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Separation
MicroSpin 7K
The MicroSpin 7K Centrifuge is a compact and efficient device designed for precise separation tasks in laboratories. Despite its small footprint, it offers a large capacity and high centrifugal power, making it an ideal choice for various basic applications.
Features:
- Delivers efficient separation with robust performance.
- Operates at constant speed.
- Low maintenance and space saving design.
- Design ensures reliability and stability during operations.
- Operates with low noise and minimal vibration.
- Transparent lid allows users to observe samples during operation.
- Safety interlock ensures the rotor stops immediately when the lid is opened.
Technical Specifications:
- Maximum Speed: 7,000 RPM ±5%
- Maximum Relative Centrifugal Force (RCF): 3,010 x g
- Acceleration/Brake Time: ≤12s / ≤15s
- Noise Level: ≤47 dB(A)
- Power Rating: 20W
- Input Voltage: 220-230 V AC, 50-60 Hz
- Rotor Included: 1.5/2.0ml x 8 microtubes and 0.2 mL x 16PCR tubes (2 strips)
- CE Certified
MCS-7K -
Mixing
Hot Plate Magnetic Stirrer
supertek’s hot plate magnetic stirrer is used for the simultaneous heating and stirring of solutions.
Product Features:
- Ceramic coating offers chemical resistance against strong acids and bases
- Independent analog controls for heating and stirring
- Integrated circuit for precise control of heating and stirring
- High-quality, fine-finished textured powder-coated aluminium body
- Top plate options: Silver anodized aluminium and Ceramic coated SS
- Stirring is done by DC motor
- Includes support rod and clamps
- Heating and stirring of liquid solutions
- Spill-proof design
- Teflon-coated stirring bar
- With non-slip rubber feets
Technical Specifications:
- Top Plate Dimensions: 120 x 120 mm (500ml), 180 x 180 mm (5L)
- Temperature range: Upto 380°C
- Input voltage: 220 V AC ± 10%, 50/60 Hz
- Stirring speed: Upto 1500 RPM
- CE certified
MHS -
Mixing
Hot Plate Magnetic Stirrer, Advanced
supertek’s hot plate magnetic stirrer is advanced – the perfect blend of innovative design and versatile functionality for your laboratory needs. This device is designed to provide precise and efficient heating, stirring, and mixing, ensuring optimal performance for a wide range of laboratory applications.
Product Features:
- Spill-proof design
- With non-slip rubber feet
- Temperature probe PT1000
- Hot plate indication over 50°C
- Stirring is done using BLDC motor
- Top Plate Material: Glass ceramic
- Includes support rods and clamps
- Selection of hot plate and probe temperature
- LED display for showing actual/set temperature and RPM
- Excellent chemical resistance against strong acids and bases
- High-quality, finely finished textured powder-coated aluminium body
- Measure / control the temperature of either a hot plate or liquid solution
Technical Specifications:
- IP21
- CE certified
- Overload protection
- Heater Rating: 800 W
- Stirring Speed: Upto 1500 RPM
- Top Plate Dimensions: 180 x 180 mm
- Input voltage: 220 V AC ± 10%, 50/60 Hz
- Temperature range of top surface: Ambient + 5°C to 520°C
MHS-D -
Mixing
Hot Plate Magnetic Stirrer, Digital
The Digital hot plate magnetic stirrer is used for the simultaneous heating and stirring of solutions.
Features:
- Spill-proof design
- With non-slip rubber feet
- Temperature probe PT100
- Stirring is done by DC motor
- Includes support rods and clamps
- Independent control for heating and stirring
- Selection of hot plate and probe temperature
- LED display for showing actual/set temperature and RPM
- Integrated circuit for precise control of heating and stirring
- High-quality, finely finished textured powder-coated aluminium body
- Ceramic coating offers chemical resistance against strong acids and bases
- Top plate options: Ceramic coated stainless steel & Silver anodized aluminum
Technical Specifications:
- Temperature range of top plate: Upto 380°C, Resolution 1°C
- Top Plate Dimensions: 180 x 180 mm
- Input voltage: 220 V AC ± 10%, 50/60 Hz
- Heater Rating: 600 W
- Temperature accuracy ± 1°C
- Stirring speed: Upto 1500 RPM
- CE certified
- IP21
MHS-D -
Mixing
iMIX RP5
The iMIX RP5 delivers superior heating, precise stirring, and dependable safety for consistent laboratory results.
Product Features:
- Dual independent control of stirring and heating with real-time display
- LCD display for RPM and temperature monitoring
- Two push-rotate knobs for precise and intuitive operation
- Three touch keys for quick navigation and mode selection
- Separate programmable timers for stirring and heating
- Intermittent stirring with adjustable run and pause cycles
- Reversible rotation (CW/CCW) for uniform mixing
- Anodized aluminium plate for fast heating and chemical resistance
- Brushless DC motor for maintenance-free operation with stable performance
- External PT1000 probe support for accurate liquid temperature control
- PID / 2-point temperature control for stable and flexible operation
- Smooth acceleration with stable low-speed stirring performance
- Integrated safety with adjustable over-temperature protection
- Dual temperature monitoring using internal and external sensors
- Sensor immersion detection with automatic heater cutoff (dry-run protection)
- Automatic heater shutdown in case of fault or abnormal conditions
- Hot surface warning indication for user safety
- Motor fault error for reliable operation
- Safe restart modes after power failure for controlled operation
- Independent timer-based shutdown of heating and stirring
- Control panel lock to prevent unintended parameter changes
- Timer and counter function for process monitoring
- RS232 and USB interface
MHS-D-RP5 -
Experiments
Malus Law Experiment
OBJECTIVES
- To experimentally verify malus’s law.
PRINCIPLE
Light, when modeled as a wave phenomenon, can be classified as a transverse electromagnetic wave consisting of oscillating electric and magnetic fields that are oriented perpendicular to each other. Depending on the orientation of the plane of polarization of the electric field with respect to the direction of propagation of the wave, the wave can be classified as polarized or un-polarized. To measure the variation of transmission of an EM wave through two polarizers as a function of the angle of orientation between them and prove Malus’s Law.KEY FEATURES
- Precise Optical Alignment: The optical alignment of the components is attained by the optical bench, the set-up time is faster and experimentation is easy.
- Easy Analyzer Movement: The design of the analyzer helps for easier rotation without disturbing the optical alignment. The least count of 1° aid for more accurate readings.
- Digital Lux Meter: A digital lux meter enables the measurement of light intensity for each rotation of the analyzer. The least count of 1 Lux provides accurate readings.
WHAT YOU NEED
- OB2 Optical Bench Set 0.4m 1
- HA001 Light Source Holder 1
- HA004 Polarizer Holder 1
- HA006 Analyzer Holder 1
- HA510 Light Sensor Holder 1
- PH61022D/2 Power Supply for Light Source 1
- DP1 Data Processor 1
Complete Equipment Set with Instruction Manual from catalogue.
MLE1-C -
Experiments, Higher Science
Millikan Oil Drop Apparatus
Supertek’s Millikan Oil Drop Apparatus is a contemporary version of the classic design which allows the students to observe the velocity of an oil drop rising and falling in an electric filed. The apparatus is equipped with camera which allows the user to connect it with the computer screen for an easy viewing of the droplets. It permits the calculation of the force acting on the charge carried by the oil drop.
What’s Included
1x Millikan Oil Drop Apparatus
1x Non-Volatile Oil
1x Multimeter
1x StopwatchExperiments
To determine the charge of an electron by Millikan’s Oil Drop MethodMLK1-C -
Micropipettes
Miniature Fixed Volume Micropipette
Low-cost miniature fixed-volume pipettes are specially designed for use with Diagnostic Kits.
FEATURES :
Fully Autoclavable
- Each pipette is individually calibrated as per ISO 8655 standards.
- Color-coded for different volumes for easy identification in laboratory environment.
- Two-step plunger operation facilitates super blow-out from the tip (last drop dispensing), resulting in very high accuracy & precision.
- This also allows these pipettes to be used for reverse pipetting and repetitive pipetting. 130 mm in length which is an optimum size for user comfort during pipetting.
MM -
Membrane Filters
Membrane Filters
Membrane filters are widely used to sterilize liquids. It is an effective, accepted technique for the filtration of fluid samples. We can determine the quality of water and the quantity of microorganisms by using this membrane filter. It is also known as the molecular or biological filter.
Applications of Membrane Filters
- Chemical Processing : Purification and separation.
- Wastewater Treatment : Contaminant removal.
- Food & Beverage : Liquid clarification.
- Pharmaceuticals & Biotech : Sterilization and purification.
- Microbiology : Isolating and counting microorganisms in samples.
MNY02 -
Mixing
Multi-Position Magnetic Hotplate Stirrer
The multiple hotplate magnetic stirrer is designed for laboratories that require simultaneous heating and stirring of multiple samples. Equipped with a durable ceramic-coated plate, brushless motors, and independent controls for each station, it ensures uniform heating and mixing across all positions. Ideal for parallel experiments in chemistry, biology, and research labs.
Product Features:
- Ceramic coated stainless-steel top
- Each station’s temperature, speed and time can be set independently.
- Brushless motor
- LCD display
- Built-in plate probe and external Pt100 probe for liquid.
- Adjustable stirring speed and heating range for diverse applications
- Supports synchronous operation to control all stations together.
- Over-temperature protection and anti-slip design
- Maximum capacity per position: 2L
- Includes support rods, clamps & Pt1000 probe
Technical Specifications:
- Speed Range: 0 – 1500 rpm
- Working plate size Ø135mm
- Mixing Direction: Clockwise
- No. of Positions: 4
- Heating Temperature Range: Ambient +5 °C to 310 °C
- Timer Range: 1 min – 24h
- Stir Bar Size: 30 mm
- Safety: Over-temperature protection
- Power Supply: AC 220 V, 50/60 Hz
MPMHS-D-4CT -
Mixing
Multi-Position Magnetic Stirrer
The multi-position magnetic stirrer is a reliable and efficient instrument designed for simultaneous stirring of multiple samples. It features a brushless motor, LCD display, and timing functionality, supporting both synchronous and asynchronous operation. Each station can handle up to 500 mL, ideal for high-throughput laboratory processes.
Product Features:
- PET anti-corrosion plate ensures durability and resistance against chemical spills.
- LCD display shows real-time rpm and timer for each station
- Each station speed and time can be set independently.
- Supports synchronous operation to control all stations together.
- Brushless motor
- Maximum capacity per position: 500 mL
Technical Specifications:
- Speed Range: 50–1500 rpm
- Mixing Direction: Clockwise
- Stir Bar Size: 30 mm
- Timer Range: 1 min – 19 h 59 min
- Power Supply: AC 220 V / 110 V, 50/60 Hz
MPS -
Pipette Filling Devices
Pipette Filling Devices
EASYFILL, an electronic pipette filling equipment, is a simple yet powerful blend of sophisticated features and functionality. It offers Single Knob Dual Dispensing Mode. EASYFILL helps in performing sensitive operations with high precision, accuracy and reliability in practical laboratory environments
- EASYFILL has a Universal Silicon Adapter, with internal knurling, that can easily accommodate pipettes from 1 ml to 100 ml and hold them firmly during liquid handling operations.
- Red LED flash denotes ‘low battery’ and green LED flash denotes ‘charging’.
- The instrument offers Dual Dispensing Mode with the help of a Single Knob.
- Press the knob fully for dispensing at maximum speed. This mode engages the motor.
- EASYFILL has a comfortable grip and exhibits high ease of use.
- The instrument offers continuous pump speed adjustment during liquid handling operations.
- The Collet Assembly and the 0.2 microns In-line Membrane Filter, contained within it, are fully autoclavable at 121°C temperature and 15 psi for a duration of 10-15 minutes.
NE-GG-220V -
Accessories
Optical Bench
A versatile and modular system that can be utilized across many experiments. The optical bench has three core parts: Rail, Mounts, and Uprights. All the core parts have been designed in such a way that they are suitable for multiple types of experiments.
KEY FEATURES
- Excellent stability and easy set-up of the optical bench – Mounts can be fixed to the rail by just aligning and sliding two screws into the rail and fastened. The uprights can be placed and fastened at any desired position with ease
- Height adjustable mounts – The optical bench is designed with three-point mounts, with two of their height adjustable and lockable with a range of 20 mm. The height adjustment gives precision in maintaining the horizontal axis of the bench. The mount bases are rubber padded to avoid sliding the optical bench on the lab benches.
- Anti-rotation square holders on the uprights (Patent Pending) – The optical bench uprights are designed with square holders and square shafts for holding accessories. One of the major needs in optical experiments is to maintain the alignment of accessories. More often, the accessory holder is susceptible to rotation. Square shafts ensure the anti-rotation of the accessories and make experimenting hassle-free. It also avoids any kind of lateral bend or movement of the accessories.
- All parts are scratch-resistant and the movement of uprights on the rail is seamless.
OB1 -
Experiments
Photoconductivity Experiment
Objectives
To study the photoconductivity of CdS Photoresistor, in the following conditions:
- Applied voltage vs photocurrent (IPH) at constant irradiance (Φ).
- Photocurrent (IPH) vs irradiance (Φ) at a constant applied voltage (V).
Principle
The phenomenon of photoconductivity occurs when an incident light shown upon a semiconductor causes an increase in its electrical conductivity. This is because of the excitation of electrons across the energy gap into the conduction band, which leads to an increase in the number of free carriers in the conduction band, hence, an increase in the conductivity of the semiconductor. Here, we can study the characteristics of the CdS photoresistor under different conditions of light intensity and applied voltage.
KEY FEATURES
- Precise Optical Alignment: The optical alignment of the components is attained by the optical bench, the set-up time is faster and experimentation is easy.
- Fine and Easy Light Intensity Adjustment: Light intensity adjustment is done via the use of two polarizers. This helps in easier and fine light intensity adjustments.
- Simple and Easy Connections: The color-coded terminals on the various components aid in the ease of connections thus reducing the setup time.
WHAT YOU NEED
- OB2 Optical Bench Set 0.4m 1
- HA001 Light Source Holder 1
- HA004 Polarizer Holder 1
- HA006 Analyzer Holder 1
- HA020 LDR Module Holder 1
- PH61022D/20 Power Supply, 0-15V, 200mA 1
- PH61022D/2 Power Supply for Light Source 1
- PCE1-C: Complete Equipment Set With Instruction Manual
PCE1-C
+1 (630) 345-3450