If you’re searching for the best digital melting point apparatuses, I recommend models with precise temperature control, accuracy within ±1.0°C, and adjustable rise rates between 1 to 6°C/min. Look for options like Cole-Parmer or RY-2 that support testing multiple samples in the 50-300°C range. These devices are ideal for pharmaceuticals, chemicals, or research. Stay with me to explore essential features and top choices that can help you make an informed decision.
Key Takeaways
- Look for models with high measurement accuracy within ±0.5°C to ±1.0°C for reliable results.
- Choose apparatuses with adjustable temperature ranges up to 300-400°C to accommodate various sample types.
- Opt for devices supporting multiple sample testing simultaneously to enhance testing efficiency.
- Ensure user-friendly digital interfaces with clear displays, calibration features, and preset modes for ease of operation.
- Consider brands with proven durability, precise temperature control, and compatibility with laboratory or research environments.
Melting Point Apparatus for Testing Organic Substances
If you’re working with organic substances and need precise melting point data, a melting point apparatus with a test range of 50-300°C is your best choice. I recommend this device for its accuracy within ±1.0°C, making it reliable for quality control and research. It can measure up to three samples simultaneously, saving time and increasing efficiency. The apparatus uses a standard mercury thermometer for precise temperature readings and features a manually adjustable heater voltage controlled via touch button. Observing the melting process through a magnifying glass ensures clarity. This setup is perfect for testing drugs, reagents, fragrances, and crystalline substances in a laboratory setting.
Best For: researchers and quality control laboratories working with organic crystalline substances, drugs, reagents, or fragrances requiring precise melting point measurements.
Pros:
- High accuracy within ±1.0°C for reliable results
- Capable of testing three samples simultaneously, enhancing efficiency
- Features manual heater voltage control and magnified observation for precise operation
Cons:
- Limited temperature range of 50-300°C may not suit all substances
- Manual adjustments require operator skill and attention
- Dependence on mercury thermometer may pose safety or environmental concerns
Melting Point Tester with Test Range 50-300°C
The Melting Point Tester with a test range of 50-300°C is ideal for laboratories that need precise, simultaneous analysis of multiple samples. It can test three samples at once, saving time and increasing efficiency. The device offers accurate readings within 1.0°C, thanks to the standard mercury thermometer used for precise temperature measurement. Temperature control is straightforward, with manual heater voltage adjustments and a digital voltmeter display. Melting observations are made through a magnifying glass, ensuring clear visibility. This tester is perfect for labs requiring reliable, multi-sample melting point analysis within a broad temperature range.
Best For: laboratories seeking efficient, accurate, and simultaneous melting point analysis of multiple samples across a broad temperature range.
Pros:
- Allows testing of three samples simultaneously, increasing throughput.
- Provides precise temperature measurement with a standard mercury thermometer.
- Features manual heater voltage adjustment and clear observation through magnifying glass.
Cons:
- Manual adjustment of heater voltage may require skill and attention.
- Limited to a temperature range of 50-300°C, which may not suit very high or low melting point samples.
- Reliance on a mercury thermometer necessitates careful handling and calibration.
Digital Melting Point Apparatus for Testing Range (50-300)°C, ±1.0°C Accuracy, Adjustable Rise Rate
This digital melting point apparatus stands out for its precise temperature control within a testing range of 50 to 300°C, making it ideal for laboratories requiring accurate melting point determination. It offers an accuracy of ±1.0°C, ensuring reliable results. The adjustable rise rate, with options of 1.0, 2.0, 4.0, or 6.0°C/min, provides flexibility for different samples. Equipped with a standard mercury thermometer and a digital voltmeter, it allows easy monitoring and manual adjustment of heater voltage via touch buttons. The device also supports testing up to three samples simultaneously and observing melting through a magnifying glass, making it efficient and user-friendly.
Best For: laboratories and research facilities requiring precise, reliable melting point measurements of multiple samples with adjustable testing parameters.
Pros:
- High measurement accuracy of ±1.0°C ensures dependable results
- Adjustable temperature rise rates (1.0, 2.0, 4.0, 6.0°C/min) offer flexibility for different samples
- Capable of testing up to three samples simultaneously for efficient workflow
Cons:
- Manual adjustment of heater voltage may require some user familiarity
- Limited temperature range (50-300°C) may not suit all melting point testing needs
- Observation through magnifying glass might be less effective for very small samples or in poorly lit environments
Cole-Parmer Digital Melting Point Apparatus; 120 VAC
For those seeking precise and efficient melting point measurements, the Cole-Parmer Digital Melting Point Apparatus with 120 VAC stands out as an excellent choice. It features digital temperature control, measurement, and display, eliminating the need for glass thermometers. You can test two samples simultaneously and view melts through a magnifying lens with built-in illumination. The apparatus offers a maximum temperature of 300°C with ±1.0°C accuracy at 20°C, making it reliable for precise results. Its simple operation, unattended warm-up, and compact design make it a versatile tool for any laboratory. Plus, it comes with a three-year warranty, ensuring peace of mind.
Best For: laboratories and researchers seeking precise, efficient melting point measurements with digital control and dual-sample testing.
Pros:
- Digital temperature control and display eliminate the need for glass thermometers for enhanced safety and accuracy
- Simultaneous testing of two samples increases productivity and efficiency
- Compact design with built-in illumination and magnifying lens makes it easy to view melts clearly
Cons:
- Maximum temperature of 300°C may be insufficient for some high-temperature applications
- Slight temperature accuracy variation (±2.5°C at 300°C) could affect extremely precise measurements
- Limited to testing two samples at a time, which may be a drawback for high-volume laboratories
1101D Digital Melting Point Apparatus (115-120V)
If you’re seeking an affordable, user-friendly digital melting point apparatus suitable for multiple users, the 1101D Digital Melting Point Apparatus (115-120V) stands out. It measures melting points from 5°C to 400°C with a clear, large LCD display that minimizes eye strain. Its ergonomic design includes a height-adjustable extension arm and a rotatable viewing head with 8X magnification, making detailed observation easy. The simple membrane keypad and quick temperature control ensure intuitive operation. Plus, it can handle three samples simultaneously, with audible signals confirming stability. Overall, it offers reliable, precise results while being easy to use and space-efficient.
Best For: laboratories or research facilities seeking an affordable, user-friendly digital melting point apparatus capable of handling multiple samples with precise temperature control.
Pros:
- Easy to operate with intuitive membrane keypad and quick temperature adjustments
- Ergonomically designed for comfortable viewing with adjustable arm and magnifier
- Capable of measuring three samples simultaneously with stability indicators for efficient workflow
Cons:
- Limited to 400°C maximum temperature, which may not suit all high-temperature applications
- Requires access to a power source (115-120V), limiting portability in some settings
- Digital resolution is 1°C, which might be insufficient for applications needing higher precision
Melting Point Apparatus with Test Range 50-300°C
The Melting Point Apparatus with a test range of 50-300°C stands out as an excellent choice for laboratories working with organic compounds, drugs, and fragrances. Its accuracy of ±1.0°C ensures reliable measurements, vital for quality control and research. With the ability to measure up to three samples simultaneously, it boosts efficiency. The device features a standard mercury thermometer for precise temperature readings and a manually adjustable heater voltage controlled via a touch button, with a digital voltmeter display. Observations are made through a magnifying glass, providing clear visualization of the melting process. Overall, it’s a versatile and dependable tool for accurate melting point determination.
Best For: laboratories involved in quality control, research, and development of organic compounds, drugs, and fragrances seeking precise melting point measurements.
Pros:
- High accuracy of ±1.0°C ensures reliable results
- Capable of measuring up to three samples simultaneously to increase efficiency
- Equipped with a standard mercury thermometer and digital voltmeter for precise temperature monitoring and control
Cons:
- Manual adjustment of heater voltage may require some skill and attention
- Limited test range of 50-300°C may not suit substances requiring higher or lower temperatures
- Observation through magnifying glass may be less effective for very small or opaque samples
YIHUA 959D Digital Hot Air Rework Station
The YIHUA 959D Digital Hot Air Rework Station stands out as an excellent choice for hobbyists and professionals seeking reliable, versatile rework tools. It heats quickly with improved elements, reaching up to 932°F, and maintains stable temperature control with an 18°F accuracy. The high airflow of 120L ensures efficient component removal and reflow tasks. Its three preset channels allow fast switching between settings, saving time. Built with durable materials and safety features like automatic cool-down and fail-safe mechanisms, it’s ideal for delicate microsoldering and rework. Overall, it offers solid performance, safety, and value, making it a top pick for electronics repair.
Best For: Hobbyists, technicians, and DIY electronics enthusiasts seeking an affordable, reliable, and versatile hot air rework station for delicate component removal and reflow tasks.
Pros:
- Rapid heating with stable temperature control up to 932°F, ideal for precise rework
- High airflow output of 120L facilitates efficient component removal and reflow processes
- Durable construction with safety features like automatic cool-down and fail-safe mechanisms
Cons:
- Long cooling time after use can delay subsequent tasks
- Occasional auto-off malfunctions or hardware failures reported by some users
- Limited to 110-127V US power supply, not suitable for international use without voltage adjustment
Digital Melting Point Apparatus with Test Range and ±1.0℃ Accuracy
A digital melting point apparatus with a test range of 50-300°C and ±1.0°C accuracy is ideal for laboratories demanding precise and reliable measurements. It allows simultaneous testing of three samples, saving time and increasing efficiency. The device features a magnifying glass to observe the melting process clearly, ensuring accurate readings. It uses a standard mercury thermometer for precise temperature measurement, with a manually adjustable heater voltage for optimal control. The digital voltmeter displays voltage levels, assisting in consistent testing conditions. Overall, this apparatus combines digital controls with traditional tools, providing dependable results for quality assurance and research purposes.
Best For: laboratories and research facilities requiring precise, reliable melting point measurements for multiple samples simultaneously.
Pros:
- Allows testing of three samples at once, improving efficiency
- Accurate measurement with ±1.0°C precision ensures reliable results
- Combines traditional mercury thermometry with digital controls for ease of use
Cons:
- Manual adjustment of heater voltage may require experience for optimal control
- Limited temperature range of 50-300°C may not suit all applications
- Dependence on mercury thermometer, which may be phased out in some regions due to safety concerns
Digital Melting Point Apparatus for Testing Reagents, Fragrances, Dyes, 50-300°C
If you’re testing reagents, fragrances, or dyes within a temperature range of 50-300°C, this digital melting point apparatus offers an excellent solution. It can simultaneously test three samples, saving time and increasing efficiency. The device features a standard mercury thermometer for accurate temperature readings and a digital voltmeter to monitor heater voltage precisely. You can easily adjust the heater voltage via a touch button, ensuring ideal control. Melting observations are made through a magnifying glass, providing clear visual detection. This setup is ideal for lab work requiring reliable, precise melting point measurements across a broad temperature range.
Best For: laboratory professionals and researchers requiring precise, simultaneous melting point testing of reagents, fragrances, or dyes within 50-300°C.
Pros:
- Allows testing of three samples at once, increasing efficiency.
- Features a digital voltmeter and standard mercury thermometer for accurate temperature control.
- Easy heater voltage adjustment via touch button for precise temperature setting.
Cons:
- Limited to a temperature range of 50-300°C, not suitable for higher melting point materials.
- Requires careful handling of electrical components and glass samples.
- Observation depends on visual detection through a magnifying glass, which may be less precise for very fine melting points.
Professional Digital Melting-point Apparatus WRS-2
For professionals who need precise and reliable melting point measurements, the WRS-2 stands out as an excellent choice. This apparatus measures melting points from room temperature up to 300°C, offering high accuracy—±0.5°C below 200°C and ±0.8°C between 200-300°C. Its photoelectric test, LCD display, and digital keyboard make operation straightforward, while the direct melting curve display enhances clarity. Built from durable steel, it’s suitable for laboratory and industrial use. Powered by mains electricity with no batteries required, the WRS-2 is a dependable, efficient tool for industries like pharmaceuticals, dyes, perfumes, and organic synthesis.
Melting Point Apparatus with Digital Voltmeter
Those seeking precise temperature control and accurate readings will find the Melting Point Apparatus with Digital Voltmeter to be an ideal choice. It features adjustable temperature rise rates from 1.0 to 6.0°C/min, with a test range of 50°C to 300°C. The device includes a standard mercury thermometer for reliable measurement and can test three samples simultaneously, improving efficiency. The digital voltmeter displays heater voltage for precise control, while a magnifying glass allows clear observation of melting. Designed for straightforward operation, it’s perfect for laboratory analysis, quality control, or research requiring accurate melting point data.
Best For: researchers, quality control professionals, and educators requiring precise melting point measurements in laboratory settings.
Pros:
- Adjustable temperature rise rates from 1.0 to 6.0°C/min for versatile testing conditions
- Capable of testing three samples simultaneously to increase efficiency
- Digital voltmeter provides accurate heater voltage monitoring for precise temperature control
Cons:
- Limited test range from 50°C to 300°C, which may not suit high-temperature applications
- Manual voltage adjustment requires operator attention and control
- Potential dependency on visual observation through the magnifying glass, which may introduce subjective interpretation
BK882 Soldering Station 2-IN-1 Hot Air Rework Station
The BK882 Soldering Station 2-IN-1 Hot Air Rework Station stands out as an ideal choice for professionals and serious hobbyists seeking a versatile, space-saving tool. It combines a soldering iron and hot air rework station in one compact unit, with independent controls and preset temperature modes for quick adjustments. The digital display ensures precise temperature monitoring, while auto sleep mode extends tip life. With a maximum power of 650W, it heats quickly and accurately for various tasks, from circuit repair to jewelry work. Complete with multiple tips, nozzles, and accessories, it’s a reliable, user-friendly option for demanding electronic projects.
Best For: DIY enthusiasts, professional electronics repair technicians, and hobbyists seeking a versatile, space-saving soldering and rework station with precise temperature control and comprehensive accessories.
Pros:
- Dual-function design combines soldering iron and hot air rework station for versatile use
- Precise digital temperature calibration with preset modes for quick adjustments
- Auto sleep mode extends tip life and reduces energy consumption
Cons:
- May be bulky for very tight workspace setups
- Requires familiarity with temperature calibration for optimal performance
- Accessories, while comprehensive, may need replacement over time with heavy use
RY-2 Melting Point Tester, Digital Apparatus with 50-300°C Test Range
If you’re seeking a reliable digital melting point apparatus that offers precise measurements within a broad temperature range, the RY-2 Melting Point Tester is an excellent choice. It measures melting points from 50 to 300°C with ±1.0°C accuracy, making it perfect for quality control. The device features a 100W heater, adjustable voltage, and a digital voltmeter display. You can test three samples simultaneously and observe melting behavior through a magnifier. Compact and easy to operate, it’s ideal for labs needing efficient, accurate melting point analysis across various substances like drugs, spices, and dyes.
Best For: laboratories and quality control professionals needing precise, reliable melting point measurements for substances like drugs, spices, and dyes within a 50-300°C range.
Pros:
- Accurate ±1.0°C measurement within a broad temperature range of 50-300°C
- Supports testing of three samples simultaneously for improved efficiency
- Compact design with digital display and magnified observation for ease of use
Cons:
- Requires a stable power supply of 110V or 220V, which may limit portability in some locations
- Operating temperature range (15-35°C) may need controlled environment for optimal results
- Limited to substances with melting points within specified range, not suitable for higher or lower melting substances
RY-2 Digital Melting Point Apparatus
The RY-2 Digital Melting Point Apparatus stands out for its ability to test multiple samples simultaneously, making it ideal for quality control labs handling high-throughput testing. I appreciate its precise temperature measurement from 50°C to 300°C with an accuracy of ±1.0°C, ensuring reliable results. It features a standard mercury thermometer, adjustable heating voltage, and a digital voltmeter display. Observing the melting process is easy through the magnifier, and testing three samples at once boosts efficiency. Compact and lightweight, it’s perfect for busy labs requiring accurate, quick melting point determinations of drugs, spices, or dyes.
Best For: laboratories conducting high-throughput quality control testing of drugs, spices, dyes, and other substances requiring precise melting point analysis.
Pros:
- Allows testing of three samples simultaneously, increasing efficiency.
- High accuracy of ±1.0°C over a wide temperature range (50°C to 300°C).
- Easy observation of melting process through magnifier and digital display features.
Cons:
- Limited to a usage temperature range of 15–35°C, which may require controlled room conditions.
- Requires standard mercury thermometers, which need careful handling and calibration.
- Slightly bulky for very compact or portable lab setups.
Melting Point Instrument with Test Range 50-300°C
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For laboratories needing reliable melting point measurements within a broad temperature range, the Melting Point Instrument with a test range of 50-300°C stands out. It offers ±1.0°C accuracy, ensuring precise results for drugs, reagents, dyes, and fragrances. The device supports testing three samples simultaneously, boosting efficiency. It includes a standard mercury thermometer for temperature verification and features manual heater voltage control with a digital voltmeter for accuracy. Melting is observed through a magnifying glass for clear visualization. Compact and user-friendly, this instrument is ideal for quality control and research, delivering consistent and dependable melting point determinations.
Best For: Laboratories and quality control professionals needing precise melting point measurements for pharmaceuticals, chemicals, dyes, and fragrances within a broad temperature range.
Pros:
- Supports testing of three samples simultaneously, increasing efficiency.
- Features manual heater voltage control with a digital voltmeter for accurate temperature regulation.
- Includes a standard mercury thermometer for reliable temperature verification.
Cons:
- Manual adjustment of heater voltage may require careful operation to ensure consistency.
- Limited to a maximum temperature of 300°C, which may not suit higher melting point substances.
- The device’s reliance on visual observation through a magnifying glass may require good lighting and focus for accurate readings.
Factors to Consider When Choosing a Digital Melting Point Apparatus
When selecting a digital melting point apparatus, I focus on key factors like measurement accuracy and temperature range flexibility to guarantee reliable results. I also consider the sample capacity and how easy the user interface is to operate, as these can impact efficiency. Finally, clear observation methods are vital for precise readings and straightforward analysis.
Measurement Accuracy
Choosing a digital melting point apparatus with high measurement accuracy is vital for obtaining reliable results. I recommend selecting a device with at least ±1.0°C accuracy to ensure precise data. The temperature sensor, whether platinum RTD or mercury thermometer, should deliver consistent and accurate readings. Check that the digital display resolution is at least 1°C or better, so small temperature changes during melting are detectable. It’s also important that the apparatus maintains stable, uniform temperature control throughout testing, minimizing errors. Additionally, a model that allows calibration and adjustments helps sustain accuracy over time and under varying conditions. Prioritizing these factors guarantees you’ll get dependable melting point measurements, which are essential for accurate compound characterization and quality control.
Temperature Range Flexibility
Ensuring your digital melting point apparatus covers the appropriate temperature range is vital for accurately measuring a wide variety of samples. Most substances melt between 50°C and 300°C, so selecting a device that fits within this range is essential. Look for models with adjustable heating rates, such as 1°C/min to 6°C/min, to fine-tune measurements. Multiple temperature settings or presets can streamline testing different sample types efficiently. If you work with unusual compounds, check whether the apparatus allows range extension or customization to test melting points outside standard limits. Accurate temperature control within ±1°C guarantees reliable, reproducible results. Prioritizing flexibility in the temperature range helps you adapt to diverse samples and maintain measurement precision.
Sample Capacity
The capacity of a digital melting point apparatus directly impacts laboratory productivity by determining how many samples can be tested at once. Most units typically measure two to three samples simultaneously, which helps optimize time and resource use. If you need to test many samples regularly, higher capacity models can boost efficiency, but they often require a larger footprint and more complex temperature control systems to maintain uniform heating. It is crucial to choose a device with a capacity that matches your testing volume to prevent frequent reconfigurations or the need for additional equipment. Adequate sample capacity also enables concurrent testing of multiple substances, which is essential for comparative analysis and quality control, ensuring smoother workflow and reliable results.
User Interface Ease
A user-friendly digital melting point apparatus makes operation straightforward, which is essential for accurate and efficient testing. Intuitive controls like touch buttons and a clear digital display reduce the learning curve, making it easier for both beginners and experienced users. Simple menu navigation and labeled function keys allow quick adjustments of temperature range, heating rate, and sample count, saving time and minimizing errors. An ergonomic design and accessible interface help operators work comfortably and precisely, decreasing the chance of mistakes. Clear visual indicators, such as digital readouts and status lights, enable real-time monitoring and accurate readings without confusion. Automated features like preset modes and auto-stabilization further streamline the process, ensuring consistent results with minimal effort.
Observation Method Clarity
Choosing a digital melting point apparatus with excellent observation clarity is essential for accurate results. Clear visibility through a high-quality magnifying glass, ideally 8X or more, helps me detect melting points precisely. Good lighting, whether built-in or external, enhances contrast and reduces eye strain, making it easier to observe subtle changes. An observation window or lens with minimal distortion ensures I don’t miss critical melting events. Devices that allow unobstructed viewing and manual focus adjustment give me control over the visual process, increasing reliability. When selecting an apparatus, I look for features that promote sharp, bright images and easy focus, so I can confidently identify the exact melting point without guesswork. Clear observation is the foundation of consistent, accurate measurements.
Calibration Features
Accurate temperature readings rely heavily on effective calibration features in a digital melting point apparatus. These features ensure the device provides reliable measurements vital for precise melting point determination. Many models offer automatic calibration options that use built-in standards or external sources, simplifying the process and reducing user error. Manual calibration functions are also common, enabling users to verify or set the temperature accuracy periodically, which helps maintain consistency over time. Proper calibration capabilities prevent errors caused by device drift or sensor inaccuracies, guaranteeing compliance with quality standards. Additionally, choosing a unit with user-friendly calibration procedures saves time and minimizes mistakes during routine testing. Overall, reliable calibration features are essential for achieving accurate, consistent, and trustworthy results in melting point analysis.
Cost and Warranty
The cost of digital melting point apparatuses varies considerably, from affordable models around $100 to premium units over $1,000, making it essential to take your budget carefully. While lower-priced options may suit basic needs, they often lack advanced features or robust build quality. A good warranty, typically between 1 to 3 years, provides peace of mind by covering defects and technical issues, saving you repair costs. Some manufacturers offer extended or lifetime warranties, which can increase the initial price but reduce long-term expenses. When choosing, consider ongoing costs like calibration, maintenance, and replacement parts, as these can add up. Devices with longer or extensive warranties might cost more upfront, but they tend to be more cost-effective over time by minimizing unexpected repair expenses.
Frequently Asked Questions
How Do Digital Melting Point Apparatuses Improve Testing Accuracy?
Digital melting point apparatuses improve testing accuracy by providing precise temperature control and instant readings. I find that their digital displays eliminate guesswork, making measurements more reliable. They often feature automatic detection of melting points, reducing human error. Additionally, these devices offer faster results and better reproducibility, which helps me confidently identify substances and ensure quality in my work. Overall, they make melting point determination more straightforward and dependable.
What Maintenance Is Required for Digital Melting Point Devices?
Imagine a lab where a digital melting point device suddenly stops working mid-test. Regular maintenance keeps this from happening. I guarantee the device’s cleanliness by gently cleaning the sample chamber and calibrate it periodically to maintain accuracy. Each month, I check the electronic connections and update software if needed. Proper maintenance not only prolongs the device’s lifespan but also guarantees consistent, reliable results every time I use it.
Can Digital Melting Point Apparatuses Test Non-Organic Substances?
Digital melting point apparatuses are primarily designed for organic compounds, so they might not be suitable for testing non-organic substances. Non-organic materials often have different physical properties, like conductance or magnetic traits, that these devices can’t measure accurately. If you’re working with inorganic samples, I recommend using specialized equipment tailored for those materials to guarantee precise and reliable results.
How Do Temperature Calibration Procedures Differ Among Models?
Back in the day, calibration was a bit like tuning a vintage radio—fiddly but essential. Today, calibration procedures differ among models mainly in complexity and automation. Some use built-in calibration standards and auto-adjust features, making the process quick and precise. Others require manual calibration with external standards and more hands-on input. I find that understanding each model’s specific steps helps guarantee accurate, reliable melting point measurements every time.
Are There Portable Options for Field Testing With Digital Melting Point Devices?
You’re asking if there are portable digital melting point devices suitable for field testing. Yes, I’ve found that some models are compact and lightweight, making them perfect for on-the-go use. They often feature rechargeable batteries and simple interfaces, so I can quickly test samples anywhere. These portable options are reliable, providing accurate readings outside the lab, which is a huge advantage for fieldwork or quick quality checks on-site.
Conclusion
Choosing the right digital melting point apparatus can feel overwhelming, but the perfect one is out there, waiting to reveal its true precision. Imagine uncovering the hidden details of your samples with unmatched accuracy—are you ready to take that leap? Don’t settle for less; the right instrument could be the key to revealing new discoveries. So, are you prepared to elevate your testing to a whole new level? The next step is yours.
