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Description
MSL 50 Digital Magnetic StirrerVELP MSL 50 Digital Magnetic Stirrer The VELP MSL 50 Digital is a high volume magnetic stirrer engineered for precision mixing in demanding lab environments. Built to handle volumes up to 50 L, it delivers powerful and consistent performance thanks to a brushless motor and VELP's SpeedServo technology, which automatically compensates for viscosity changes to maintain a constant stir rate. A clear digital display makes it simple to set working
VELP MSL 50 Digital Magnetic Stirrer
The VELP MSL 50 Digital is a high-volume magnetic stirrer engineered for precision mixing in demanding lab environments. Built to handle volumes up to 50 L, it delivers powerful and consistent performance thanks to a brushless motor and VELP's SpeedServo™ technology, which automatically compensates for viscosity changes to maintain a constant stir rate. A clear digital display makes it simple to set working conditions accurately, while the built-in timer, auto-reverse, and intermittent mode give users precise control over any application. Its stainless steel cover stays cool during continuous operation and makes colour change and particle detection straightforward, while the shielded control panel and safety lock protect against accidental changes and liquid spills. Designed in Italy, the MSL 25 Digital is a dependable workhorse for high-volume lab work.
Features
- Clear digital display for accurate setup of speed and working conditions
- Gentle start and precise low-speed control from 40 rpm to protect sensitive samples
- SpeedServo™ technology actively maintains constant stirring speed against viscosity changes
- Built-in programmable timer for hands-free, unattended operations
- Auto-reverse function periodically reverses stir direction to improve mixing efficiency
- Intermittent mode for pulsed stirring to match any application requirement
- Safety lock function prevents accidental changes during a run
- Automatic shut-down after 10 seconds of inactivity for added safety
- Stainless steel cover stays cool during continuous use and allows easy visualization of particles and colour changes
- Spill-shielded control panel for added safety in busy lab environments
- Brushless motor for sustained power, low maintenance, and a long service life
Specifications
| Stirring Volume | Up to 50 L |
| Speed Range | 40-1,500 rpm |
| Speed Accuracy | 10 rpm |
| Speed Control | Digital |
| Torque Compensation | SpeedServo™ |
| Motor Type | Brushless |
| Plate Material | Stainless steel |
| Timer | Yes |
| Auto-Reverse | Yes |
| Lock Function | Yes |
| Intermittent Mode | Yes |
| Automatic Shut-Down | Yes, after 10 seconds |
| Power Consumption | 9 W |
| Input Voltage | 100-240 V / 50-60 Hz |
| Dimensions (W x H x D) | 253 x 71 x 269 mm |
| Permissible Ambient Temperature | 5-40 °C |
| Weight | 4 kg |
| Origin | Designed and manufactured in Italy |
Documentation:
Brochure
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4.6 ★★★★★
Based on 28 reviews
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Product Reviews
★★★★★ 5
Excellent book on ML
Format: Paperback
This is a great book on machine learning. Topics covered are extensive - from beginner level to advanced topics including math behind different algorithms. However, not "all" algorithms are covered. Please go through the table of contents.
The first part - 11 chapters - covers machine learning concepts and second part covers advanced topics with Pytorch. There are lots of excellent code and they work!!
The quality of the book I received is excellent. I have gone through all 742 pages, and it has held up very well!!
I used Jupyter notebook to run all examples. I created a new notebook and copied and pasted the code and ran them. This approach worked very well for me. At the same time, I could experiment with my take on the code snippets and definitely added to my knowledge.
Only issue I have is on the second part of the book discussing PyTorch: (1) Some packages are a bit older version: e.g., transformer 4.9.1 whereas current version is 4.48+. It took some tweaking/recoding to get the examples working. (2) There is not much discussion on why certain architecture was chosen - e.g., number of layers, is there a rule of thumb on how to improve performance by changing these parameters? Even with CUDA the code run for a long time. Therefore, experimenting with different values of parameters become too time consuming. (3) On the same note, if I can achieve test accuracy of 90%+ using logistic regression and almost the same (perhaps one or two percent better with PyTorch with IMDB movie review dataset and that two much faster why should I use PyTorch for this dataset? Obviously, PyTorch is for certain types of problems. Discussions can be included by not adding to the exhaustive (and apt) contents.
Personally I was disappointed by lack of any example on time series.
Must have for ML practitioner as a reference and guide.
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Reviewed in the United States on December 20, 2024
★★★★★ 5
Excellent Textbook for Hands-On Learning of ML
Format: Kindle
This textbook is for the serious life-long learners of machine learning. There are at least two ways to ‘consume’ this book.
For the expert in ML, this is a textbook to study as a clear comprehensive ML overview and then to dive into sections of interest or ignorance. The concepts are grounded in code examples and are well cited (with links) to sources. Further, this textbook is appropriate if you are TensorFlow-centric and want to broaden into cutting-edge ML models/tools coded in PyTorch.
For a new learner to ML, this is a textbook to DO (not just READ) with hands-on and brain-engaged. If you realize that ML is a key life-long skill for your career, consider this textbook as part of a daily learning habit (10-30 min).
From personal experience, my advice to the new learner is as follows… First, clone the GitHub repository, setup your Python environment, and study the textbook, while working through the notebooks. Go on tangents and break the code. Do this methodically as part of your daily learning habit, but do not hesitate to jump ahead several chapters to prepare for tomorrow’s meeting. There is enough excellent material here for a full year of ML adventures.
I did a similar strategy with Raschka’s first textbook. About four years ago, I had finished Andrew Ng’s Deep Learning Specialization as a student in his first cohort. I knew the concepts well but could not do the actual application coding. I was surprised how my Python coding improved by following Raschka’s clean and elegant style. And Raschka’s code examples were meaty enough to be springboards into working applications.
Several textbook editions later, what is different about this new edition?
First, it moves you through scikit-Learn (a firm foundation) to PyTorch, instead of TensorFlow. PyTorch is a better stepping-stone, both conceptually and practically. With PyTorch, you will go further with less energy, while being able to convert your efforts into TensorFlow as needed. In addition, most of the cutting-edge ML/AI/DL research is in PyTorch. It is nice to read a recent arXiv paper, clone their repository, click on the Colab tutorial, and replicate their experiments, along with picking up a ton of new coding tricks & tips. I am excited to work through these PyTorch sections to hone my skills.
Second, there is a clear recognition of model tracking and tuning practices. This is often a gap in other ML textbooks and courses. Once you progress beyond the simple demo examples in a lecture, you realize that the real work is experiments, more experiments, and still more experiments, so that you must understand what the model architecture and hyperparameters are doing to your dataset. There is good coverage of scikit-Learn pipeline, grid search, model performance, and the like.
Third, ML/AI/DL practice is rapidly evolving. Every week new ML packages/services become available that could save much grief on your current project. What is refreshing about Raschka’s textbook series is that he constantly adding cutting-edge topics because he likes to stay current and to help us stay current. Hence, this edition contains recent ML treats as: transformers, self-supervised learning, autoencoders-to-GAN, graph neural networks, DBSCAN, t-SNE (with brief mention of UMAP), and PyTorch-Lightning.
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Reviewed in the United States on February 26, 2022
★★★★★ 4
Just learning it
Format: Paperback
Nice learning book just have to finish it
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Reviewed in the United States on December 10, 2025
★★★★★ 5
Very useful book
Format: Paperback
I use it for the machine learning class I teach.
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Reviewed in the United States on May 3, 2026
★★★★★ 5
Cover many areas in detail and recommendations for more to read for what's outside
Format: Paperback
Good book!
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Reviewed in the United States on May 4, 2026
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