Top 10 Best Honey Extractors in 2017 Reviews

Top 5 Stainless Steel Honey Extractors

5. VIVO Four 4 to Eight 8 Frame

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New economic 4 to eight 8 frame honey extractor made of stainless steel by VIVO! The Stainless steel Bee will fit medium, shallow and deep frames. The real value and well designed durable machine also save your energy and time as you extract honey.

The drum is 32 inches large with an 18-inch width. The bottom of the drum is shaped conical and to the 2-inch outlet, it drains honey with a honey/stopper gate. As much as honey extractors go, this one is pretty useful when it approaches to saving the energy and time of consumers.

PROS:

• Strongly built
• Excellent construction
• Easy to assemble

CONS:

• No provision for protecting eight medium frames
• The legs are too small

4. Honey Keeper Pro Electric 4 Four Frame Stainless Steel Honey Extractor

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Honey Keeper Pro is designed to manage up to eight medium, eight shallow or 4 standard deep frames. The drum of this Pro electric is made from food grade #304 stainless steel.

It’s easy to use means you just have to simply put in frames and turn on the motor and adjust the speed as you want. You can also easily open the honey gate valve by lifting and loosening wing nut. Honey gate is placed 15″ high therefore it will fix more than a 5 gallon bucket. Power –120 volt US-standard power

If you are looking for an auto honey extractor that will also allow you to do extra jobs as it turns the honey combs, then look no more! The Stainless Steel Bee Honey Extractor has been featured to gather the requirements of all stages.

I’ll not recommend you Honey Keeper Pro because there are many buyers who criticize the machine and saying that it was weak and ineffectual. The fitting between the metal pieces of motor was also poor as well as the wiring of motors and the motor mounting brackets. So, there are many other faults and that’s why we didn’t recommend it to others!

3. FoodKing Honey Extractor

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If you want to upgrade your honey extractor from manual to electric or auto extractor then this Foodking Honey Extractor is for you that may also meet your needs. FoodKIng is one of the best and well-known honey extractor in the whole market.

The FoodKIng Honey Extractor may build up to 4 frames. It promises, to take care of your demanding requirements irrespective of your beekeeping level. With clean Perspex the top is dual sided so that you easily view the process of removal.

I’ll highly recommend this one of the best FoodKing honey bee electric extractors to you! The entire components will wobble if they are balanced off as well as the four frames are pretty same in load, the wobble is reserved to a least. The interior of conical is a great feature that maintains the honey flow moving toward the gate of honey.

2. VIVO New Electric Four 4 Frame

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VIVO New electric four 4 frame stainless steel is the best honey extractor and no one have doubt about it! First of all, the smart glossy finish of VIVO honey extractor is attractive to the eye. The tank of VIVO is 29 inches large, which is larger than almost all other honey extractors on the market.

It will fit deep, shallow and average frame for a additional small versatility. And to top it off, it is single and one of the extremely few models on the whole honey extractor market with a raised base bearing. That design keeps it out of the honey extracted.

The new VIVO Four 4 frame electric honey extractor has all over the functionalities you’d expect in a best and high end extractor, as well as it is also a pricier model. However, it is highly affordable, extremely reasonable and wallet friendly. Be certain to show this unit – it might turn out to be the honey bee extractor you’ve been looking for!

1. Honeycomb Spinner (BEE-V004)

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This honey extractor honeycomb spinner contains up to eight frames at one moment. The 4 baskets can accommodate eight medium. The VIVO Model (BEE-V004) makes use of radial extraction to extract the honey from the combs.

A bi-directional hold crank falls free when you agree to go of the handle. Four gaps in the base of the legs let you to fasten the unit down, building it more easily and stable to make use of others that do not have gaps for bolts.

Although BEE-V004 this is a bigger unit that can manage more frames and a higher yield. It is a crank which can be annoying with additional creation to extract. The good grade stainless steel gives you great durability, performance and the bi-directional crank clutched does build up for a few of the additional capacity.

DIY: How to Make Honey Extractor

Honey extractor is a tool based on mechanical functions that is used for the purpose of extraction of honey from the bee combs without destroying it. The honey gets extracted through the process of centrifugation. The process of making a honey extractor, things you need to make it and how to extract honey using it is explained in a step-by-step procedure.

Working principal of a honey extractor

The honey extractor consists of a container or drum in which a frame basket is fixed. The frame basket spins and extracts the honey out leaving the wax comb left intact.

Are you thinking of making your own extractor instead of buying an electrical one? So here are some of the DIY steps that you can follow to make your own honey extractor.

First you need to make a list of all the equipment Gather your tools that you will need.

1. Drill bits will be needed: These are your cutting tools.
2. Router: It used for making hollows in some hard pieces.
3. Scroll saw: Used for the cutting purposes.

The materials you will need

• Tivar (polyethylene) or Plastic breadboard or a wood piece.
• 8 Steel Screws
• Bolts or lock washers
• 5 gallon bucket
• Wood pieces
• Threaded rods
• PCV pipes
• Lock nuts
• Screws
• End caps
• Stainless flat end nuts
• Pony heads.

The Process for Making A Honey Extractor

Step 1: Making of a rotor

After you have gathered all the tools and materials needed you can start making your extractor. The next step is to make a rotor. It composes of two vertical plates that are supported by a threaded rod. The space in between the two vertical plates should be more than the length of frames less the tabs.

The plates must be placed on the sides of that threaded rod. The five gallon bucket with measurements between twelve to fourteen inches would be required in order to make it fit with the rotor.

Use a compass and draw a circle on graph paper with a diameter of about 7 inches. Now place the frames parallel to your template. This will get the exact spacing and make the holes in proper alignment.

The tabs of the frame will fit inside the holes that are on the bottom disk. Plus four pins that are the #8 steel screws, will fix the bottom of each frame. The top disk has to have two holes along with a slot cut for the frame to be able to slide easily. It has to be fixed by a wedge. The two pins are fixed on the inside and two pins must be removable and fixed on the outside. The fixed pins must be tightly screwed into holes and the removable pins should be in the loosely fitted holes so that they can be replaced. The screws can be removed with the help of the nuts, ony beads and longer screws.

There should be an extra space kept between plates. Keep spacious room for your buckets and leave extra room at the bottom also. This is because when you are going to spin out that honey, it may get stuck along the sides and then will come down slowly.

Step 2: Making the handle of the rotor

For this step you will require a wooden piece. Along with it you will have to fetch those PVC pipes from your materials, one of 2 inch fitting and the other with 1 inch fitting, which will help you draw the circles. You will now make the handle with a 5 inch PVC pipe and drill a hole on each end of it. The two lock nuts are going to be placed on the ends with ¾ inches of it sticking out. The handle is to be held in place as the same manner as disks.

Step 3: Making of a bucket along with the attachment of bracket

Now after you are done with making the rotor, you must now give a spin to it in that bucket and collect your honey. Many choices can be taken here. The easy step that can be followed here is to get your plate placed on the bottom part of the bucket while the hole should keep their position in the center to prevent the rotor from getting uneven and getting itself hit again and again to the side walls. If you place the bracket on the top aspect, it will help the rotor to maintain its central position.

The 1^st step is intended to place the cross bar fixed in order to hold your rotor tightly. The bar is fixed through pins because the bucket doesn’t have such big lips to keep holding your pins fixed. For the outside diameter, measure the inside of the cutter. For the inside diameter measure the outside of cutting bit. The ring now has be split, one on one side and other to a band clamp. Make your holes drilled at every 120 degrees angle on the sides and then make use of your three of the metal screws to get it fixed in space. This looks just like a telescope holder.

Step 4: Making of a bucket: Bottom plate 

Now you have to cut out a circle large enough that it can easily fit into the bottom of the 5 gallon bucket that you are using. This will enable itself to take hold of copper end caps in order to prevent the threaded rod from getting twisted. End nuts are fitted into end caps. The half-inch polyethylene will act to raise the bottom of the bucket. This is because the gate is not going to stay at the bottom making it hard for the last quarter of honey to get extracted out from the bucket. You will have to cut a notch into circle for gate. You have an option of using the PVC fittings instead of your gates but the gates serve as a better option of filling in jars.

Step 5: Making of the bucket: the gate

Now for this you should have a nut that has the diameters like: It should make 3/8 inches from outer side to inner side of the nut. Drill out a hole measuring 3/8 inches from inside at the bottom end of the bucket. Outside of the bucket has got a lip so you will have difficulty in measuring from outside on the bottom. This will not enable you to have your nut placed too high enough and a large quantity of honey may get left out in bucket.

The bottom plate is placed in bucket and then removed to make the measurement and make a hole. The gate is then put along with O-ring in between the nut and the inside of bucket. Channel locks can be used to tighten nuts as hard as possible.

Now you have to trace the bottom plate on a piece of paper and then cut it accordingly. Place the template in the bucket and draw around the net. Use this template for cutting a notch in the bottom plate. This is going to enable the gate to open up below the level of the plate for the easy flow of honey out. Little is left in space between plate and the valve.

Step 6: Make a stand

We have already made a hole in our step five. Now make another hole and then a stand. Better to have 7 strips of 1-inch measurement. Make sections on the disc at every 45 degree angle using the help of a protractor. Now place your first disc on the second one and draw the arcs between the two marks leaving the center one. Mark plus pre-drill all the holes to make sure the 2^nd shelf is much higher than where the lower bucket will be placed. It would be better if the weight at the basement fits well within the stand for a better stability. Shelves should be kept apart at enough distance for all three buckets to get placed within them.

Step 7: Placing all parts together

Place your bucket on the stand with the cup bucket on inside of it. Then fix rotor with the bucket through pins. Make sure to place the end nut exactly in the copper fittings. Make the second bucket stand in the recess.

Step 8: Add up a bracket for rotor

Make a rotor for bucket to get hanged upon it when adding your plates.

Step 9: Wash and then dry up everything

Now after you are done with making of your extractor. Get it washed and the dry it up. It’s now ready to be used.

These 9 steps may be hard to understand but if you study them properly, use the right tools and find your self the right equipment, you are good to go. There are many tutorials on YouTube that will help you with the same steps and make it easy for you to make a honey extractor at home.

Process of extraction:

When the rotor, bucket and stand are ready for functioning, your honey extractor can now extract all the honey you want without damaging the honeycomb. The process of extraction is also simple.

Turn the rotor with the help of its handle. Spin out the honey. Then stop and flip your frames, as both sides of your frames should get filled. Don’t make it go very fast because there is a risk that frames will get unbalanced and comb may blow out. Get your frame flipped and then repeat with a drill. Use a good filter. Most wax will now be out and remaining is getting floated on the top. Now repeat the process for filling as many as frames you want and to extract as much as honey you like.

The advantages of self made honey extractor

Why waste a lot of money on buying a honey extractor when you can spend less and get the most out of it. There are a lot of advantages with making your own honey extractor. Some of the advantages that you will come across are:

1. It is a lot cheaper than electric extractors. So you get a chance to save a lot of your money.
2. It doesn’t need any source of electricity to run. So electricity breakdowns won’t turn out to cause problems to you in this regard. And also no one wants an extra energy bill add up.
3. Since you are going to operate your extractors manually, the wax combs do not get damaged because you can alter its spinning speed easily. The honeycombs must not be damaged because we need more honey later as well.
4. Well, it is a really good activity to do in your backyard and use up the free time.

So now you know how to make a honey extractor by yourself with these steps and these advantages must have motivated you as well.

Disadvantages of having a self-made honey extractor

1. Time consuming. To complete may take you 48 hours of working time to go on trial and error.
2. You are only able to have plastic container, not the stainless steel.
3. You may have to spend more than what it should be spent if you make mistakes.