How can BIM Promote Safe Construction?

Mishaps in the construction industry are quite common. We hear news of under construction buildings breaking down, workers getting injured carrying out a faulty engineering decision, building parts getting damaged and so on.

Such hazards cause loss of life and property and it’s crucial that they must be kept in check. Nowadays we have adopted measures of safe construction which are being facilitated by the advance in technology. The wide scale application of Building Information Modeling (BIM) in the construction industry has changed the way safety is delivered in a building process.

How does BIM promote Safe Construction?

If you’re looking to start the construction, 3D modeling can help you imagine all the scenarios, and help you design it better – making the structure look better and having a longer life.

Careful planning through the BIM platform can guarantee safety for the entire project lifecycle starting from design to planning construction, including construction execution, operations and even maintenance.

But how does BIM actually do it? Let’s find out!

Successful Hazard Identification

Most safety concerns are the cause of inability to identify potential hazards which are caused by engineer oversight or mistakes in planning. BIM has a huge potential to prevent mishaps by automatically detecting and removing such hazards.

The process of construction can bring up many sequences which turn out to be inherently dangerous. BIM can identify these sequence chains right at the planning stage so that they can be corrected then and there.

Rule based Safety Checking

An automated rule checking safety system may be developed with the help of the BIM solution. The 3D design feature and schedule information can be used to formulate the system to identify safety concerns.

The BIM solution evaluates the design based on configured building objects which enable the BIM consulting team to define and apply rules. Customized safety checks can also be developed by implementing complex algorithms. The automated interface of the BIM makes such design evaluation more reliable and speedy.

Generation of Safety Reports

The BIM solution can also be programmed to come up with visual and textual reports of the rule based safety checking. Such automated reports will be helpful in providing guidance for the accurate and timely installation of safety equipment.

They can also be used to document safety issues which can be useful to the safety manager. The reporting function can be utilized to ensure that safety implementation is done strictly according to the safety design plan.

Building Model Safety

BIM uses objects for its simulation and design which are associated with specific object types and attributes. This can be based to determine the geometric features and specifications which are more effective than a 2D design or 3D modeling solution.

The schedule data is linked with the objects so that the assigned protective system gets updated on regular basis.

The prevention methods are presented by BIM solution in a visual form which facilitates better awareness and improved decision making.

Know More about Ultrasonic Cleaning

 A machine only gives an optimized performance when all the parts are properly cleaned and oiled.  And that is why all machines require proper cleaning every now and then. If you want to invest in a cleansing technology that can remove contamination from all kind surfaces within a matter of seconds, Ultrasonic cleaner is the right choice for you. These amazing products have applications in all sectors including industrial, commercial and medical. The patented technology has emerged as a choicest one for engineers as it uses ultrasound to remove contamination from hard surfaces like metal, ceramics and plastics.

We all know such kinds of tools and equipment may be really difficult to clean with ordinary procedures. You may be curious to know the secret of the technology. Well, as the name suggests, this modern and unique technological method of cleaning hard surfaces use ultrasonic waves generated by a piezoelectric transducer. Several transducers are connected to the cleaning tank. The ultrasonic waves that are generated pulsate the fluid in the tank at a quite high speed. The cleaning fluid may be plain water or a specially formulated cleaning solution. A process known as ‘cavitation’ gets induced and this causes a huge amount of little bubbles to break down within the solutions and penetrate each and every cavity of the equipment to be cleaned. Thus, the dirt and muck get cleaned within a matter of seconds.

There are various types of ultrasonic cleaners that are available in the market. All of them, though, work on the same principle but can be used according to the various industrial needs and size of instruments and parts that require the cleaning.

  • Table Top Cleaners: These are small cleaners that can be placed on worktops, benches and tables. With a simple design and single tank that can hold up to 8 gallons of fluid, these table top cleaners are perfect for tiny parts including medical instruments, small mechanical gears, optical items and several other pieces.
  • Bench Top Cleaners: With mobility as the best feature of benchtop cleaners, they can be customised on the basis of lower and higher frequencies. They can be as large as 20 gallons or can be customised according to the needs. The most amazing thing about these cleaners is that they can be operated in extreme conditions like forest or disaster sites.
  • Industrial Ultrasonic Cleaners: Now these industrial Hilsonic ultrasonic cleaners are manufactured specifically where lower frequency cleaning is required. Huge machinery parts including automobile parts and marine machinery are cleaned with industrial ultrasonic cleaners. They have a capacity to hold fluid of 1,000 and more gallons. Sometimes, they are various inbuilt stages in the cleaners for rinsing and drying purposes, which are usually automated.

In case, you have specialised cleaning requirements, the machines can be manufactured in non-standard sizes. You can discuss your specific requirements with a consultation meeting with the manufacturers.  This way, you can have a unique product designed with specifications, chemicals and frequency that will suit your requirements.