption, innovative type of agitation where cell suspension is mixed by the single-use falcon bioreactor tube rotation around its axis with a change of direction of rotation motion resulting in highly efficient mixing and oxygenation for aerobic cultivation. Combined with near-infrared, fluorescence, and luminescence measurement systems, it is possible to register cell growth kinetics, pH, and O2 non-invasively in real time. For pH and O₂, innovative single-use sensor spots are used inside the tubes.

Although O₂ supply is one of the major issues in the cultivation of aerobic organisms, especially in oxygen-limited conditions, adequate methods for real monitoring of dissolved oxygen were missing, and sufficient O2 supply was usually assumed. Innovative non-invasive oxygen sensors integrated in falcon tubes now enable online oxygen monitoring and give new insights into metabolic activities. The pH is one of the major issues in the cultivation of cells, yeast, or bacteria. Cultivation vessels that are sensor-limited are widely applied in academic and industrial bioprocess development. As adequate methods for real monitoring of pH were not available, cumbersome at-line sampling was used lacking high data density and interfering with growth. Non-invasive real-time pH measurement provides new insights into metabolic activity and changes in metabolic pathways.

Features

• Parallel cultivation of 8-tube bioreactors enables to save time and resources for bioprocess optimization
• Individually controlled bioreactor accelerates optimization process
• Possibility to cultivate microaerophilic and obligate anaerobic microorganisms (not strict anaerobic conditions)
• Reverse-Spin^® mixing principle enables non-invasive biomass measurement in real time
• The near-infrared optical system makes it possible to register cell growth kinetics
• Free-of-charge software for storage, demonstration, and analysis of data in real-time
• Compact design with low profile and small footprint for personal application
• Individual temperature control for bioprocess applications
• Active cooling for rapid temperature control, e.g. for temperature fluctuation experiments
• Task profiling for process automatization
• Cloud data storage to remotely monitor the process of cultivation while at home or using a mobile phone
• For the plus model - Non-invasive O₂ and pH measurement allows for accurate monitoring of metabolic activities

Software Features

• Real-Time cell growth logging
• Real-Time pH and O₂ measurement and logging (RTS-8-Plus)
• 3D graphical representation of OD or growth rate over time over unit
• Pause option
• Save/Load option
• Report option: PDF and Excel
• Remote monitoring option (requires internet connection)
• Cycling/Profiling options
• User manual calibration possibility for most cells

To fully use RTS-8 Plus capabilities, the device must be connected to a PC and RTS-8 software. The device cannot be used as a standalone unit.
 
 

Applications

• Fermentation real-time growth kinetics
• Clone candidate screening
• Protein expression
• Temperature stress and fluctuation experiments
• Media screening and optimization
• Growth characterization
• Inhibition and toxicity tests
• Strain quality control
• Initial bioprocess optimization studies   

Orbital Shaker - CO2 Resistant