Machine design, Engineering services

INBIURO is a #machinery #design and technical #consulting services provider. specialised in: rail vehicles #lifting #CE mark, trailers, automation, engineering

[Machine design, Engineering services @InbiuroCom]

Ever wonder why some truck beds are marked "XL"?
EN 12642 sets the strength rules for vehicle bodies — lashing points, centre of gravity, dynamic forces. Essential for designers & drivers!
#TruckDesign #EN12642 #FreightSafety

[Machine design, Engineering services @InbiuroCom]

🔧 Learn how to calculate axle load & centre of gravity for road & rail vehicles. Essential for engineers, students & transport professionals. 🚛🚆
#Engineering #Transport #VehicleDynamics

[Machine design, Engineering services @InbiuroCom]

Do you select your crane bearing based on similar machines, or would you rather calculate loads and select bearing more cautiously?
If you have calculated a slewing bearing for any kind of lifting machinery and you’ve got through the multiple of pages of producer’s data sheets, you must know it all, otherwise have a look at the tutorial.

[Machine design, Engineering services @InbiuroCom]

Why do we need to calculate the rotational moment on the pivot? In theory, the pivot does not take the rotational moment. Yes, it’s truth but only for the moments around the pivot axis. In the real world on the aerial work platform there are moments in other directions perpendicular to the pivot axis, and these are the loads that must be checked.
❓ How would you determine the magnitude of this moment ❓
✔️ Wind forces at least 12m/s
✔️ Manual forces of persons in the platform
✔️ Arm centre of gravity displaced when the vehicle base is not perfectly levelled
✔️ Dynamic loads
Take all the above simultaneously, into your calculation when calculating your machine

[Machine design, Engineering services @InbiuroCom]

How would you make your telescopic crane arm design efficiently?
Most engineers know all the formulae and rules, but the knowledge from books needs to be put into tools to make designing efficient.
We’ve created a design tool based on analytical methods.

[Machine design, Engineering services @InbiuroCom]

How would you make your telescopic crane arm design efficiently?
Most engineers know all the formulae and rules, but the knowledge from books needs to be put into tools to make designing efficient.
We’ve created a design tool based on analytical methods.

[Machine design, Engineering services @InbiuroCom]

@BohuslavskaKate Defending Ukraine means giving reason to bomb? 🙄

[Richard Woodruff 🇺🇦 @frontlinekit]

💔 I am just so FUCKING angry at the world right now, Kharkiv. Home to over 1.5 million Ukrainians is being turned to rubble and the FUCKING United States President's official response is "Well you gave him a reason to strike you."

No we didn't @realDonaldTrump.

Fuck you.

[Machine design, Engineering services @InbiuroCom]

This aerial work platform installed on pickup truck is much different than other of this type. Have you ever wondered what is the process behind these machines before they are built? Every vehicle design starts with meticulous process of calculation of the upper structure, frame and axles load. All wheels, drive vehicle of 5.6 ton of gross weight can travel with 1.5 ton of equipment a part of the work platform on it, and it can still easily drive through fields and rough terrain.

[Machine design, Engineering services @InbiuroCom]

putin's employee of the month

[Machine design, Engineering services @InbiuroCom]

@OlenaRohoza Yes, I do

[UKRAINIAN SQUAD🇺🇦 @ukrainiansquad]

Write your country name if you still SUPPORT Ukraine ❤️

[Roman Giertych @GiertychRoman]

W imieniu pokrzywdzonej wnoszę zażalenie na to umorzenie. Uważam, że teza, iż złamanie ręki nastąpiło, gdyż ofiara, której wykręcano rękę próbowała ją wyswobodzić urąga powadze wymiaru sprawiedliwości. Liczę na wsparcie organizacji broniących praw kobiet. https://t.co/Wz15LgJ9eP

[Machine design, Engineering services @InbiuroCom]

https://t.co/TM2LdB7vE7

[Machine design, Engineering services @InbiuroCom]

Trailer mounted aerial platform - Machine Design Services INBIURO https://t.co/2LhYiXYAy4

[Machine design, Engineering services @InbiuroCom]

This aerial work platform installed on pickup truck is much different than other of this type. Have you ever wondered what is the process behind these machines before they are built? Every vehicle design starts with meticulous process of calculation of the upper structure, frame and axles load. All wheels, drive vehicle of 5.6 ton of gross weight can travel with 1.5 ton of equipment a part of the work platform on it, and it can still easily drive through fields and rough terrain.

[Machine design, Engineering services @InbiuroCom]

https://t.co/TQ16dkLnmg

[Machine design, Engineering services @InbiuroCom]

Why do we need to calculate the rotational moment on the pivot? In theory, the pivot does not take the rotational moment. Yes, it’s truth but only for the moments around the pivot axis. In the real world on the aerial work platform there are moments in other directions perpendicular to the pivot axis, and these are the loads that must be checked.
❓ How would you determine the magnitude of this moment ❓
✔️ Wind forces at least 12m/s
✔️ Manual forces of persons in the platform
✔️ Arm centre of gravity displaced when the vehicle base is not perfectly levelled
✔️ Dynamic loads
Take all the above simultaneously, into your calculation when calculating your machine

[Machine design, Engineering services @InbiuroCom]

https://t.co/FWdn1xUFcu

[Machine design, Engineering services @InbiuroCom]

https://t.co/zpGRZQgnJm