All products

• Hei-VAP Ultimate
• Precise setting of rotation speed and heating bath temperature on the digital touch display or – for quick access during an active process – directly via the knobs on the operating panel.
• Central operating panel with 7“ touch display
• Clear display of all values (Basic and Advanced modes)
• With timer, limitation of max. temperature, multilingual menu and text display for error messages
• Separate knobs for rotation and heating with locking function to prevent accidental readjusting
• LED ring lights and pictogram to display the activity even from a distance
• Integrated solvent library to facilitate adjustment of the required vacuum on an external vacuum controller
• USB and Micro SD plus LAN / RS 232 interfaces (Lab 4.0 ready)
• Optional display of vapor temperature
• Subsequent upgrade to Hei-VAP Ultimate Control possible, including vacuum and chiller control
• Lift: Hand lift or Motor lift
• Rotation speed range: 10 - 280 rpm
• Rotation speed indicator: 7" LCD color graphic display
• Heating capacity: 1,300 W
• Overheat protection bath: cut-off at 5 °C over set temperature via separate PT 1000
• Bath temperature setting: 7" LCD color graphic display
• Heating bath temperature control: electronic / digital
• Max. size evaporating flask: 5 l
• Timer: Yes
• Programmable ramps: Yes
• Condensing surface: 1,400 cm²
• Condensing surface XL condenser: 2,200 cm²

The MAZERUSTAR KK-1000WE is a high-capacity planetary centrifugal mixer developed for simultaneous mixing and deaeration of high-viscosity materials. The system provides fast and homogeneous processing without the use of mixing blades, reducing contamination risk and improving process reproducibility.

Thanks to its independently controlled revolution and rotation movement, the KK-1000WE efficiently processes materials with different viscosities and specific gravities while effectively removing entrapped air bubbles. The contactless mixing technology helps maintain material integrity and ensures stable, repeatable results.

The KK-1000WE is particularly suitable for research and development laboratories, pilot applications, and small-volume production processes in the electronics, pharmaceutical, chemical, and advanced material industries. The system is ideal for processing larger material volumes.

Key Features

• Simultaneous mixing and deaeration
• Planetary centrifugal mixing technology
• Contactless processing without mixing blades
• Suitable for high-viscosity materials
• Homogeneous mixing and efficient bubble removal
• Increased processing capacity
• Adjustable revolution and rotation settings
• Compact laboratory design
• User-programmable operating conditions
• CE-marked model

Typical Applications

• Electronic materials
• Adhesives and resins
• Conductive and ceramic pastes
• Pharmaceutical and medical materials
• Cosmetics and specialty chemicals
• Special industrial and research materials

Main Specifications

• Maximum processing capacity: approx. 1 kg × 1 container
• Standard container: HDPE container
• Adjustable mixing speed
• Power consumption: approx. 1.5 kW
• Dimensions (W × D × H): approx. 560 × 650 × 720 mm
• Weight: approx. 120 kg
• Compact floor-standing design
• High reproducibility and process stability

The BINDER MKF 720 CO₂ climate chamber is an ideal solution for all applications where fast and precise temperature changes are required alongside humidity control. The unit provides stable and reproducible testing conditions within a temperature range of -40 °C to +180 °C and a relative humidity range of 10–98%, making it perfectly suitable for complex climate tests, standardized (DIN, IEC) testing, as well as research and development and quality assurance tasks.

The equipment combines reliability, safety, and modern digital functionality. The robust design and long-lasting components ensure stable operation, while the intuitive touchscreen control and advanced programming options enable efficient and user-friendly operation.

Why choose this model?

• Precise simultaneous control of temperature and humidity
• Stable long-term operation in industrial environments
• Intuitive control and digital integration
• Energy-efficient and modern CO₂ technology
• High capacity for complex testing applications

Key features and technological solutions

The MKF 720 CO₂ model features advanced climate simulation capabilities. APT.line™ technology ensures uniform temperature distribution, while the capacitive humidity sensor and vapor humidification enable precise and stable humidity control.

Thanks to digital control, time-segment and real-time programs can be set, while the integrated data logger ensures simple data handling. Data can be exported via USB and integrated via Ethernet connection.

Main product features

• Temperature range: -48 °C to +180 °C
• Humidity range: 10% to 98% RH
• APT.line™ technology for uniform temperature distribution
• Capacitive humidity sensor and vapor humidification
• Integrated water tank (20 liters)
• Integrated data logger with USB data export
• Ethernet interface
• Stainless steel interior
• Heated viewing window with LED interior lighting
• Programmable ramp function
• Visual and acoustic alarm system
• Independent temperature safety device
• Number of shelves (std./max.): 1/11

The muffle furnaces L 3/11 - LT 60/12 have been proven for daily laboratory use. These models stand out for their excellent workmanship, advanced and attractive design, and high level of reliability.

Standard Equipment
• Heating from two sides by ceramic heating plates (heating from three sides for muffle furnaces L 24/11 - LT 60/12) for an optimal temperature uniformity
• Temperature uniformity of +/− 5 K with closed fresh-air inlet in empty work space according to DIN 17052-1 at working temperatures above 800 °C
• Thermocouple type S (1200 °C)
• Ceramic heating plates with integral heating element which is safeguarded and easy to replace
• With lift door (LT)
• Dual shell ventilated housing made of textured stainless steel sheets for low surface temperature and high stability
• Exclusive use of insulation materials without categorization according to EC Regulation No 1272/2008 (CLP). This explicitly means that alumino silicate wool, also known as “refractory ceramic fiber” (RCF), which is classified and possibly carcinogenic, is not used.
• Adjustable air inlet integrated in door (see illustration)
• Exhaust air outlet in rear wall of furnace
• Controller with touch operation B510 (5 programs with each 4 segments)
• Solid state relays provide for lownoise operation

Option
• Chimney, chimney with fan or catalytic converter (not for L 1 and L 15)
• Over-temperature limiter with adjustable cutout temperature as temperature limiter to protect the furnace and load
• Protective gas connection to purge with non-flammable process gases (not available in combination with chimney, chimney with fan or catalytic converter) not gas tight
• Manual or automatic gas supply system
• Port for thermocouple in the rear wall or in the furnace door

For optimum loading of laboratory glassware – can be equipped with 8 nozzles.
• Area of application: reprocessing laboratory glassware
• Suitable for lab. glassware incl. Erlenmeyer and round flasks.
• Module w/o injector nozzles – equipped based on individual needs
• For up to 8 injector nozzles . Particularly suitable for nozzle diameters of 6 mm, e.g. A 840 or A 841, other diameters are possible depending on the application.
• Part of the EasyLoad system. The EasyLoad system makes reprocessing laboratory glassware considerably faster, simpler and more reliable. The biggest benefit afforded by the new system is that load items can be positioned over nozzles both more simply and faster as height adjustment of the holders is no longer necessary thanks to the smart combination of nozzles and holding frames. This makes correct positioning extremely easy.
• Nozzle spacing 118 mm across the width, 118 mm across the depth

Machine affiliation:
PLW 8636 [LAB / LAB MON]
PG 8504
PG 8583
PG 8583 CD
PG 8593
PLW 8604
PLW 8683
PLW 8683 CD
PLW 8693
PLW 7111

As with all circulators from the MAGIO range, the ultra-low refrigerated circulators stand out thanks to their premium quality, high performance and intuitive operation. The devices offer extra strong pressure and suction pumps, thus fulfilling the highest demands for temperature control of external applications. They cover an enormous temperature range and are also suitable for simulating extreme conditions down to -90 °C.

The cooling machine is equipped with sustainable, natural refrigerant in both cooling stages, making it a particularly future-proof solution. Thanks to the tool-free removable venting grid, the condenser can be cleaned easily, ensuring that the full cooling capacity is available throughout the entire life cycle. A heated bath cover plate to prevent condensation and ice build-up is implemented as standard. In addition, the absence of side vents means that several units can be placed next to each other to save space. Using an additional condensation trap (accessories) significantly reduces the dilution of bath fluids at low operating temperatures.

Product features

• Class III (FL) according to DIN 12876-1
• RS232 interface for online communication
• Integrated programmer
• Integrated external Pt100 connection
• Ethernet
• Analog interfaces (accessory)
• Ideal for demanding external applications
• USB connection
• Simple control of complex applications
• Flow rate 16 ... 31 l / min, pressure 0.24 ... 0.92 bar, suction 0.03 ... 0.4 bar
• Continuously adjustable, extremely powerful pressure / suction pump
• Large, high-resolution TFT touch display with multilingual user interface
• Parts being in contact with the medium made of stainless steel
• Connections for solenoid valve
• Integrated pump connection M16×1

A reliable control of O₂ is essential for cultivating cells (proliferation and metabolism of stem cells) and microorganisms with low/no oxygen demand. The O₂ controller reduces the O₂ level from ambient (20.95% at dry air; normoxia) to approximately 0% O₂ (hypoxic). A digital PID controller adjusts the N2 flow rate to maintain the desired O₂ value.

Clamp U-6000 for Erlenmeyer flasks with 6000 ml vol.

Tray with fixed clamps EX-125 For 36 Erlenmeyer flasks

Two-stop tubing (40 cm) for Cassette small
• Application: Ideal for medical, lab and research uses
Features:
• High fatigue strength under repeated reversed bending stresses
• Non-toxic, biocompatible
• Very low gas permeability
• Well suited to acids and bases
• Material: Thermoplastic elastomer on a polypropylene base with plasticizers; excellent tensile strength; opaque
• Complies with the standards: USP Class VI, GLP, Pharmacopoea and Europaea
• Temperature range: -51 to +135 °C
• Sterilization: Can be autoclaved or sterilized with ethylene oxide or sterilized by irradiation
• Restriction: Additives may migrate

• Tmax 1200 °C
• Dimensions 190 x 170 x 12.7 mm
• For models LE 4, LE 6, L 5, LT 5, LV 5, LVT 5

Frontier rotors extend the functionality of Frontier centrifuges by increasing the number of tubes of varied types and sizes that can be used in conjunction with each of the centrifuge models. Easy to clean and operate, the rotors are durably constructed to withstand demanding centrifugation.

Compatible adapters and other accessories:
• Adapter, 1x15ml D17.5mm FA, 2/pk (30314892); Adapter, D17mm, 15ml Tubes x2 (30130893); Adapter, D18mm, 16ml Tubes x2 (30130892); Adapter, D26mm, 30ml Tubes x2 (30130891)

Diaphragm pumps are an excellent solution for continuous, oil-free evacuation and pumping of gases. All parts in contact with pumped media are made of aluminum and selected plastics and allow a wide range of applications for non corrosive gases. The two-stage construction provides the advantageous combination of high pumping speed and an ultimate vacuum down to 7 mbar. The highly flexible fabric-reinforced double diaphragm made of FKM is ideal for extended operating life. The new NT-series features further improved performance data.

Performance features
• contamination-free pumping and evacuation
• high flow rate even near ultimate vacuum
• whisper quiet
• very low vibration
• exceptionally long diaphragm life and maintenance-free drive system for low lifetime costs

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

ISF1-Z incubator shaker - the perfect solution for shaken cultivation processes
The ISF1-Z incubator shaker is suitable for applications in laboratories, research centers and production facilities. The ISF1-Z complies with GMP (good manufacturing practice) requirements and regulations. It offers a large shaking capacity with a small footprint and many features allowing straightforward, safe handling of any culture or product. The incubator shaker is applicable for microbial, plant, human and animal cell cultures.
Performance characteristics of ISF1-Z models
• Large shaking capacity with small footprint
• Hygienic design according to DIN EN ISO 14159
• Improved direct drive: stronger, higher shaking frequencies, very long lasting
• Up to three machines can be stacked without additional components: incubators ISF1-X/W and new ISF1-Z mixable in stack
• Flexible and retrofittable: all options and accessories applicable
• Fast, direct information through parallel and clear display of all process parameters
ISF1-Z Models
• The ISF1-Z incubator shaker is available in three different models: ISF1-Z, ISF1-Z EcoDew and ISF1-Z Peltier. Each model provides distinct features and is additionally available with CO2 control for cell culture processes.
• The ISF1-Z is the basic version of Kuhners stackable incubator shaker with temperature control (heating).
100% stainless steel for easy cleaning
• The ISF1-Z is available in a 100% stainless steel finish. It can either be painted white or have a processed stainless steel look. Take a look at the video to see the advantages of having stainless steel inside and outside the shaker.
Quality
• The improved maintenance-free direct drive of the ISF1-Z is stronger, offers higher shaking frequencies and has a longer lifespan than ever. It guarantees accurate control and low energy consumption/heat dissipation even at high speeds. Kuhner’s direct drive system and the newly designed shaking table allows the shaking diameter to be changed at any time – quickly and easily. Different fixed shaking diameters (3, 6, 9, 12.5, 19, 25, 50, 70 mm) are adjustable. And even a stepless adjustment is available as an option.
• All ISF1-Z components are designed for durability and reliability. A Kuhner shaker is a cost effective investment in quality backed with a five year warranty.
Hygienic design
• The ISF1-Z is made of stainless steel inside and outside for easy and fast cleaning. The hygienic design complies with GMP requirements. The interior was designed according to DIN EN ISO 14159. It has rounded corners and a drain at the back for quick removal of any unwanted liquids. The direct drive system is completely covered and therefore protected from spills. The incubator chamber can be cleaned with chemicals or sterilized using optional UV lighting.
A system that grows with your needs
• Up to three ISF1-Z incubators can be stacked providing more shaking capacity without taking up more floor space in the lab. Stacking is a simple procedure without the need for special tools or stacking kits. Each machine operates independently. The ISF1-Z incubator shakers are mixable in stack with ISF1-X/W incubators.
Options, accessories, and more
• Numerous options and accessories are available for the ISF1-Z incubator shaker to fulfill any need of our customers regarding cultivations in shaken bioreactors. Moreover, all accessories are interchangeable between the new ISF1-Z incubators and its predecessors ISF1-X/W. The ISF1-Z offers even more interior space than its predecessor ISF1-X, e.g. to accommodate particularly big shake flasks. The ISF1-Z has clearly arranged displays on the front side (e.g. for shaking speed) with color change and an acoustic signal when an error/alarm occurs.
• Additionally, a fix or a tilting touchscreen version with our Kuhner Insight software is available. Serial interfaces (e.g. CAN) are arranged on the front side and the sensors in the inside are also easily accessible for a fast and comfortable work flow. The interior LED light is a color neutral light with low energy dissipation.
Detailed technical data can be found in the product catalog.

For the use in lab and pilot scale application:
• Disruption of cells
• Emulsifying of hardly mixable liquids.
• Deagglomeration of nanoparticles in material research
• Acceleration of chemical reactions
• Production of dispersions
For volumes from 0.5 to 100 ml
Ready-to-use set:
for volumes from 0.5 to 20 ml
ultrasonic nominal output max. 50 W
• Ultrasonic generator GM 4200
• Ultrasonic converter UW 50
• Titaninum probe TS 102, dia. 2 mm

The Pioneer PX combines essential weighing functionality with competitive performance, offering high accuracy and repeatability for applications in laboratory, industrial and education settings. The PX is affordably priced, and intuitively designed for intelligent operation with a second line display for additional information, and USB and RS232 connectivity for easy communication.
• Applications
Basic Weighing, Parts Counting, Percent Weighing, Animal Weighing, Density Determination
• Display
Backlit Liquid Crystal Display (LCD); Second line display for additional information or guidance (dot matrix)
• Operation
AC adapter (included)
• Communication
RS232 and USB device (included); GLP/GMP data output with real-time clock
• Construction
Metal base, plastic top housing, removable stainless steel pan, glass draftshield, integrated weigh-below-hook, security bracket, calibration lock and in-use cover
• Design Features
User-selectable environmental filters and brightness settings, auto-tare, auto-dim, user-selectable span calibration points, software lockout and reset menu, userselectable communication settings and data print options, user-definable project and user IDs, software overload/underload indicator, stability indicator, four operating languages

• Hei-VAP Ultimate
• Precise setting of rotation speed and heating bath temperature on the digital touch display or – for quick access during an active process – directly via the knobs on the operating panel.
• Central operating panel with 7“ touch display
• Clear display of all values (Basic and Advanced modes)
• With timer, limitation of max. temperature, multilingual menu and text display for error messages
• Separate knobs for rotation and heating with locking function to prevent accidental readjusting
• LED ring lights and pictogram to display the activity even from a distance
• Integrated solvent library to facilitate adjustment of the required vacuum on an external vacuum controller
• USB and Micro SD plus LAN / RS 232 interfaces (Lab 4.0 ready)
• Optional display of vapor temperature
• Subsequent upgrade to Hei-VAP Ultimate Control possible, including vacuum and chiller control
• Lift: Hand lift or Motor lift
• Rotation speed range: 10 - 280 rpm
• Rotation speed indicator: 7" LCD color graphic display
• Heating capacity: 1,300 W
• Overheat protection bath: cut-off at 5 °C over set temperature via separate PT 1000
• Bath temperature setting: 7" LCD color graphic display
• Heating bath temperature control: electronic / digital
• Max. size evaporating flask: 5 l
• Timer: Yes
• Programmable ramps: Yes
• Condensing surface: 1,400 cm²
• Condensing surface XL condenser: 2,200 cm²

For internal and external temperature applications with stainless steel bath tanks and working temperatures from +20 °C to +150 °C

Your advantages

• Bright, white, easy to read display
• Models for internal and external applications
• Easy pump change-over between internal and external circulation
• Very quiet
• Easy switching between internal and external circulation
• USB connection
• For internal and external applications
• High-quality bath tanks made of stainless steel with bath lid and drain tap
• External pump connections
• Integrated cooling coil for counter-cooling
• Precise temperature contro

The MAZERUSTAR KK-2000WE is a high-capacity planetary centrifugal mixer developed for simultaneous mixing and deaeration of high-viscosity materials. The system provides fast and homogeneous processing without the use of mixing blades, reducing contamination risk and improving process reproducibility.

Thanks to its independently controlled revolution and rotation movement, the KK-2000WE efficiently processes materials with different viscosities and specific gravities while effectively removing entrapped air bubbles. The contactless mixing technology helps maintain material integrity and ensures stable, repeatable results.

The KK-2000WE is particularly suitable for research and development laboratories, pilot applications, and higher-volume production processes in the electronics, pharmaceutical, chemical, and advanced material industries. The system is ideal for efficient and reproducible processing of larger material volumes.

Key Features

• Simultaneous mixing and deaeration
• Planetary centrifugal mixing technology
• Contactless processing without mixing blades
• Suitable for high-viscosity materials
• Homogeneous mixing and efficient bubble removal
• High processing capacity
• Adjustable revolution and rotation settings
• User-programmable operating conditions
• Stable and reproducible operation
• CE-marked model

Typical Applications

• Electronic materials
• Adhesives and resins
• Conductive and ceramic pastes
• Pharmaceutical and medical materials
• Cosmetics and specialty chemicals
• Special industrial and research materials

Main Specifications

• Maximum processing capacity: approx. 2 kg × 1 container
• Standard container: HDPE container
• Adjustable mixing speed
• Power consumption: approx. 2.5 kW
• Dimensions (W × D × H): approx. 720 × 900 × 1050 mm
• Weight: approx. 260 kg
• Floor-standing design
• High reproducibility and process stability