Author: Patrick Moreau

A magnetic drill is a special drill used to cut metals. It is made of four major parts: a drill stand, motor, arbor or chuck, and a magnetic base. Unlike a bench top drill or a standing press drill, the magnetic drill is useful especially in areas that are hard to access like vertical metal parts that are stationary. The other reason why it is the better option is that it gives you precise and speed drilling that is very accurate and consistent. The magnetic base enables it to adhere to carbon steel when it is turned on.

Milwaukee 2787-22 – This model is the only battery-powered one we have covered. Cordless units are usually subpar in many ways in comparison to corded ones, but there are some that are on par, as this particular one. This product offers sufficient power for small to mid-sized projects, versatility, and most importantly – portability. In case you’re looking for something highly portable yet powerful enough to drill through hard materials, this unit might be a good choice. The design is quite peculiar and interesting. The whole unit weighs about 29 pounds which can be considered normal and bearable. There are some lighter models out there, but most of them lack essential features or are simply not powerful enough to endure intense projects.

This is a perfect tool for on-site drilling. It looks very small but it is very powerful that a punch power of 22 pounds. It is very durable and efficient for all metal constructions. The spindle coolant equipped in it helps in keeping it from overheating during work time. The handles make it easy to shift it from left to right. The cooling lubrication for this one is gravity-fed. The hand wheel position can also be changed when you are working in a confined environment. It comes with a three-year warranty meaning the manufacturers assures of quality service from this tool. On the other hand, if you are not happy with this item, you can return it and get your full money refund. Therefore, consider buying it with confidence. See extra details at Mag drill.

Although this is a regular drill press and not a magnetic drill press, you can also use this one for steel drilling. The motor has a rating of ½ HP and in order to change the drill speed for metal drilling, you have to change the belt and pulley combination setting to the slowest speed. As a drill press, the RIKON 30-120 does not have the best performance. The feeding wheel is not well made and is awkwardly situated. Your chances of getting the back of your fingers caught between the feeding wheel and the belt tensioner are quite high and it is very painful. The packaging of this drill press is poor as well. If you are looking for a tool that you can use for drilling steel exclusively, we recommend that you stick to magnetic drill presses. Regular drill presses can work great for wood, plastics, and steel, but they don’t have magnets and is impossible to use for vertical and overhead applications.

Jancy Engineering slugger JHM series magnetic drill press is one of the best mag drill press for its versatile usages and compactness. This drill press power to weight ratio ideal for tight or high spaces. It has a no-load speed of 680 rpm, which is fast enough. It is also provided with a well-built stable platform and magnet circuity. This remains stable and supportive during job work. Jancy slugger JHM series magnetic drill press also includes case, coolant tank, safety strap, chip hook, centering pins, 5-millimeters hexagon wrench, safety guard.

Searching for the best rainwater storage and recycle management system that you can buy online? Here are some advices to pick the best roof rainwater management system. You can use soakaway crates for attenuation in domestic and commercial projects. It is a good idea to install a soakaway crate system to control the surface water level. This is necessary for areas that are prone to flooding or experience heavy rains. For instance, they can be combined with pipework and geotextile to create an effective attenuation system that can redirect the water collected into storm drains or where it is required at an acceptable flow rate. In this way, you minimize the risk of flooding by installing a filter to control the flow rate.

You need to check the requirements of Local Building Regulations before you start work on any drainage system including French Drains and Soakaways. If you are planning hard landscaping and need to provide SUDS (Sustainable Drainage System) to deal with requires surface water (also called storm-water, rainwater, or runoff), you should take note of the Planning Policy Statement 25 which deals with flood risks through developments. It requires surface water to be collected and treated where it falls (and even reused where feasible).

If you have several different surface areas connecting to the same soakaway (roof gutter, conservatory, patio, driveway etc.) then more piping and man hours will be needed. If your soakaway is located under a driveway, it will require reinforced crates that cost more. Waste disposal isn’t cheap, so if the excavated material can’t be left on site, it will need to be taken away at a cost. For garden surface drainage, large-scale trench excavation and pipe installation can be time-consuming and costly.

According to the different rainwater source, the Multi Functional Water Management System can be roughly divided into two categories: Roof rainwater, the roof rainwater is relatively clean and with less foreign matters, mud and other pollutants, it can be drained directly into water storage system through split-flow and simple filtration for the utilization after processing. Ground rain water, there are many foreign matters in the ground rainwater with complex pollutant source, after the split-flow and rough filtration, it must be treated through sediment then to be drained into the water storage system. See extra info at https://www.greening-solution.com/soakaway-crates/.

There could be a number of possible reasons why the booth was not being used correctly. Perhaps management and the workforce don’t fully understand the health risks and so don’t appreciate the importance of using the controls properly. Perhaps the workers haven’t been properly trained on how to use the booth. However, there could be a problem with the design of the booth. It is possible that carrying out the work inside the enclosure presents the operator with some practical difficulties. Perhaps the fine work required is difficult to complete properly if the casting is inside the booth or the booth dimensions, particularly the height, could cause the worker to adopt an awkward posture which causes discomfort and could lead to musculoskeletal problems. Solving one problem often creates another. Ergonomics is often neglected when designing engineering controls for chemical hazards. Ideally workers need to be consulted and involved in the specification and design of the controls and its good practice to build and test a prototype before finalising the design. Proper commissioning of the controls should also check for usability.

The Health and Safety Executive (HSE) are the government body responsible for the regulation and enforcement of work related risks to people in the work place. Dust & fume exposure is a key element of the COSHH 2002 (Control of Substances Hazard to Health) regulations setting out exposure limits, preventative guidelines and on going reductions of the contact between people and hazardous gas and particulates. Under COSHH, companies must take steps to prevent, control, maintain and monitor dust and fume exposure in the workplace, as laid out in regulation 9.

According to the HSE, around 13,000 workers in the UK die each year from historic work-related exposure to airborne contaminants at work leading to lung disease and various cancers. These figures are estimated to be attributed to past exposure, primarily to chemical and dust at work.

All Companies and Employers using extraction equipment have legal requirements they must undertake. All equipment must be examined and tested in order to comply with Regulation 9 of the COSHH Regulations. The Employer must make sure that equipment is maintained and in efficient working order and of good repair. A thorough test should be undertaken once every 14 months and in some cases far more frequently. It is also a requirement of the employer to keep a suitable record of the test. All for a period of at least 5 years. This record should also include details of repairs carried out as a result of the test. Read extra info at https://www.weldingsuppliesdirect.co.uk/welding-equipment/lev-testing.html.

The requirement for competence for suppliers of goods and services means that the extent and depth of their knowledge and capability must be sufficient to assess and solve the problems they are likely to meet. The more complex a control scenario is and the more serious the results of failure, the greater the degree of competence required. Many trades recognise levels of competence based on qualifications and tests of capability, as well as experience of successful problem-solving over a number of years.

The way Erwin Perzy’s family tells it, if Thomas Edison had designed a better light bulb, Perzy would never have invented the snow globe. Back in 1900, Erwin Perzy I was working in Vienna as a fine instruments mechanic when a surgeon came to him with a problem. Although the surgeon had electric light bulbs installed in his operating theater, the newly invented product didn’t cast great light. He wanted to know if Perzy could improve on the dim bulbs and make them brighter. So he got to work. As Perzy hunted for inspiration, he noticed that shoemakers had stumbled into an interesting trick: By filling glass globes with water and placing them in front of candles, they created tiny spotlights in their shops.

Following in the style of Walter Martin and Paloma Munoz’s realistic and detailed snow globe creations, the Danish architectural firm Ja-Ja made a special series of snow globes to celebrate Christmas. These creations show what the “Nisse” (a small Scandinavian mythological creature that helps around the house) are up to in modern times. This particular globe shows a Nisse working away on a rooftop garden just out of sight of us silly humans. Additional info at custom snowglobes.

A few years later, a Viennese man Edwin Perzy developed the same idea when researching a way to improve operating room lights. A glass globe filled with water creates a magnifying lens by increasing refraction. To enhance the reflected light, Perzy put ground glass in the water. When it quickly sank, he tried semolina which floated slowly to the bottom of the globe. It did nothing to improve the light quality, but the snowfall inspired him to make his first snow globe: a reproduction of a Viennese shrine in a glass bulb with water, magnesium powder and rock. The snow domes were exquisitely and painstakingly produced and are still in production today where they make around 200,000 a year outside of Vienna.

Many Americans decorated their trees with imported ornaments up until World War II. Before World War II, many ornaments Americans purchased were imported from Germany. But once World War II started, Corning, an American glass company, started making ornaments out of a light bulb machine. They made 300,000 ornaments a day! The legend behind stockings involves a sweet story about Santa doing something really nice for a poor family. The common legend about Christmas stockings (which has an unknown source and date, according to Smithsonian Magazine) tells a tale of a poor, widowed man who had three young daughters that he worried would never marry due to their lack of wealth. St. Nick overheard people chatting about this family, so he slid down the man’s chimney and placed gold coins in the girls’ clean stockings that were hanging to dry by the fireplace. Source: https://www.qstomize.com/collections/custom-snow-globe.