An infinity mirror can transform the most ordinary interior, adding modernity to it. It harmonizes perfectly with futuristic trends and loft style, so it is relevant for use in the living room or bathroom, as well as for decorating various entertainment venues.
The tunnel effect is created using LED lighting, as well as the presence of two mirror surfaces located parallel to each other. The light is reflected between them, which allows you to achieve a unique feeling of infinity.
The cost of making mirrors with a tunnel effect
| Size(mm) | 600 x 800 | 700 x 700 | 800 x 800 | 900 x 900 | 900 x 1000 | your size |
| price, rub. | 16,800 rub. | RUB 17,150 | RUB 22,400 | RUB 28,350 | RUB 31,500 | negotiable |
On our website you can always order a mirror according to an individual sketch.
Order a mirror with a tunnel effect
How is the effect created?
The mirrors used in manufacturing have different reflection coefficients - from 50 to 100%. The lights of the LEDs located around the perimeter are reflected in them, but the brightness of the subsequent image is reduced by 2 times. That is why you see many flashes, which then go into absolute darkness. Depending on the customer’s wishes, the lighting can be single-color or multi-color.
The World of Glass company offers you to buy a tunnel mirror at a very competitive price. We offer you the following:
- We ourselves are a manufacturer of products, so we control the quality of products at all stages of production.
- Delivery within Moscow and outside the Moscow Ring Road.
- The surveyor will visit the address.
- Installation of structures at home.
- Individual production of products according to sizes and wishes.
The illuminated tunnel mirror is equipped with a remote control with which you can adjust the brightness of the LED lights. They can be completely turned off, after which the structure will perform the usual functions of a mirror.
Before making a mirror, we send a visualization of the custom-made product (example):
When making a purchase from us, you can order individual production of products of various sizes, designs and shapes. This is a great way to transform a room, as well as a lot of scope for design solutions. You can make a mirror with a tunnel effect by placing one shape inside another, achieving an increased optical illusion. In this case, everything is limited only by your imagination, and the implementation of the idea is our direct responsibility.
LED strips are an inexhaustible source of imagination for interior designers. Using them, you can create non-trivial ceiling or wall lamps, furniture lighting. We bring to your attention one of the most interesting options for lighting design of a room - an endless light well.
Theoretical basis of an infinity mirror (light well)
Our grandmothers also used the effect of creating an illusory endless tunnel, placing a candle between two mirrors during Christmas fortune-telling. It arose due to repeated reflection of the light source from a real and imaginary mirror surface. A schematic diagram of this effect is shown in the figure below.
If you want to know more about why a reflected mirror surface has the same optical properties as a real one, open a quantum physics textbook. Well, we will continue the story about how to use this effect (with modern light sources), but for those who are ready to accept this postulate a priori.
DIY infinity mirror. Formulation of the problem
So, we are faced with the task of creating a plane, when looking at which the optical effect of an endless well will appear. To do this you need:
- Light source.
- Two mirrors.
Of course, you can use your grandmother's recipe and create an open mirror system. In it, the observer's gaze is parallel to the plane of the mirrors. But this is too inconvenient due to the fact that the height of the lamp is equal to the width of the mirror. But we need a plane that does not reduce the height of the room.
Therefore, we use a closed optical system in which the viewing direction is perpendicular to the plane of the mirrors. Only one of them should transmit part of the photon flux from the light source. Otherwise we won't see anything.
To get the desired optical effect we need:
- Classic mirror with one-way reflection.
- Glass with a partial mirror effect.
- Design that holds mirrors at a distance of no more than 2 cm from each other.
- Light source.
Implementation of the design
This design can be implemented in different ways. It all depends on the materials available to the home craftsman. Below is one possible solution.
Mirrors
With a classic mirror, everything is clear; you need to buy the right size or cut the existing one. What to make translucent from? The best option is 4 mm thick glass covered with automotive tint film. Choose one that transmits at least 50 percent of light radiation.
Frame
For the frame holding the mirror system, it is better to use wooden blocks with a side of 2 cm. No tricky tenons are required for articulation. To securely stick them to the surface of the absolute mirror, use silicone sealant. Transparent is better.
In the rack frame you must first drill a hole parallel to the plane of the mirrors. The wires supplying the light source are routed through it. The slats are glued one at a time. At the same time, they are aligned along the outer edges of the mirror.
Light source
After assembly, the cavity of the optical system becomes sealed and non-ventilated. Therefore, the light source can only be one that does not emit heat. The best option is LED strip. It is better to choose RGB, which will allow you to create additional optical effects. If possible, use those whose operating voltage rating is 24 volts. They are brighter and easier to penetrate through the mirror film.
Assembly
The assembly process is simple. If all of the above elements are at hand, then you only need to be careful.
- Glue the frame slats with silicone sealant to the mirror on the side of the reflective surface.
- Attach the RGB LED strip to the inner surface of the frame, and lead the power cord through a hole pre-drilled in the frame rail.
- Cut the mirror film to the width of the frame.
- Apply silicone sealant to the frame and place glass with a mirror film on top (mirror surface inward).
Now all that remains is to decide what to do with the ends to cover the wooden frame.
- If everything is done carefully and the frame slats are planed, then the ends are painted.
- Using an aluminum U-shaped profile is an excellent solution for a Hi-Tech design.
- Use a plastic cable duct without a cover.
The same silicone sealant is suitable for securing the profiles.
Belt design options
If you place an RGB LED strip along the perimeter of the holding frame, the visual effect will consist of repeating luminous rows. It's interesting, but too simple.
Show your imagination and glue two or three geometric shapes made from the same slats onto the mirror along with the frame. Glue the LED strip around the perimeter of the inserts. Just make sure that its length is a multiple of the integer value of the distance between the mounting points along which the tape can be cut. The power wire will have to be routed through the mirror. To do this, it is drilled with a diamond-coated drill.
Connecting LED strip
If the RGB strip is connected directly to the power supply, it glows white. Color effects are possible when connected via a controller. This control device works in tandem with a remote control. But if you want to see color music, you need to choose models that are compatible with a computer.
It is better to choose a power supply whose power is two (at least) times greater than the power consumption of the tape. This will allow you to enjoy the lighting effects indefinitely without fear of overheating.
The effect of endless reflections is achieved by using a mirror, mirrored translucent glass and a light source between them. Most often, such lamps are used for decorative purposes; they increase volume very well.
I designed a chandelier with a similar effect, but with the function of being the main light in the room. I ordered glass and mirror from the Glass Cutter store. A translucent mirror made from ordinary glass and mirror car film
Materials
- Mirror 500×500 and glass 500×500 with the necessary holes (ordered at the Stelorez store) ~ 950 rub.
- Mirror film (bought at the car market) 1×3m ~ 150 rub.
- Aluminum corner 40mm 4m ~ 350 RUR
- 40 pcs ~ 600 rub.
- Power supply 12V 10A with voltage regulation ~ 450 RUR
- Studs, nuts and other materials ~ 200 rub.
Characteristics
- Dimensions: 500 x 500 x 90
- Number of LEDs 32 x warm white 3W, 8 x cool white 3W
- Power consumption 14V * 600mA *10 = 84W
- Number of sections - 3 (16, 16 and 8 diodes)
- Control: three RF315MHz channels, soft start, dimming possible (did not implement), LED overheating control
Manufacturing
The frame is made from aluminum angle and fastened by riveting
We connect all LEDs in groups of 4 in series. We put a 1 Ohm 4W resistor on each group, then adjust the voltage to the power supplies so that the current in each group of diodes is ~ 600 mA. For what?
Firstly, I had such a power supply (I bought it with a $15 coupon on ebay)
Secondly, this solution allows you to control the brightness/power of the LEDs using PWM
The disadvantage is approximately 5 W of excess power, which is dissipated in resistors.
We assemble the second (upper) frame.
We attach LEDs to it.
We assemble the entire sandwich: bottom glass, bottom frame, mirror, top frame using studs and 5mm nuts.
We push all the wires through the holes in the mirror to the top.
We install all the electrics and the control controller.
We hang it on the ceiling and connect it
We fix the wires with construction tape so as not to become an eyesore from below.
Result
There is a lot of light in the room. Only under the chandelier itself is it a bit dark due to the low light transmittance of the tint film
The infinity effect has been achieved. Guests look up and down for a long time, entering a trance :)
Testing
The thermal imager showed fairly uniform heating of the LEDs with a maximum heating of the crystals of 58C
The glass heats up to 35C and should not crack.
The cat wonders how much time was wasted for a good sleep 😉
An infinity mirror is a newfangled home decoration that is very popular due to its unusual appearance. The illusion of infinite depth, which is its “trick,” is deceptive, because the thickness of the product is only a few centimeters. How to make an infinity mirror with your own hands and is it really that difficult?
Design features with infinity effect
Such mirrors have been successfully used in the form of stylish tabletops, wall panels, and ceiling lamps. Their feature is transparent glass on one side and a mirror surface on the other. The product is called the Gesel mirror or “Spy mirror” and is quite rarely found in stores, and if sold, it is at a steep price. Fortunately for those who want to decorate their home with it, the design is not complicated, and doing it yourself is quite possible.
How to make an infinity mirror with your own hands?
All that is needed to implement the plan is the acquisition of simple materials, a little patience and perseverance. The mirror can be any size and shape of your choice and can also have different shapes inside.
What materials will be needed?
To make it, you can take either a translucent mirror, the device with which can be turned off and used as a classic product, or mirrored on one side and transparent on the other. In general, the list of materials looks like this:
- ordinary mirror;
- sheet of window glass;
- polystyrene foam and a knife for cutting it;
- putty and spatula;
- mirror film;
- sandpaper;
- LED garland;
- glass cutter, marker, suction cup and jigsaw.
The thickness of the glass is preferably at least 4 cm, since in this case its strength will not be in doubt. To avoid dust and save energy, you can purchase it with pre-treated edges.
Step-by-step assembly instructions
The chosen design is a round infinity mirror, but any other shape is made according to the same principle. So, you will need:
- Draw a regular circle of the desired size on the glass with a marker, then use a glass cutter to make slits along its contour. Next, you need to lightly and carefully tap under the grooves until cracks appear, then put the material on a towel and break off excess pieces.
IMPORTANT. At the initial stage, you need to be as collected and attentive as possible, since glass is fragile and the shape of the circle may be damaged. As a result, the diameter of the future mirror will significantly decrease, and the amount of time spent will increase.
ADVICE. During the process of gluing the mirror film, air bubbles may form underneath it. To avoid this, you need to smooth it out from the center to the edges with a bank card or something like that.
The final stage is assembling all components into a single structure and connecting the LED strip. In order to be able to hang a mirror on the wall, special fasteners are purchased at a hardware store. Before gluing them, the back wall is wiped with a solvent.
Deciding on the light source
LED strip is the best option, since after assembly the entire structure is sealed and the light source should not emit heat. Preference should be given to RGB, which will allow you to create incredible optical effects. Products with a voltage of 24 V have maximum brightness, and it is also easier for them to shine through a mirror film. In order not to waste time and nerves manipulating the LED strip, you can purchase a ready-made version equipped with a controller in the store. Thus, the process is simple and does not require special skills and experience - just spend a little time and effort. As a result, you will receive a stylish mirror with an infinity effect that will decorate your home and will delight guests with its unusual appearance.
Hi all!
I’m new here myself, I finally decided to register and this is my first post, so I apologize if anything is wrong.
In this post I will tell you how to do mirror with infinity effect at home, I would like to immediately note that it is not made from a wooden frame or some other rubbish, but an adequate, presentable mirror that will look good and can be made at home.
At the end, I will write down how much all the materials cost and what the cost of such a mirror is.
What is required for production
To begin with, we will need two glasses measuring 50 x 50 cm and 4 mm thick. If you bought glass without edge treatment, then the sharp edges and corners can be treated with regular sandpaper. We will also need an architectural mirror film with up to 15% light transmission, in my case there was a film with 8% light transmission.Manufacturing
We cover one glass with film on one side as shown in the photo, this will be the front glass of the mirror.
We cover the second glass with film on both sides, but on one side we retreat 1.3 cm from the edge and cut the film along the contour of the glass along a ruler as in the photo, this will be the rear glass of the mirror.
This indentation will be useful for attaching the aluminum profile, but before that the profile needs to be cut into equal 4 parts of 47 cm each. I bought a 2-meter profile measuring 2 x 1.5 cm and cut it into 4 parts.
It is also necessary to file the sharp corners of the profile.
Then we treat (wipe) the edges of the glass and the profile with white spirit and let it dry.
Next we need a two-component adhesive for glass and metal.
We lubricate one stack of each profile with it as in the photo.
And we glue the profile to the rear glass of our mirror on the previously freed part of the glass from the film in such a way that the hollow part of the profile looks outward as in the photo:
Next, we make a hole for the passage of the LED strip.
I prepared an LED strip with a controller in advance, I won’t go into detail on this, since the post turned out to be too long, and you can buy a ready-made strip with a controller and not solder anything.
We insert and glue the tape along the inside of the frame of our mirror.
Next, we will need a special double-sided tape for fastening mirrors and glass, sold at a hardware store.
We glue it along the top of the profile and press the front glass.
I prefer the tape because in the event of some kind of malfunction of the diodes, I could crawl with a stationery knife between the top cover of the mirror and the profile, cut the tape and eliminate all the faults, which cannot be done in the case of glue.
The mirror is almost ready, all that remains is to attach it to the wall, this is done using mirror fasteners, also sold in a hardware store. We cut the film along the contour of the fasteners from the back wall of the mirror and treat the glass with white spirit
The fastener has a strong adhesive area on the reverse side.
We process the area.
We press the fasteners onto the mirror.