The SBB Aqua Plus boiling baths are robust, reliable and provide continuous 100ºC operation. The range consists of four models to suit a range of applications and any budget.

• Adjustable energy regulator provides steady boiling
• Constant level device maintains liquid level
• Robust and reliable design to withstand everyday wear and tear
• Simple, intuitive controls – quick and easy to set temperature
• Choice of sizes to suit individual applications
• Non-drip polycarbonate lid included as standard
  
  

Applications

• Clinical, microbiology and pathology labs – media preparation
• University research/teaching – tissue culture preparation, warming tissue culture media
• Industrial laboratories – equipment sanitisation, sample preparation for immunoassays
• Science education in schools/universities – practical science demonstration and experimentation
  
  

Specifications

This range of boiling baths has been enhanced to include drain tap and clear lift off lid. Designed for applications that require continuous boiling. This bath also has the flexibility where the control can be regulated from a gentle simmer to a vigorous boil.

Comprising of a stainless steel tank housed in a durable paint finished outer case. Painted surfaces feature a tough anti-bacterial finish with good chemical resistance. Complete with a removable stainless steel perforated false base.

The digital bath is fitted with a sheathed immersion element. With the heater directly immersed in water it provides rapid boiling. A standard feature is a constant level device, which maintains a fixed level of liquid thereby eliminating the need to regularly top up the bath.

Technical Specifications 

Controls

Digital, LED display showing actual or set, resolution 1°C

Heating/Reducing Energy Use

The bath can control the amount of boiling from a gentle simmer to a vigorous boil. It is recommended that to achieve optimum performance the bath should be covered with a lid or layer of polypropylene spheres. Covering the bath with a lid also reduces energy consumption and running costs.

2 year warranty as standard and we also offer free advice and support for our baths.

Stainless steel round boiling baths. 1026ER regulates from a gentle simmer to a vigorous boil, whereas the 1026E continuously boils. Both fitted with a sheathed immersion heater and constant water level device, with resettable thermal cut out for low water level condition. Supplied with a set of rings to vary the aperture diameter accommodating different sizes of vessels such as evaporating dishes, glassware and round bottom flasks heated by steam. 

The steam produced provides an effective source of heat for samples:

• That may be otherwise thermally damaged by a naked flame.
• Used for applications to distil/concentrate liquids, melt agar and other solids.
• Metallurgical analysis, protein analysis and bacteriological examinations.  

Technical Specifications

Concentric Rings By removing concentric rings, the hole sizes can be varied to accommodate different sizes of vessels. Center ring - removed, aperture 30mm diameter hole  Ring 1 - removed, aperture 42mm diameter hole Ring 2 - removed, aperture 58mm diameter hole Ring 3 - removed, aperture 78mm hole Ring 4 - removed, aperture 103mm hole Ring 5 - removed, aperture 128mm hole Ring 6 - removed, aperture 153mm hole

Features and Benefits 

Clifton sonicating water baths are designed with high power piezoelectric transducers ensuring maximum ultrasonic power throughout working area	Easy to clean tank
Supplied with comprehensive operating instructions and two year warranty.	Concealed heater and temperature sensors.
Each bath is uniquely identified with its own serial number recorded on our product database. Electrically tested for safety at final inspection and a test certificate enclosed in rear of the instruction book.	A 304 spec stainless steel tank gives good resistance to many substances and a clean appearance throughout its working life.

Heating Information

1026ER
This model regulates water from gentle simmer to vigorous boil. Always place the boiling bath on a heat proof surface. Heater indication lamp.

1026E
The bath provides constant boiling water for gentle heating of samples by steam. Always place the boiling bath on a heat proof surface. Power on indicator.

Rectangular multi place boiling baths for laboratory use with aluminium or stainless steel tanks and concentric ring lids for flexible vessel access.

• E models provide constant boiling at 100°C for gentle heating by steam.
• ER models include an energy regulator so you can adjust from gentle simmer to vigorous boil.
• Integral constant level device helps maintain stable water level during operation.
• Supplied with operating instructions and a two year warranty.

The Julabo calibration baths are precision temperature baths designed for calibration of sensors, measuring instruments and thermometers. Available in several models, they provide stable, uniform temperature control ideal for calibration tasks, QA/QC, and laboratory reference work.

Each bath features a stainless steel bath tank, reliable heating/cooling system (depending on model), and precise temperature regulation suitable for calibration applications. Models differ by bath volume and performance to suit different calibration needs.

The JULABO calibration baths are perfectly suitable for applications in calibration laboratories and conform to the requirements specified by DIN ISO 9001. The instruments provide highest temperature stability to ±0.005 °C and temperature uniformity better than ±0.01 °C.

The series include models with cooling units for working temperature ranges from -30 to +200 °C as well as calibration baths for temperature ranges from +50 to +300 °C. Reference temperature measurements can be carried out with an additional precision reference sensor. This saves additional costs of a digital thermometer. 

 
Specifications

JULABO calibration baths are ideal for high precision calibration of sensors, measuring instruments, thermometers, etc. The instruments are certified for application in DKD laboratories and according to the requirements specified by DIN EN ISO 9001:2000.

The calibration baths in this category feature an integrated refrigeration unit and are suitable for calibration applications to -30 °C. The bath cover with openings and Viton® sleeves is already included in delivery for all models.

IKA heating baths are compact, ergonomic baths for heating and tempering tasks in the laboratory and are universally suitable for use with oil or water. All models feature a cylindrical bath shape with heating elements integrated into the bath base for efficient heat transfer, and a double jacket or protective mantle to minimise the risk of burns. Safety elements including temperature limiters and over temperature monitoring are automatically checked at each start up.

The range includes models for standard and high temperature applications as well as a high performance version with integrated magnetic stirrer for improved temperature uniformity. Clear digital displays, interfaces for external control and optional external temperature sensors make these baths well suited for precise, reproducible workflows.

IKA heating baths - the best choice when it comes to heating and tempering in the lab. IKA heating baths shine due to their stellar safety characteristics. All baths are equipped with a double jacket for protection against burns and a safety temperature monitor to keep the bath from over heating. Also, the heating bath's safety elements are checked each time it is switched on. IKA baths are universally suitable for use with oil or water. Functionality, safety, and longevity are the main goals in the development of IKA heating baths.

Technical Specifications

The Harry Gestigkeit MULTIHITZ multi purpose heating baths are compact conical baths that can be used as fluid, air or sand baths for temperatures from 60 °C to 600 °C. The stainless steel tank with tubular heating element and enamelled upper shell provides robust, corrosion resistant construction, while integrated support levels allow the use of ring sets, perforated plates and other inserts to adjust vessel height above the heater.

Type MU85 offers continuously variable power control from 10 to 100%. Type MU85/ER adds an electronic switching relay and low voltage socket for a contact thermometer, which can take priority in controlling the temperature. This makes the MULTIHITZ range suitable for general heating tasks as well as applications requiring improved temperature control.

As fluid-, air- or sandbath for continuous operation

Can be universally employed as either an air, fluid or sandbath for heating many of the various receptactles in laboratory use, regardless of size or material, for temperatures ranging between 60...600°C. Construction: Conical bath tank with 2L capacity for MU85 and 5L for MS26/E made of stainless steel with stainless steel tubular heating element. Upper shell fire enameled. Stainless steel substructure. The bath tanks have two integrated support levels for ring sets, perforated plates, and other inserts so that the distance to the tubular heating element can be varied. The deive features a socket for support rods (Order No. ST12).

Controllability of type MU85
The MU85 can be controlled continuously from 10 - 100% via a power controller.

Controllability of type MU85/ER, MS26/E
As MU85 but with an additional built-in electronic switching relay and contactor socket (extra-low voltage) for connection of a contact thermometer, however, this connection is not conditional. If a contact thermometer is connected, it is automatically given priority in the control. Without a contact thermometer, they work in exactly the same way as Type MU85 - with a variable power control.

The Harry Gestigkeit digital heating multi purpose bath is a high temperature bath that can be used as a fluid, oil, air or sand bath for continuous operation. It is suitable for heating media such as oils, water and sand up to 400 °C or 700 °C depending on model. The high grade stainless steel bath with tubular radiator and spray painted base ensures long service life in demanding laboratory environments.

Both PZ26 models are controlled by a microprocessor PID controller with low mass sensor for accurate temperature control. The actual temperature is always shown on the digital display, and the setpoint can be viewed and adjusted via push button and up down keys. These baths are well suited for general heating applications, as well as for use with rotary evaporators and other glassware.

PZ 26-4 is suitable for use as either a Fluid, Air or Sand bath using temperatures of up to 400°C. As bath fillings is is possible to use Oils, Water, Sand or any other filling which will not attack the surface of the bath, which is made out of high-grade, stainless steel  W-No.1.4301.

PZ 26-7 designed for temperatures up to 700°C, offers similar application methods, but solely as a Dry, Air or Sand bath.   Both baths are also well-suited for use as rotary evaporators, heating is provided by a tubular radiator.

The appliances are controlled by means of a microprocessor  PID-Controller in connection with a low-mass sensor. The actual-value temperature is always on view.  The preset temperature can be seen by pushing a button and can also be adjusted with the up/down key.

The housings are composed of stainless steel with spray-painted base.  All appliances are constructed for continuous operation.

The Harry Gestigkeit Multhitz series heating baths are universal multi-position heaters that can be used as air, fluid or sand baths for continuous operation. They are designed for heating many different types of laboratory vessels regardless of size or material over a wide temperature range from 60 °C to 600 °C. The robust stainless steel bath container with tubular heating elements and enamelled upper shell ensures durability and easy cleaning, while the long, narrow format with multiple heating zones is ideal for series heating.

SM models provide continuously variable power control for each heating element. SMR models add built in electronic relays and a connection for a contact thermometer, allowing automatic temperature limitation or control with priority over the manual setting. This makes the Multhitz series suitable for both simple heating tasks and more precise temperature critical applications.

Can be universally employed as either an air, fluid or sandbath for heating many of the various receptactles in laboratory use, regardless of size or material, for temperatures ranging between 60...600°C.

Construction: The bath container is made of high-grade stainless steel with a stainless steel tubular heating element. The upper outer coat is enamelled and the base is made of either plastic or stainless steel.

Regulation of Type SM...
Each heating element can be variably regulated with a performance control between 10 - 100%.

Regulation of Types SMR...  
Each heating element is equipped with additional built-in electronic relay switches and an optional output bushing for a contact thermometer.  When in operation the contact thermometer has automatic priority. Without a contact thermometer Type SMR  works in exactly the same way as Type SM - with a variable control. 

Technical Data

Julabo PRESTO highly dynamic temperature control systems are designed for precise, rapid heating and cooling of external applications such as reactor vessels, test rigs and material testing systems. PRESTO units combine powerful heating and cooling with high pumping capacity and fast response, ensuring stable temperature control over a wide temperature range even with large external loads.

PRESTO systems feature a sealed fluid circuit, automatic filling and degassing, and intelligent control electronics that adapt to changing thermal loads. A large, intuitive colour display provides clear information on operating status, setpoint and actual temperature, pump performance and safety limits.

• Highly dynamic temperature control for external applications
• Wide working temperature ranges (low-temperature and high-temperature models available)
• High heating and cooling capacities for rapid temperature changes
• Powerful pressure/suction pumps for demanding external circuits
• Sealed fluid system with automatic filling and degassing
• Large, easy-to-read colour display with intuitive menu navigation
• Multiple communication interfaces for integration into process control systems (model dependent)

An entirely new generation of highly dynamic temperature control systems by JULABO. The new PRESTO systems are designed for precise temperature control as well as rapid temperature changes, making them ideal for reactor vessels, material stress tests, or temperature simulations. These instruments cover a working temperature of -93 to +250 °C with high cooling and heating capacity.

Highly efficient components give these instruments the ability to compensate for exothermic and endothermic reactions with extraordinary speed. Permanent internal monitoring and self-lubricating pumps contribute to the new PRESTO’s long service life. The integrated 5.7-inch color industrial-grade touch panel is one of the identifying characteristics of the new PRESTO. It gives the user a clear and well-organized view of important information while greatly improving user-friendliness. Once in operation, the new PRESTO® units are whisper quiet and barely audible in a laboratory. The new PRESTO® units are extremely robust and work reliably even if the ambient temperature climbs as high as +40 °C. Multiple interfaces permit remote control of the PRESTO® across networks and in superordinated control systems. Closed side panels without ventilation slits reduces to a minimum the amount of space needed to operate

Product Features

• For highly precise, external temperature applications
• Rapid heating and cooling
• Wide working temperature ranges without changing fluids
• Highest performance with small footprint
• Space-saving design optimizes space utilization in your lab
• Ethernet interface
• SD-Card slot
• Highly dynamic ICC temperature control, stability to ±0.01 °C
• Electronic level indication
• Integrated programmer
• Unsurpassed power and efficiency
• Profibus DP (Accessory)

Technical Specifications

Fryka cooling baths and cooling thermostats are compact, self-contained systems for cooling and temperature control of liquids in science and industry. Using natural refrigerants and high-quality stainless steel construction, they provide reliable operation over a working range from -40 °C to +20 °C with low maintenance requirements.

KT series cooling thermostats are equipped with an internal circulation pump and can be used for direct cooling in the bath tank or for external applications. KB series cooling baths are designed for direct cooling and tempering of liquids in the bath and can also be used with immersion circulators.

• Working temperature range: -40 °C to +20 °C (all models)
• Bath volumes of 8 L or 18 L depending on model
• Electronic temperature control with easy-to-read LED display
• Stainless steel bath tank and housing with integrated drain valve
• Low-noise, hermetically sealed refrigeration unit using natural refrigerant
• Optional circulation pump on KT models for external cooling tasks

Typical applications include cooling and thermostating of samples, reactors, measuring cells and general laboratory or pilot-scale processes requiring reliable low-temperature baths.

With a capacity of up to 18 litres and a working range of -40°C to +20°C: Designed for cooling and temperature controls of liquids, FRYKA cooling baths and cooling thermostats will convince you in a variety of applications for science and industry. 

Technical Data
 

Julabo FT immersion coolers provide rapid cooling of liquids and efficient counter-cooling when used with heating circulators. Each unit comprises a compact refrigeration module and an immersion probe that can be placed directly into the bath or process vessel, offering an economical and space-saving alternative to running tap water or using dry ice.

• Working temperature ranges from -20 °C down to -90 °C up to +30 °C depending on model
• Rapid cool-down and stable operation for continuous duty in laboratory environments
• Compact, bench-top footprint with easy-to-use controls
• Ideal for counter-cooling heating circulators, direct liquid cooling and dry ice substitution

Common applications include cooling reaction vessels, accelerating sample cool-down, counter-cooling thermostatic baths and general low-temperature work in chemistry and life science laboratories.

Immersion coolers

with immersion probe for rapid cooling of liquids

Product Features

• Rapid cooling of liquids down to low temperatures
• Counter-cooling of liquids in combination with heating circulators
• Preventing the use of precious tap water for cooling
• Compact design, small footprint
• Ease of operation
• Dry ice substitution

Specifications

Benefits

Satisfied customers. 11 subsidiaries and more than 100 partners worldwide guarantee fast and qualified JULABO support.	100% Checked. 100% testing. 100% quality. Each JULABO Circulator undergoes thorough quality testing before leaving the factory.	Green technology. Development consistently applied environmentally friendly materials and technologies.
Quick start. Individual JULABO consultation and comprehensive manuals at your disposal.	JULABO. Quality. Highest standards of quality for a long product life.

Grant Instruments refrigerated immersion coolers are purpose-designed for laboratory applications requiring precise cooling of liquids, typically in conjunction with heating or water baths and circulators. Each unit consists of a compact refrigeration module connected to a stainless steel cooling coil via a flexible insulated hose, providing continuous heat extraction while the bath thermostat controls the working temperature.

• Designed for rapid cool-down and counter-cooling of baths and external systems
• Cooling coil can be immersed in liquids up to 100 °C with the cooler switched off
• Typical working range from 0 °C or -15 °C to 40 °C (model dependent)
• Compact, bench-top design with low-noise hermetic compressor and R290 refrigerant
• Flexible stainless steel hose with protective outer sheath for easy positioning of the coil
• Compatible with Grant Optima thermostatic controllers (T100, TC120, TX150, TXF200) and many Grant ST and OLS baths

Ideal for chemical reactions, biological assays, temperature-sensitive experiments and general laboratory cooling where tap water use needs to be reduced or eliminated.

The Grant ecocool range of refrigerated and heating circulating baths provides both active cooling and precise heating in a single, energy-efficient unit. Each system combines a compact chiller/compressor with an advanced thermostat and integral circulation pump, delivering accurate temperature control over a wide range of negative and positive temperatures.

Ecocool baths are supplied as ready-to-use kits with accessory hosing, clips and connectors, and are designed for laboratory, research, industrial and educational applications where reliable temperature control of instruments, reactions or samples is required.

• Active cooling and heating across the entire working range (no separate chiller required)
• Typical temperature ranges (model dependent): approximately –20 °C to +100 °C (ecocool 100R)
• High temperature stability (around ±0.05 °C for the 100R model)
• Integrated circulation pump for internal bath circulation or external closed-loop applications
• Energy-efficient design with “eco” operating mode, reducing power consumption versus conventional compressor-only systems
• Modern user interface with digital display, presets, timer functions and alarms for high/low temperature
• Robust stainless steel tank with compact footprint, designed and built in the UK
• Supplied as a complete kit with hoses, clips and connectors, ready for installation

Typical applications include temperature control of reaction vessels and jacketed glassware, instrument cooling for rotary evaporators or chromatography systems, sample conditioning, QC testing and general laboratory heating and cooling tasks.

The ecocool range is well suited for laboratory, research, industrial, and educational uses — anywhere you need to circulate a fluid at controlled temperature for reactions, sample conditioning, or instrument cooling (e.g. for rotary evaporators, chromatography systems, photometry, etc.).

Grant positions the ecocool line as energy-efficient: they claim up to 80% energy savings compared to standard compressor-only cooling systems. 

They currently list two main models in the ecocool line: 100R and 150R

Key Features & Functionalities

Here’s what makes ecocool circulators distinct:

• Active cooling across the entire temperature range
   The cooling system works in tandem with the heating/thermostat, so you can move between positive and negative temperatures without a separate chiller.
• Wide temperature ranges
   - ecocool 100R: approx. –20 °C to +100 °C
   - ecocool 150R: approx. –30 °C to +150 °C 
• High stability / precision
   Temperature stability in the order of ±0.05 °C (100R) or ±0.02 °C (150R) depending on model.
• Energy efficiency / Eco mode
   The “eco mode” optimises compressor usage so that the bath cooling system is used only when necessary. This avoids constant compressor cycling and reduces power draw. 
• Integrated pump / circulation
   Allows fluid circulation within the system (flow rate, pump pressure). 
• User interface & control
   Full-colour TFT / QVGA displays, presets, timer, alarms for high/low temperature. 
• Accessories included / ready-to-use kits
   Supplied with standard tubing, clips, connectors, insulation, etc. 
• Warranty & support
   Grant advertises a 4-year warranty on many ecocool units. 
• Safety features
   Over-temperature cut-out, alarms, safety interlocks, and design so that thermostat and chiller don’t operate independently (i.e. to avoid freezing or overheating). 

Typical Technical Specifications (100R / 150R Models)

Below is a comparison of key specs for the two main ecocool models, based on Grant’s published data:

Use Cases & Advantages

Where it’s ideal:

• Reaction temperature control for small-volume chemistries
• Cooling for instrument loops (e.g. HPLC, chromatography, photometry)
• Replacing tap water cooling systems (eco-friendly alternative)
• Laboratory teaching / education use
• Biological / biochemical workflows needing precise temp control
• Applications requiring both heating and cooling in one unit

Why choose ecocool over separate chillers / baths:

• More compact and integrated solution (one unit for heating + cooling)
• Significant energy savings (claimed up to 80 %) by optimising compressor usage and avoiding over-run cooling cycles.
• Fewer plumbing / footprint overheads (single unit, tubing, less complexity)
• Ready-to-use with accessories included (hose, clips, connectors)
• Warranty and service support from a known lab brand

The Grant Instruments OLS Aqua Pro shaking water bath combines precise digital temperature control with a patented mechanism that allows easy switching between orbital and linear shaking. With a generous 26 L capacity and flexible shaking options, it is ideal for a wide range of life-science and industrial applications.

• Temperature range: ambient +5 °C to 99 °C, or 0 °C to 99 °C with accessory cooling
• High stability and uniformity (typically ±0.1 °C at 70 °C)
• Orbital and linear shaking, 20 to 200 rpm (depending on load)
• Selectable linear stroke lengths of 18, 28 or 36 mm and 9 mm orbital radius
• LED displays with independent control of temperature and shaking speed
• Universal tray and polycarbonate lid supplied as standard, with integrated drain tap
• Over-temperature and low liquid level protection for safe unattended operation

Typical applications include microbiological and cell culture work, enzyme and biochemical assays, extractions, solubility studies, sample thawing and general temperature-controlled shaking tasks.

The patented, combined orbital, and linear shaking mechanism of the OLS26 allows optimization of aeration and shear forces mixing, for reproducible results.

• Precision digital temperature control
• Stability: ±0.1ºC
• Temperature range 0ºC to 99ºC operation*
• Easy changeover from linear to orbital shaking
• Adjustable shaking speed and stroke length
• Universal tray and polycarbonate lid included as standard
• Drain tap for convenient emptying

Applications

• General use – defrosting, cooling/warming liquids, temperature control of samples
• Life-science – microbiological assays, tissue studies, cell cultivation fermentation, bacterial culture, biochemical assays, enzyme assay
• Industrial – materials testing, corrosion testing
• Biopharm – solubility testing of medical coatings, dissolution, cooling crystallization
• Food & beverage – extractions, food digestion
  
  

Specifications

The Julabo SW series shaking water baths are high-performance instruments for applications requiring precise temperature control with gentle, reproducible shaking. Models SW22 and SW23 offer a broad working range and advanced microprocessor control, making them suitable for routine and demanding laboratory tasks.

• Working temperature range: +20 °C to +99.9 °C
• High temperature stability, with SW23 providing enhanced uniformity via integrated circulation pump
• Adjustable shaking frequency from 20 to 200 rpm with 15 mm stroke
• Bright LED multi-display for temperature, shaking speed and status information
• PID microprocessor control with rapid heat-up and minimal overshoot
• Stainless steel bath tank and removable shaking carriage for easy loading and cleaning
• Comprehensive safety features including dry-run protection, over/under-temperature alarms and automatic cut-off

Typical uses include sample incubation, solubility and stability testing, cell and tissue culture, biochemical assays and other workflows requiring accurate heating with controlled agitation.

Common Features Across SW22 & SW23

• Temperature Range: Operates from +20 °C to +99.9 °C
• User Interface: Features a bright LED Multi‑Display (showing up to four or even six values) and a splash-protected membrane keypad along with a patented splash‑proof power switch.
• Control System: Equipped with PID microprocessor temperature control for precise regulation and minimal temperature overshoot.
• Shaking Capability: Adjustable shaking frequency from 20 to 200 rpm, with a 15 mm stroke. Includes a removable shaking carriage for easy access.
• Safety & Alarms: Incorporates dry‑run protection, audible and visual alarms, high/low temperature warnings and automatic cut‑off, and a drain screw for convenient emptying.
• Connectivity: Comes with an RS‑232 interface for remote operation, data logging, and compatibility with the free EasyTemp control software.
• Construction: Durable stainless-steel bath tank and wetted components. Optional accessories include Makrolon bath covers, trays, and racks.

Technical Specifications

• SW22: Delivers reliable stability at ± 0.2 °C—suitable for routine lab work.
• SW23: Enhances temperature uniformity and stability to ± 0.02 °C, thanks to its built-in circulation pump—best for sensitive applications.

Summary

The Julabo SW Series offers a seamless blend of heating precision and adjustable shaking—engineered with high-quality materials and user safety in mind. Whether you're performing routine incubations (SW22) or demanding precision-sensitive tasks (SW23), these baths deliver reliable performance, robust automation, and extensive accessory support.

The Grant Instruments LSB Aqua Pro linear shaking water bath provides precise temperature control combined with smooth linear shaking, making it ideal for routine and demanding laboratory applications. The LSB series is designed for reliable operation in clinical, pharmaceutical, industrial and educational laboratories.

• Temperature range: ambient +5 °C to 99 °C with digital PID control
• Excellent temperature stability and uniformity for reproducible results
• Adjustable linear shaking speed from 20 to 200 rpm (depending on load)
• Universal tray and polycarbonate lid supplied as standard
• Robust magnetically coupled shaking mechanism for quiet, low-maintenance operation
• Two programmable presets for temperature and shaking speed
• Over-temperature and low liquid level protection with automatic cut-out
• Stainless steel tank with drain tap for convenient emptying and cleaning

Typical applications include sample thawing and mixing, incubation, QC testing, sample preparation and general heating with agitation.

Grant quality and design combined with the temperature stability and functions you need in a linear shaking bath for your laboratory.

• Temperature range ambient +5ºC to 99ºC operation
• Stability: ±0.1ºC
• Choice of two models – 12 and 18 liters
• Universal tray and polycarbonate lid included as standard
• Robust magnetically coupled shaking mechanism
• Two programmable temperature and shaking presets
• Drain tap for convenient emptying

Applications

• Clinical/healthcare – thawing/mixing samples
• Pharmaceutical – heating and mixing samples
• Science education in schools/universities – practical science demonstration and experimentation
• Industrial – QC testing, sample preparation

Specifications

The Clifton NE5 series shaking water baths from Nickel Electro provide accurate temperature control combined with smooth linear shaking for routine and specialised laboratory applications. The range includes analogue and digital models in 10 L and 28 L capacities.

Digital NE5-D models use a PID controller with bright LED display, showing both set and actual temperature with 0.1 °C resolution. The NE5-28DT version adds an integral timer which starts once the set temperature is reached, making it ideal for repeatable incubations and timed procedures.

• Temperature range: ambient +5 °C to 100 °C (digital NE5-D models); ambient +5 °C to 99 °C (analogue NE5-28)
• Linear shaking with adjustable speed and fixed stroke length for uniform agitation of flasks and tubes
• Stainless steel tank with corrosion-resistant finish and perforated shelf/trolley for good circulation
• Clear, easy-to-use controls with separate settings for temperature and shaking speed
• Over- and under-temperature protection and low liquid level safety for sample and instrument protection
• Designed and manufactured in the United Kingdom as part of the Clifton range

The Clifton NE5-D series of shaking water baths, feature precision PID control, allowing observation of set and actual temperature simultaneously. A broad range of accessory flask clips and racks ensures flexibility for routine and specialised work. 

NE5-D features bold LED display of measured temperatures in real-time, increments of ±0.1°C, using precision PID temperature control. NE5-28DT has a built in timer, settings variable, 00:01 to 99:59 [hh:mm] which activates at set temperature. Settings retained even after turning the unit off.

NE5-28 Clifton shaking water bath, features analogue temperature and shaking speed control.

All models feature a high quality corrosion resistant stainless steel tank, with a bright clean finish housed in a durable painted outer case. Painted surfaces feature anti-bacterial finish with good chemical resistance.

Description

LAUDA Hydro linear shaking water baths provide precise temperature control and reproducible shaking for biological, biochemical and industrial laboratory applications. These stainless steel baths combine accurate digital temperature regulation with a smooth, load-independent shaking motion for flasks, tubes and other vessels.

The series includes models with linear (Hydro H 20 S, Hydro H 20 SW) and orbital (Hydro H 20 SOW) shaking movement. The H 20 SW and H 20 SOW are equipped with an integrated cooling coil, allowing the temperature range to be extended downwards to approximately 10 °C when connected to a suitable cooling water supply or external chiller.

• Working temperature range: 25 °C to 99.9 °C (H 20 S, H 20 SW); 25 °C to 80 °C (H 20 SOW)
• Temperature stability: ±0.1 K
• Shaking frequency: 10 to 250 min^-1 with gentle, controlled start-up
• Shaking amplitude: 22 mm (H 20 S, H 20 SW); 14 mm (H 20 SOW)
• Bath volume: approx. 9.0 to 24.4 L (H 20 S, H 20 SW); 8.5 to 23.1 L (H 20 SOW)
• Robust stainless steel bath, lid, shaking basket and heating element
• Membrane keypad with clear symbols and easy-to-read digital display
• Over-temperature protection and water level protection for safe unattended operation
• Removable shaking basket for easy cleaning, with heat-insulated stainless steel lid and condensate channel

Typical applications include incubation of biological samples, solubility and stability studies, microbiology and biotechnology workflows where both controlled shaking and precise temperature are required.

The IKA Heating Bath Circulators with Magnetic Stirrer series combines precise temperature control with efficient magnetic stirring — ideal for laboratories requiring uniform heating and mixing in one compact system.

Each package includes a temperature controller, immersion circulator, magnetic-stirrer bath (eco plastic or pro stainless steel), bath bridge and all required accessories for a ready-to-use heating and mixing bath system.

• Working temperature range: room temperature +10 K up to 80 °C (Eco plastic bath) or up to 150 °C (Pro stainless steel bath) :contentReference[oaicite:0]{index=0}
• Integrated magnetic stirring for up to 15 positions for glass vessels (up to 250 mL) :contentReference[oaicite:1]{index=1}
• Pressure/suction pump for internal circulation, adjustable pump output, ensuring even temperature and mixing throughout the bath :contentReference[oaicite:2]{index=2}
• Digital PID temperature control, sensor PT100, over-temperature protection, low level safety and adjustable safety limits per DIN 12876 :contentReference[oaicite:3]{index=3}
• Bath capacity: 25 L; suitable bath opening and immersion depth for sample vessels per manufacturer specifications :contentReference[oaicite:4]{index=4}

Typical applications include chemical reactions with stirring and heating, medium warming, sample incubation and general laboratory temperature-controlled mixing tasks requiring consistent thermal and mixing conditions.