Etekcity Lasergrip 774 Non-contact Digital Laser IR Infrared

Etekcity Lasergrip 774 Non-contact Digital Laser IR Infrared Thermometer, Temperature Gun, -50°C~380°C (-58°F~716°F), Yellow/Black (Not suitable for measuring body temperature)
From the brand






Shop Etekcity
Weight: | 181 g |
Size: | -50°C~380°C |
Dimensions: | 7.32 x 3.94 x 1.57 cm; 181 Grams |
Model: | 004 |
Part: | Lasergrip 774 |
Colour: | Black |
Pack Quantity: | 1 |
Batteries Required: | Yes |
Batteries Included: | Alkaline |
Manufacture: | ETEKCITY |
Dimensions: | 7.32 x 3.94 x 1.57 cm; 181 Grams |
Quantity: | 1 |
Size: | -50°C~380°C |
Bought to measure the temperature in a Ooni pizza oven. Easy to use. No idea how accurate it is, but it allows to monitor the temperature accurately enough to cook consistently banging pizzas
I’ve had mine for nearly 3 years now and was so impressed, I bought one as a gift for a friend.
This is really a must have for cooks and particularly home bakers.
It’s up there with Wand Blenders as a really useful tool.
No more guessing when proving your dough.
Highly recommended
Nice quality unit. Not too big and easy to use.
Bought to check and balance my central heating radiators. Another useful job was to check our oven temperature to discover one of heating elements was not working. A not too expensive tool.
I used around every corner of the house to find where cold was coming in. Draft under the front door was worst by a margin.
Doesn’t give you a thermal map picture but you don’t need one with a tiny amount of patience and pointing the laser at hundred different areas.
I bought this for a DIY project and finding cold spots on doors & windows where heat escapes, I also use it a lot in the kitchen for hot pots, pans & pizzas. I’m not sure how accurate it is, but it’s more than good enough for what I use it for.
Actually surprised how easy to use this is, the display is clear, the laser pointer works (the cat loves it). Temperature readings aren’t dead accurate, they never are on these things, even calibrated models.
Try to be around a meter away from the object and hold in position for 5 or more seconds for best results. I use this for reference / comparison only, so don’t be worried if you’re taking a car temperature for example and a reads a little out, however it is within a few degrees at temperatures below 100c a good way out above that on heating elements etc, but as long as you know, you can work with it and compares well with brands more than 10 x the cost.
Overall, a good product well worth the money.
Using the thermometer is a piece of cake. Pull the trigger to turn on, pull again to get a reading, which is clearly displayed and easy to read. Theres even a little laser pointer that tells you which spot you are measuring.
We now always use this device to check the heat of the stone before cooking and have produced some of our best pizzas to date. I recommend it for this reason alone but I guarantee that once its in your hand you will end up measuring the temperature of other random objects around the house!
I bought this IR thermometer to help me balance radiators.
Sadly it is no good whatsoever for measuring temperature from the copper pipes or the radiator valves. I think it is because the surface area is too small/narrow. Sticking bits of masking tape to the surface as suggested by the user guide didn’t help. The displayed readings are ridiculously too low.
It is fine for checking the corners of my white enamel painted radiators to get an idea of flow and return temperatures.
Similarly, I can read the return temperature of the water flowing through the magnetic filter, located above the boiler, by aiming at the plastic body.
It clearly cannot check internal temperature of a joint of meat or poultry and a probe thermometer may be additionally required to verify that both appropriate levels are reached; while appearing cooked on the outside, it is possible for it to be almost raw inside especially if improperly thawed from frozen. The desired temperature levels for different meats, fish etc can usually be found on-line but are often printed in cookery books and sometimes in food-related articles in newspapers and magazines.
It has an extensive temperature range from -50 to 550C which will cover everything from the fridge and freezer, which should be among the coldest, and almost anything beyond including temperatures of different sections of a running vehicle engine, domestic radiators or almost anything else. It takes a standard 9v flat battery (included but not actually connected) which is held within the grip and which are readily available and not overly expensive to replace when required, although that provided is expected to provide a year or more’s service when often used. The battery is protected by a thick plastic film that needs be removed before first use and then connected. The fit within its compartment is tight!
It is claimed to offer an accuracy of +/- 2-deg, far better that the +/- 5-deg suggested by the best of the analogue rotary ones which in practice may be much greater. Their reading accuracy may be imprecise, adding further problems. Sometimes two such thermometers were used side-by-side (normally on different oven shelves) and they can easily differ from each other by 30-deg or more. It was impossible to know which of them, if any, was the more accurate. It is now known that one read slightly high and the other consistently very low! Under- or over-cooking within the normally used time for a dish, or as suggested by a recipe, can therefore be effectively avoided. This provided readings closely similar – a couple of degrees C lower – to one, that long thought to be the more accurate.
As the thermometer includes both laser and IR-sensing technology, although the laser is low-power and relatively safe when not misused, proper safety precautions should be taken and use by young children should never be permitted. Equally, it should never be used to check body temperatures or pointed towards vehicles on the road or flying aircraft.
I’m measuring 22mm pipes. Stick masking tape to the pipes where you want to measure (as suggested in the instructions). I tested 4 or 5 different paints and materials and masking tape was best. Use about an inch square well stuck down. Test your IR thermometer from different distances and to check whether the laser spot is aligned with the position where it measures temp. On mine the measurement position is about 1cm below the laser spot, and about half a centimetre to the left when the gun is held between 10cm and 20cm away. Work out what yours is doing and aim it accordingly. You need to hold the gun no further than 20cm away for a 22mm pipe otherwise it’s measuring a cooler area round the pipe as well as the pipe itself, and the alignment matters at these relatively short distances.
This gives you an IR measurement of the surface temperature which is somewhat cooler than the water in the pipe. You can find out the correspondence between the IR surface temp and the water temp in the pipe e.g. by filling a piece of 22mm pipe with boiling water, putting a jam or laboratory thermometer in it and comparing the internal water temp with the IR surface temp as it cools. Mine showed the internal water temp to be 10% higher in deg C at an IR measured 40C, rising to 15% higher in deg C at an IR measured 70. Ie if you measure 40 C on the pipe surface the water is at 44 C and if you measure 70 C the water is at 80.5 C. You need to be confident of the calibration of your water thermometer. If it’s a lab thermometer – fine; my jam thermometer gave exactly 100 C (+/- less than 0.5C) in boiling (soft) water and I’m assuming it’s reasonably reliable below that.
So for 15 I can get accurate monitoring temperatures of the actual water in the pipes.
Having said that – it’s a good bit of kit – soft grip textured handle which opens up to find the battery compartment complete with a shrink wrapped 9V battery inside waiting to be connected. If you haven’t connected a 9V battery before then don’t panic it’s very easy – on the connector you will see two types of connector – one for each terminal – you will see two matching ones on the battery – what you need to do is make sure the opposite looking ones connect (one on the battery and one on the terminal) and if you’ve got it right then the battery should audibly SNAP onto the connector.
Once this has been completed, you can GENTLY but firmly place the now connected battery and connector back into the empty area – don’t worry if you have to push slightly firmly against the pad at the top of the compartment – this is normal – just make sure you don’t rip any of the cables loose.
Similarly when it comes to disconnecting the battery from the connector (to stop accidental battery run down), use gentle force to pry them apart otherwise you might rip the wires from the connector.
For the couple of times that I used it the temperatures that were returned seemed accurate, but I didn’t have any type of calibration items to check and this isn’t one of those highly accurate units that would cost a lot more to buy, so use judgement when taking measurements.