Updated on Jul 02, 2023 · 5 mins read
Common Problems of Blender and How to Solve Them
Architecture & Content Writing
Table of Contents
Interface and viewport issues, black and invisible elements, hardware bottlenecks.
Blender has seen a sudden surge in popularity recently, and with it, a more-than-noticeable uptick in its number of users. Aside from it being free and open-source, the Blender development community has been working on plenty of game-changing updates and new features.
But new technology also comes with its fair share of quirks and bugs, especially when used with low-end devices: most digital art novices don’t usually have the experience or budget to use expensive machines. And regardless of a user’s skill level or work setup though, troubleshooting tips are always appreciated.
Photo by Sangharsh Lohakare on Unsplash
So today, we’ll be talking about some common problems with Blender and some solutions for these issues.
Sometimes, issues arise even before you get to the rendering stage of your workflow. Weird issues when trying to zoom in, missing background and reference images, and glitchy interface problems are some of the more commonly encountered problems.
Some users may find that when trying to zoom into something in Perspective view, there’s a limit to how much they can zoom in. In those cases, the zoom reference most probably has a center point that the viewport is very close to already. You can remedy this by centering your 3D cursor on the object you want to zoom into with the Numpad dot (.) key.
In certain cases, Blender workflows require users to utilize reference images to create accurate 3D models. There are cases where those reference images suddenly disappear after orbiting the view. Simply switch the view into Perspective as opposed to Orthographic.
In some extreme cases, Blender’s user interface starts to exhibit peculiar screen glitches. The most common causes are hardware acceleration settings or on-screen effects that your OS applies to Blender by default. Try to disable these to see if this fixes the problem.
Lastly, some of these problems might just be bugs in the copy of Blender you have installed. Although there are plenty of useful Blender plug-ins users might want to install, these can also be causes for certain glitches or bugs. As a last resort, you can do a clean reinstall Blender and all of your personal add-ons by uninstalling your current copy and downloading and installing the latest Blender release and versions of the plug-ins.
If you’re finding that your render progresses smoothly right up until the end, after which it turns completely black, double-check that your nodes are correctly connected with each other. Oftentimes, it’s a simple case of your compositing node not being connected to its adjacent nodes or “use nodes” not being ticked.
Double-checking that you have the appropriate options ticked on is also generally a good rule of thumb when you find yourself dealing with missing objects in your final render output. With how complex some renders can be, we can sometimes forget that we disabled certain objects for rendering somewhere down the line. Utilize Blender’s outliner and pinpoint the hidden or missing objects to try and check its settings.
For clipping issues with specific rendered objects in your Blender file, you can double-check the corresponding camera object for that render and fix up its clipping settings. Under the lens section of a camera’s settings, you can finetune the clipping start and end to figure out what settings solve your clipping problem.
Sometimes, issues arise when Blender starts pushing against the upper limit of your computer’s hardware capabilities. This might result in all kinds of issues, from poor and slow program performance to disabled features, and even sudden program crashes. In those cases, the most common culprits are the RAM or the GPU.
You can check if the RAM is the problem by opening up your Task Manager on Windows, the Activity Monitor on Mac, or the System Monitor on Linux. There, you can see just how much RAM Blender is using. A quick solution would be to optimize the file you’re working on in Blender - simplify your geometry, minimize the number of active particles, and use fewer textures. This can help lessen the load on your hardware and reduce rendering times. There are plenty of Blender classes and courses available that teach you good modeling practices that prioritize the use of simple, clean geometry.
For problems arising from GPU limitations, it might be a driver-related issue. So first, check that you have the most updated drivers installed for your computer’s graphics card. And second, also check you have the appropriate type of driver installed. Nvidia and AMD both have drivers that are optimized either for work or for games. Make sure the version you have installed is optimized for Blender use.
Photo by Batu Gezer on Unsplash
A long-term solution would be to upgrade your RAM or graphics card but even lower-end devices should be able to run Blender efficiently when utilized correctly. Alternatively, you could also opt for cloud-computing services such as Vagon to use top-quality computing power at a fraction of the price of upgrading your machine.
It can be frustrating to have unforeseen issues pop up during complex modeling and animating workflows. It gets all the more upsetting when you can’t figure out what’s causing the problem. In those cases, what usually comes next is a series of trial-and-error tweaks to figure out the solution. Hopefully, the list we’ve gone through today will help lessen the time it takes to figure out a workaround.
Get your high performance cloud PC with 1-hour usage included in 7 days trial.
your personal, high-performance computer on the cloud.
San Francisco, California
- Login | Register
- Video Producers
- CAD Engineers
- Game Designers
- Explore All
- Design Studios
- Architecture Firms
- Production Houses
- Terms and Conditions
- Faster Rendering in Blender
- Faster Export in Premiere Pro
- Faster Rendering in After Effects
- Faster Rendering in Revit
- Run Revit on macOS
In Most Cases,which Problem Solving Variation Would Be Used for Blenders,a
In most cases,which problem solving variation would be used for blenders,a restaurant for lunch,or professional ball game tickets?
A) routine response behavior B) extended problem solving C) simulated selection D) integrated problem solving E) limited problem solving
10+ million students use Quizplus to study and prepare for their homework, quizzes and exams through 20m+ questions in 300k quizzes.
Explore our library and get Marketing Homework Help with various study sets and a huge amount of quizzes and questions
Unlock this Answer For Free Now!
View this answer and more for free by performing one of the following actions
Get instant 2 free unlocks once you install the browser extension
Scan the QR code to install the App and get 2 free unlocks
Unlock quizzes for free by uploading documents
- Textbook Solutions
- Writing Services
- Study Documents
- Homework Help
- Homework Answers
Question : 5-101HIGH INVOLVEMENTCOMPREHENSION For high-involvement purchases, consumers typically do all of the : 1829605
5-101 HIGH INVOLVEMENT COMPREHENSION
For high-involvement purchases, consumers typically do all of the following EXCEPT:
a. spend considerable time evaluating criteria for the consideration set.
b. participate in word-of-mouth communication.
c. evaluate a single product attribute, such as price.
d. consider many brands.
e. use both internal and external sources in information search.
5-102 HIGH INVOLVEMENT APPLICATION
NetJets is a company that offers 1/16 or more ownership in a jet plane for a price beginning at $325,000. It gives purchasers privacy, convenience, and flexibility as well as saves them time since the plane is available within four hours unless it’s booked by one of the other shareholders. This is MOST LIKELY an example of
a. a medium-involvement purchase that involves limited problem solving.
b. a high-involvement purchase that involves routine problem solving.
c. a high-involvement purchase that involves extended problem solving.
d. a low-involvement purchase that involves limited problem solving.
e. a low-involvement purchase that involves extended problem solving.
5-103 LOW INVOLVEMENT COMPREHENSION
Which of the following product or service is an example of a low-involvement purchase?
a. a Honda Civic automobile
b. a Trek bicycle
c. membership into a local country club
d. a vacation to Italy
e. Biolage shampoo
5-104 EXTENDED PROBLEM SOLVING APPLICATION
Lexi wants to find the perfect gift for her older sister’s college graduation. She started looking for the gift last month and expects to spend another couple of months to find a gift her sister will use and like. Lexi is engaging in
a. routine problem solving.
b. limited problem solving.
c. extended problem solving.
d. problem recognition.
e. integrated problem solving.
5-105 LIMITED PROBLEM SOLVING COMPREHENSION
In __________, consumers typically seek only a few information sources about several sellers and their brands, and may identify and evaluate several criteria or attributes for each brand that eventually will comprise the consideration set.
a. limited problem solving
b. extended problem solving
c. short-term problem solving
d. routine problem solving
e. relational problem solving
5-106 LIMITED PROBLEM SOLVING APPLICATION
Which problem solving variation would likely be used for clothing, sheets, towels, or electric can openers?
a. routine response behavior
b. limited problem solving
c. extended problem solving
d. simulated selection
e. integrated problem solving
5-107 LIMITED PROBLEM SOLVING APPLICATION
In most cases, which problem solving variation would be used for blenders, a restaurant for lunch, or professional ball game tickets?
c. simulated selection
d. integrated problem solving
e. limited problem solving
5-108 LIMITED PROBLEM SOLVING APPLICATION
Elizabeth has decided to purchase a new electric juicer and plans to call several friends for updated information about alternative brands. She is not concerned about where she buys it as long as she receives a very liberal return policy should anything go wrong. In making her decision, Elizabeth will engage in which of the following problem solving variations?
c. routine problem solving
d. alternative problem solving
5-109 LIMITED PROBLEM SOLVING APPLICATION
Danilo has decided to purchase a new video game console, not having owned one before. He plans to call several friends for the latest information about alternative brands and options. He has few concerns about the purchase but wants a quick rundown of the most important aspects to consider. In making his decision, Danilo seems likely to engage in which of the following problem solving variations?
5-110 ROUTINE PROBLEM SOLVING KNOWLEDGE
Consumers spend little time and effort evaluating alternatives in the purchase of table salt and milk. The consumer purchase decision process for such staples involves __________, which is virtually a habit and typifies low-involvement decision-making.
c. situational problem solving
d. rational problem solving
e. routine problem solving
Solution 5 (1 Ratings )
- 5-111ROUTINE PROBLEM SOLVINGCOMPREHENSION Which problem solving variation would normally be used to purchase items such as cereal or laundry detergent? a.limited problem ...
- 5-121SITUATIONAL INFLUENCESKNOWLEDGE Five influences can have an impact on a consumer’s purchase decision process, which are purchase task, social surroundings, physical surro...
- 5-131PHYSICAL SURROUNDINGSAPPLICATION The crowded aisles in retail stores at holiday time may cause some shoppers to lose patience and decide on their purchases with far less...
- 5-141SITUATIONAL INFLUENCESCOMPREHENSION In Figure 5-4 above, “D” represents the __________ influences that can affect the consumer purchase decision process. ...
- 5-151HIERARCHY OF NEEDS: SAFETYAPPLICATION An ad for Conesco’s life insurance asks the question, “How do you plan on supporting your family after you pass away?&...
- 5-161HIERARCHY OF NEEDS: SOCIALCOMPREHENSION According to Figure 5-5 above, “C” defines what level in the Maslow hierarchy of needs? a.physiological ...
- 5-171HIERARCHY OF NEEDSAPPLICATION According to Figure 5-5 above, carrying an American Express Centurian Card would be found in what level of the Maslow hierarchy of needs? ...
- 5-181SELF-CONCEPTKNOWLEDGE Marketers recognize that people have an actual self-concept and __________. a.a view of self determined by their peers b.a view ...
- 5-191SELECTIVE COMPREHENSIONKNOWLEDGE Interpreting information so that it is consistent with one’s attitudes and beliefs is referred to as a.selective retention...
- 5-201MAKING RESPONSIBLE DECISIONSCOMPREHENSION The book cover photo above for The Secret Sales Pitch: An Overview of Subliminal Advertising is about subliminal messages, which reflect w...
- 2 Million+ Q & A's
- 1 Million+ Textbook Solutions
- 20 Million + Flashcards
- 1.5 Million+ Documents
Which problem-solving variation would typically be used for finding a blender, a restaurant for lunch, or professional ball game tickets?
The answer is in the image
For 1 flavor there are 9 topping
Therefore, for 5 different flavors there will be 5*9 choices
No of choices= 5*9
For every 8 cars there are 7 trucks
Answer is B)8:7
where y=Value of coin
x=Age in years
Value of coin after 19 years=2*19+15
Therefore, Value after 19 years=$53
Salesperson will make 6% of 1800
Salesperson will make $108 in $1800 sales
Try asking the Studen AI a question.
It will provide an instant answer!
- Create an Account
Choose your local phone number or click "Email Us" to send us a message and for other ways to reach us.
Germany (Postal Address)
- Compare Products
Reducing Powder Segregation – a big issue especially in vacuum conveying systems
Powders and granules.
Powders and granules can be used as dosage forms in their own right, but by far the greatest use of granules and powders in the pharmaceutical industry is as an intermediate during the manufacture of compressed tablets. Such products begin with the starting materials – the active pharmaceutical ingredient, API, and various excipients. In addition to transporting the active drug to the area in the body where the drug is intended to exert its action, excipients play an important part in the manufacturing process. They may also be important for keeping the drug from being released too early when ingested – in places where it could damage tender tissue and create gastric irritation or stomach upset. Excipients include diluents or fillers, binders, disintegrants, lubricants, colouring agents and preservatives. Last, but not least, some excipients are used simply to make the product taste and look better. This improves patient compliance, especially in children. Although technically "inactive" in a therapeutic sense, pharmaceutical excipients are critical and essential components of a modern drug product. In many products, excipients make up the bulk of the total dosage form.
Each of the starting materials, i.e., API and excipients may be supplied initially as powders with different particle sizes and densities, and the first task in the manufacturing process is to mix them so that they can be fed forward to a granulation process. Granulation is usually required to increase the average particle size of the powders so as to create material that freely flows into the tablet making machinery. The granulation process at best will create a well-mixed material but it requires careful control on the part of the manufacturer to ensure good mixing, and often some separation of the different materials can occur, on account of the different particle sizes, shapes and densities of the starting materials. Indeed, even before the granulation process takes place, some separation or segregation of the different materials can occur. This is particularly the case if the mixed materials have to be conveyed a significant distance between the mixing stage and the granulation stage, e.g. by a pneumatic or vacuum system.
Vacuum-conveying technology is commonly used in the pharmaceutical industry to move materials through the processing line, blend ingredients in various solutions, and handle tablets. Because it is an enclosed system, vacuum conveying is safe, hygienic, and the preferred solution for many applications. The vacuum conveying of powders and granules, however, must be performed well to avoid segregation, the separation of ingredients that results in an uneven mixture.
Sign Up to Our Newsletter
Segregation – a costly problem.
Segregation during the conveying of powders is a significant problem for the pharmaceutical industry. Indeed, particle segregation is a common problem in many bulk storage systems and its presence creates serious quality control issues. Segregation creates inconsistent batches that can cause dosage variations in pharmaceuticals, significant weight and flavour variations in packaged foods and gas flow problems in chemical reactors.
There are more than a dozen easily identifiable segregation mechanisms that result in out-of-spec products, but the five most common segregation mechanisms -- sifting, angle of repose, fines fluidization, air currents and chute trajectory – are responsible for more than 80 percent of segregation problems in solids handling and storage systems.
This is mostly likely to occur in a mixture containing free-flowing particles of significant size variation – typically differences in the mean diameter of 3 times or more. Inter-particle motion, often brought about through vibration, causes the finer components to sift through coarse components. All bins, batch blenders and chutes have the potential for sifting segregation problems. Because it uses an air stream to move particles, vacuum conveying also presents the risk that ingredients will separate through sifting. Small particles will pass through the mixture of larger particles. Dense particles will drop below less dense particles, and stratified flow can occur.
Angle of repose segregation
The angle of repose of a granular material is the steepest angle of descent or dip relative to the horizontal plane to which a material can be piled without slumping. At this angle, the material on the slope face is on the verge of sliding. The angle of repose can range from 0° to 90°. The morphology of the material affects the angle of repose; smooth, rounded grains cannot be piled as steeply as can rough, interlocking grains. The angle of repose can also be affected by additions of solvents; if a small amount of water is able to bridge the gaps between particles, electrostatic attraction of the water to mineral surfaces will increase the angle of repose. Angle of repose segregation occurs when particles deposited with greater angles of repose form a steep pile under the deposition point while the ones with lower angle of repose roll away from that point.
A mixture containing components that are cohesive or rough-surfaced are particularly prone to angle-of-repose segregation. Rotating shell-type blenders, stock piles and bins are susceptible to this mechanism.
Fluidization segregation can occur when a mixture contains a large portion of light or fluffy free-flowing, fine component, enough to form a layer, and smaller portion of a relatively coarse, heavier component. The larger component easily penetrates the fluidized fines, pushing the fines layer to the top of the bin or vessel. Fluidization is especially active in air blenders, high-speed ribbon blenders, bins and piles.
Air current segregation
The finer particles in a mix are susceptible to be airborne in the presence of airflow. These very fine particles migrate to the walls of a vessel wall or toward a dust collection system. If the fines are a minor component of the mixture or are cohesive, migration can be significant.
Chute trajectory segregation
This type of segregation occurs as a result of particles having different coefficients of friction and results in different discharge trajectories as the mix slides down a chute. It can occur in the feed hopper of a tablet making machine. High friction coefficient materials usually contain fine particles and slide more slowly down a chute than low friction materials. This results in different discharge trajectories. Particles with high friction coefficients show lower discharge angles the end close to the chute, whereas the trajectory of particles with low coefficients of friction deviate further away from the chute.
Many pharmaceutical products depend on an accurate powder-to-powder ratio, and end-product quality is in jeopardy if segregation is not mitigated. The problem should be addressed in advance because much raw material may be wasted even if the incorrect mixture is detected before end processing.
Solutions to powder segregation
There are some simple, practical steps that can help to reduce these segregation mechanisms. The following are suggested modifications of equipment or operating procedures, both of which do not usually require large capital expenditures.
- DO use a bin with tall cylindrical section that provides flow at the walls.
- DO use a mixing device at the centre for charging a multiple-outlet bin. This will create uniform, symmetric segregation.
- DO proportion and mix badly segregated materials just before processing using as little surge capacity as possible.
- DO use a tangential entry for pneumatically conveyed fluidizable solids or install a cyclone at the bin top that uses a deflection plate.
- DO use inclined open chutes to decrease air entrainment in ascending solids. This not only reduces fluidization entrainment, it also reduces dusting.
- DO premix liquid with coarser particles before adding finer components if sifting or angle of repose segregation is likely to be present.
- DO use blenders that remix top-to-bottom during hopper discharge or use static stream blenders below belt discharge points to remix segregated solids.
- DON’T split material from a belt conveyor into various bins since the belt may segregate the materials.
- DON’T use a non-symmetrical, multiple-outlet bin.
- DON’T use a uniform velocity mass-flow bin to cure fluidization-type segregation. It will only make it worse.
- DON’T use freefall chutes to transfer materials with different friction angles unless there is a mixing device downstream.
- DON’T charge a mixture of fine fluidizable powder and non-fluidizable coarse particles from a pneumatic conveying line using a vertical downspout.
Lean-phase versus dense-phase conveying
Segregation is not exclusively a powder- and bulk-conveying problem. It can occur when a product is transferred from a mixer to a feeder or during mix discharge at the end of the conveying line, where heavier materials drop to the bottom of the mixer. But manufacturers can take steps to optimize the conveying process.
With pneumatic or vacuum conveying, processes known as lean-phase conveying and dense-phase conveying can occur. During lean-phase conveying, a great amount of air is mixed with a small quantity of powder, the outcome of which is which high air velocity and high powder velocity. In lean-phase conveying, the volume and speed of air are high enough to keep particles continuously moving in suspension. These factors also increase the likelihood of segregation because light and less-dense particles flow faster than heavy and dense particles, which may lead especially to sifting or airborne segregation.
Dense-phase, or plug-phase flow conveying occurs at a slow speed. A low flow rate of air in the conveyer moves material in plugs separated by small distances. This conveying technique can create fluidization, which converts powdered material into a well-mixed fluid-like state. Sometimes used at the suction point and discharge point, fluidization lets air pass through porous materials. Fluidized material is moved in waves at a slower speed than the compressed air.
Dense-phase conveying maintains the desired ratio of the mixture much better than lean phase conveying. Airspeed is not as high in dense-phase conveying as in lean-phase conveying, so that the separation or segregation resulting from particle-size and weight variation is lower.
Empirical testing improves quality and content
Although segregation is a common problem with powders and granules, no universal solution exists for all materials or formulations. Each conveying application has to be considered in its own right. Dense-phase conveying is the best strategy to mitigate segregation, but it cannot be applied in every case. Different materials behave differently and should be tested and evaluated before the conveying process is adjusted. Likewise, different mixes of ingredients will require different adjustments to the conveying application.
Pharmaceutical companies test their mixes regularly to ensure consistent content and high product quality. The conveying line should also be assessed, to determine how process variables affect the transfer and segregation of material. For example, elements such as piping (e.g., pipe ends, bends, and sharp edges) may change the material’s flow characteristics and affect segregation. The whole conveyance system should therefore be assessed before developing a solution.
Developing the optimal solution
New conveying products and systems will help pharmaceutical manufacturers reduce segregation. PIAB, a Swedish supplier of vacuum conveying equipment, is currently developing a constant-speed vacuum conveyor. Setting the vacuum pump that provides flow in the conveyor at a consistent speed may ensure that, regardless of the product being conveyed, segregation would be an easier problem to solve. Typical vacuum pumps are affected by the pressure drops that occur throughout a system, but the pump PIAB is developing compensates for pressure drops by changing the flow (i.e., speed).
- Share on Facebook
- Share on Twitter
- Share on LinkedIn
- Email to a friend
Find your answers, solutions and more...
We made it much easier for you to find exactly what you're looking for on quizgoat., quiz preview 7: business - marketing, recent packs.
- Send feedback
10 Common Blender Problems & Their Fixes
Last updated on June 14th, 2023 at 07:14 am
Having a countertop blender at home is a great help! However, like any other electrical appliance, a blender also creates a few problems during its lifetime. People who are not too aware of the technical problems find it too challenging to figure out. We are here to find a solution to all your blender problems.
Depending upon which kind of problem your blender is facing, we have prepared a list of the ten most common blender problems.
Also, we will guide you about the severity of that problem. We will further tell if you can fix it up at home or not. Let us look at the ten common blender problems & their fixes:
Table of Contents
1. Blender has stopped running:
It is one of the most common problems reported by many households. When you turn on the blender, it would not at all start or stop running after a few rotations. This problem is usually seen in blenders which are being used for several years. In such a situation, some of the other part which helps in the blender machinery has broken. It could either be a motor, brushes, buttons, transmission gears, thermal relay problems, or power cord fuse. If you have enough technical knowledge, check it by yourself. Otherwise, don’t risk your life call for technical help.
2. The blade isn’t rotating, but the engine runs:
The transmission gear is the primary element that helps in the rotation of blender blades. This gear might come in various materials. Nowadays, most of the blenders use plastic transmission gear. It is not as adherent in contrast to the authentic ones. Therefore, to troubleshoot this problem, you have to change the rear seat. Alternatively, try checking the drive stud. If it is loose, you can tighten it. Also, make sure to check the blender blades. It should be clean and well lubricated to function adequately.
3. The millstone is broken/cracked:
A broken mill can make your home dirty in any minute. Therefore, never try to use a blender with cracked millstone. It will make you repent like anything. Try buying a new one or repairing it, if it is possible. The causes of broken millstone are always noticeable. It could be an accidental drop or bang in the wall. The broken jar can put users in danger. While blending chilly or tangy ingredients, if the blender jar splashes out the ingredients, it can get into your eyes and irritate them.
4. Facing problem to adjust blender switch:
If you are facing a problem to adjust the blender switch, we recommend you to check the manual provided by your manufacturer. Otherwise, make sure you check for any fault in the base, switch, motor, sensor, and other parts. If any signs of damage are suspected, call for technical help. If you are overusing your blender without repair for since long time, there is a high chance that it could be due to sticking or oxidization of the buttons.
5. Blender gets disconnected when its turned on:
When the blender runs for a while and disconnects after a while; you have to suspect different causes. It can be due to faults in various parts of the blender. For example: it could be the overheating of the engine, overloading of the jar, flickering of power switch, or any type of fluctuation in the main power supply. The disconnection of the blender even after turning it on is a protective process. It helps in cooling down the machine by prevention of overheating due to the above-mentioned causes.
6. A burning smell comes whenever I turn it on:
It is quite a common problem in the blender. Almost all the people using blenders have experienced this problem once in life. For an electrical burning smell, you should suspect a problem in gasket, sealing rings, o rings, blades, and couplers. You would either need to repair these parts. If the technician advises to replace these parts, make sure you do it for the long-lasting life of your blender.
7. The blender jar is leaking:
Another most common problem while using a kitchen blender is the leakiness. No one likes to use a blender that leaks away all the liquid. It happens when you prepare something flowy. It is not ideal working in the terror of a blender splashing your ingredient right on your face. Therefore, troubleshooting the problem is the best idea. Most often, the problem lies in the seal or gasket provided in the blade or jar. It can either be torn or damaged. Make sure you also check the base of the blender jar to eliminate another suspicion.
8. The blender runs intermittently:
If your blender is facing a problem to run consistently at one speed, make sure to check your electrical connection first. If the power is fluctuating, we recommend you to stop using the blender right away. Otherwise, it can lead to more damage to the appliance. The problem may lie in the wire connection or motor of the blender. If any problem is suspected, do not neglect. Repair it ASAP for the proper functioning of your blender.
9. Squealing sound on operating the blender:
Even if you have bought a blender that runs smoothly, if you are hearing some squealing or vibrating sound, suspect an issue. Most of the new generation blenders have a noiseless operation. The noisy blender indicates a problem in the motor, blade, or coupler of the blender. Investigate these parts, and refer to your manufacturer’s manual for more information.
10. The motor is getting excessive sparks:
It is extremely dangerous to have a kitchen appliance that has sparks coming out of it. It can not only endanger your life but also involve the people working nearby you. The damage to the motor base is one of the potential causes of excessive sparks. The jar assembly could also be a reason behind it. Whatever be the cause, we recommend you to treat it as soon as possible.
We hope that you could figure out the reason behind your common blender problems. Fix it as soon as possible to enjoy its delicious benefits! Thanks for reading!
Affiliate links are used for each product that I am an affiliate of, which means that if you click that link and subsequently make a purchase, I will earn a commission. You pay nothing extra; any commission I earn comes at no additional cost to you.
Leave a Comment Cancel reply
Save my name, email, and website in this browser for the next time I comment.