Are you searching for a Digital Overhead Stirrer that saves your stir time but confused on which one to use?

Does your Overhead Lab Mixer have an unstable base that dangles while you experiment? Are you unable to measure the liquid temperature in your Overhead Electric Stirrer?

What is the best solution to stir liquids now?

Here, you will discover some amazing facts about an Overhead Mechanical Stirrer!!

5 Problems every Lab User faces while working with a Digital Overhead Stirrer!!

Problems

Solutions

Difficult to mix Viscous Liquids

Thick liquids are difficult to mix in the overhead mixer as many strengths and power are required to blend them. As a result, a lot of time is wasted in this process.

Efficient Mixing

The Digital Overhead Stirrer manufactured at DAN Logitech Instruments promotes efficient mixing and stirring liquids that save time for the user.

Excess Heating of the Motor

Due to extra power and force used while mixing liquids, the motor gets heated, damaging the working mechanism of the overhead stirrer mixer.

High-Quality Motor

A robust, Brushless DC motor is used in DAN Logitech’s Overhead Stirrer Mixer that ensures sturdy working of the instrument.

Unstable Stand

The dangling and unstable stand of the overhead mixer makes it difficult for the user to mix liquids. This is unsafe and can spill the liquids into the beaker.

Stabilized Body

DAN Logitech’s Digital Overhead Stirrer has a heavy and broad base to stabilize the body. This helps to hold the whole body and carry out experiments easily.

Vibrating Stirrer

While mixing the liquids at a higher speed, the stirrer starts to vibrate. It does not stay constant and moves in different directions touching the beaker. This leads to liquid spills and damage in the lab.

Fixed Stirrer

The rotary stirrer in the DAN Logitech’s Digital Overhead Stirrer remains constant during the whole process. Therefore, it does not move around the vessel, and there is no damage caused.

Absence of Probe and Temperature Display

A probe is required to record the temperature of the liquids mixed. Unfortunately, the lab overhead stirrer lacks the probe and temperature display, due to which the user cannot check the temperature of the liquids.

Easy to record Liquid Temperature

While mixing liquids, it is sometimes required to record their temperature because liquids tend to heat up on constant stirring. For measuring temperature, a probe is connected, displaying the liquid temperature on the digital LED Display.

Dan Logitech Presents

Overhead
Stirrer

Digital Overhead Stirrer (With Wi-Fi)

Digital Overhead Stirrer (Without Wi-Fi)

Features of Digital Hot Plate with Magnetic Stirrer

LED Display
Inbuilt Audible Alarm
Brushless DC Motor
Effective Stirring Modes (clockwise & anticlockwise)
QR Code to generate User Manual and Demo Video
Timer Setup
Wi-Fi Technology enabled with LabsConnect Software
User-Friendly

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DAN Logitech’s Experience Over Time!!

Why would you buy DAN Logitech’s
Digital Overhead Stirrer?

Glassware compatible
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Digital Lab Overhead Stirrer

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Digital Hot Plate with Magnetic Stirrer

Introduction

A hot plate is a heating element used to heat the solutions evenly in the beaker or vessel placed on it. The hot plate can be heated electronically using an electromagnetic field. Hot plates are easy and safe to use. They provide a fast and uniform heating with excellent performance. Working with hotplates saves a lot of time.

Features

Compact Design
Robustness
Flexibility
Dynamic Body
Shockproof
Water Resistant
Uniformity in temperature

Types

The hot plate comes in various types mainly Aluminium, Stainless Steel and Ceramic Glass. Different types of hot plates are used at different heating levels.

Aluminium Hot Plate – It is used to achieve thermal changes on the plate. This hot plate rapidly cools down and heats up instantly. The Aluminium Hotplate is best used when the experiment is done using adaptors.

Aluminium Hot Plate (Silicon Coated) – This type of hotplate is generally used for 5-Position and 15-Position Magnetic Stirrers. Silicon is skid-free. It prevents the beakers from slipping while the stirring is going on.

Stainless Steel Hot Plate (Polished) – This plate is used at single-position magnetic stirrers. It is a rust free and non-magnetic plate. It is non-reactive to glass beakers and vessels.

Stainless Steel Hot Plate (Ceramic Coated) – The ceramic Coated hotplate is easy to clean. After experimentation, no patches of the vessel or liquid are left on the plate. This plate is non-reactive.

Glass Ceramic Hot Plate – This hotplate is completely made up of glass ceramic. The melting point of this plate is above 1200º C. This type of hotplate is used when the liquids require excessive heat.

Hotplate with Magetic Stirrer

A Hot Plate with Magnetic Stirrer is a table top instrument used to quickly spin or mix a solution with the help of a generated magnetic field. The first Magnetic Stirrer was invented by Richard Stringham of Utah in 1917. He named the stir bar as “Flea” after perceiving certain changes while stirring like the way it jumped and spun in the flask. This laboratory instrument has fixed safety circuits and it meets the international safety standards. It is commonly used in the chemistry and biology labs to mix the components of the solutions and write observations.

Needs

The urge of Magnetic Stirrers with Hot Plates arose when the scientists discovered inadequacy in their experiments because of the following reasons :

The stir bar gets stuck in a viscous mixture due to solid lumps.
The bar gets ruptured from drive management.
Insufficient mixing of the solution.
Damage due to spilled liquids.

Types

Types of Hot Plates with Magnetic Stirrer

DAN Logitech offers a variety of hot plates with magnetic stirrers, each having their own distinctive features. These instruments are available in Analog as well as Digital series.

1. Analog Series

Stainless Steel Top Hotplate 730.DNAG

- Aluminium Moulded Body
- Ceramic Coated Stainless Steel Hotplate
- Large top plate to assist beakers upto 2000 ml
- Temperature Indicator
- Hot Top Indicator above 50°C
- CE Certified
- IP Class 22

Stainless Steel Top Magnetic Stirrer 720.DNAG

- Stainless Steel Hotplate
- Aluminium Moulded Construction
- Large top plate to assist beakers upto 2000 ml
- Stirring Indicator
- Error Display
- Easy Stir Controls
- CE Certified
- High Magnetic Strength
- Stir Knob

Stainless Steel Top Magnetic Stirrer (Octagon Base) 725.DNAG

- Stainless Steel Hotplate
- Aluminium Moulded Construction
- Large top plate to assist beakers upto 5000 ml
- High Magnetic Strength
- Stir Knob
- CE Certified
- Stirring Indicator
- Error Display
- Easy Stir Controls

Stainless Steel Top Magnetic Stirrer with Hotplate 710.DNAG

- Ceramic Coated Stainless Steel Hotplate
- Installed with Safety PT Sensors
- Hot Top indicator
- Stirring and Temperature Indicator
- Large top plate to assist beakers upto 2000 ml
- Easy Temperature and Stir Controls
- Error Indicators
- CE Certified
- IP Class 22
- High Magnetic Strength

3-Position Magnetic Stirrer with Hotplate 716.DNAG.01

- Ceramic Coated Stainless Steel Hotplate
- IP Class 21
- 3 Stirring Positions
- Independent Stirring and Heating positions
- UL Listed
- LED Error Code Display
- Volume Capacity of 20 liters for each station
- Powerful magnets for strong magnetic coupling
- Electronic variable speed control with Knob for display

5-Position Magnetic Stirrer with Heating 410.DNAG.01

- Robust Metallic Construction
- 6 Mode Choices
- Silicon Mat for Anti-Skid
- High Magnetic Strength
- Consistent Heating and Stirring
- BLDC Motor for Smooth Drive
- Knob for Temperature and Speed Adjustment
- IP Class 40
- CE Certified
- UL Listed
- Error Indicator

2. Digital Series

Magnetic Stirrer Digital 450.DNDG

- Aluminium Moulded Construction
- Stainless steel Top
- Easy Stir Controls
- Infrared Sensor
- Stirring Indicator
- High Magnetic Strength
- 7 Mode Selection
- Large top plate to assist beakers upto 200 Ltr
- Electronic Variable Speed Control
- Error Indicators
- CE Certified
- IP Class 22

Ceramic Coated Aluminium Alloy with Magnetic Stirrer 610.DNDG

- Ceramic Coated Aluminium Hotplate
- Chemically Resistant
- Thermal Insulation
- Multi-Turn Intelligent Knob Operation
- PT 100 Temperature Probe
- Error Code Display
- Only with Battery
- Independent LED Display
- Digital Setup of RPM
- IP Class 32
- Selection of Celcius and Fahrenheit
- CE Certified
- UL Listed
- Plate and Probe Selection
- Count-up indication of minutes and hours

Ceramic Coated Stainless Steel Top with Magnetic Stirrer 900.DNDG

- Ceramic Coated Stainless Steel Plate
- IP Class 32
- Aluminium Moulded Body
- CE Certified
- UL Listed
- Chemical Resistant
- Large top plate to assist beakers upto 2000 liters
- Scratch Resistant Plate
- With PT Sensors
- Audible Alarm
- Error Code Display
- Independent Display
- Selection of Plate/Probe Temperature
- Digital Setup of Time and RPM

Glass Ceramic Top with Magnetic Stirrer 500.DNAG

- Glass Ceramic Hotplate
- Scratch and Chemical Resistant Top
- Cera-Click System
- Aluminium Moulded Body
- DIN Connector for External Temperature Probe
- PT 100 Sensors Probe
- Error Code Display
- IP Class 21
- CE Certified
- UL Listed
- Plate/Probe Temperature
- Innovative Spillaway
- Thermal Insulation
- High Magnetic Strength

5-Position Magnetic Stirrer with Heating 411.DNDG.01

- Robust Metallic Construction
- 5 Stirring Positions
- Aluminium Hot Plate
- Hot Top Warning Indication
- Timer Function
- Designed for Synchronous Heating and Stirring
- 6 Mode Selection
- Magnetic Coil Motorless Technology
- UL Listed
- SPC-mode for a low self warming of the surface
- CE Certified
- Constant Stirring Speeds

15-Position Magnetic Stirrer with Heating 415.DNDG.01

- Robust Metallic Construction
- 15 Stirring Positions
- Aluminium Hot Plate
- Hot Top Warning Indication
- Adjustable Reverse Operation for Stirring
- Timer Function
- Designed for Synchronous Heating and Stirring
- 6 Mode Choices
- Continuous Stir Modes Possible
- SPC-mode for a low self warming of the surface
- CE Certified
- Constant Stirring Speeds
- LED Display
- Error Code Display