Cnc Beam Drill Line Requirements
Not only will the CNC Beam Drill Line process beams and columns, but it also easily processes all steel profiles including channel, angle, flat bar, base plates, RHS, square, and round profiles.
The CNC Beam Drill Line is a hit among small and medium fabricators, who can fabricate both structural steel as well as miscellaneous metals. The CNC Beam Drill Line was first introduced in 2003 and has been used by more than 600 steel fabricators around the globe.
I Beam Drilling Holes“..In an effort to meet customer demands and increase production, we have installed a new beam drill line the resulting reduced labor cost and quicker turnaround times have consistently helped usin landing quality jobs.
Voortman's inside service technicians don't often need to be present at your machine in order to fix a problem. Voortman technicians can operate your control using an internet connection. Voortman equipment uses the Powerful Windows(r), Siemens control that allows for this capability. It also provides superior diagnostics via Windows(r).
Voortman's CNC Beam Drill Lines are often included in a combined Drill Saw Line or even in larger fully automated integrated production lines, also referred to as Multi System Integration. Find out more about it below!
CNC Beam Drill Line offers the most affordable CNC beam drilling line available today, which allows the fabricators to win more jobs and make more margin.
CNC Beam Drill Line is made for fabricators and other job shops that drill holes in various types of steel profiles. You can determine if this machine meets your needs by answering the following questions.
GSS Machinery is committed to offering you the best options for drilling with your CNC Beam Drill Line, or any other CNC Beam Drill Line.
GSS Machinery's support has been invaluable in enabling us to excel in the steel fabrication market that we currently find ourselves in.
AC Unit on Electrical Cabinet. - The unit can be mounted on the cabinet’s High power (480v), side. It is in close proximity to the location that the drives are located. This option maintains the cabinet temperature and speeds up heat dissipation. All axes' servo drives are the major contributors to heat within the electrical cabinets.
The CNC Beam Drill Line can be programmed manually at the machine or in the office using the supplied Peddimat software. This software comes included with the AVENGER and can be installed on as many PCs in your office as you choose — this unlimited license is included with the purchase of your machine. It is the same software that is found on the machine itself and is the same software used on the CNC Beam Drill Line and all Voortman CNC fabricating machinery.
GSS Machinery's magnetic brush, broom and magnet brush help to remove chips from machines and sweep up chips on the floor.
The attachment for 4-axis layout marking eliminates human error in manual layout. Even after galvanizing, blasting, and painting, part information can be retained.
We have installed over a thousand CNC Beam Drill Lines and Angle Lines around the globe and have found that even a novice programmer can be proficient on the machine in less time than half an hour.
This can be avoided by using a well-designed concrete beam or increasing concrete's compression strength by adding steel reinforcement to the compression side or by increasing the beam geometry.
Because of their small cross-section area (known by the web), I beams require minimal material. However, they can still achieve the desired shape and function to carry out their load bearing duties. This design allows the I beam to bend under stress, rather than buckling.
Lever Arm. From the top compressive fiber. The centroid of the steel reinforcement will be the resultant tensile strength (T). It can also be expressed as a =jd, where j is a lever depth factor.
STRENGTH. Steel is harder than aluminum, despite being more susceptible to corrosion. Although aluminum has a higher strength in colder climates, it is more susceptible to scratches and dents than steel. Steel is less susceptible to warping or bending due to heat, weight, force or heat.
For small buildings, the distance between two reinforced columns is between 3-4m and 6-9m. Larger facilities that require large columns and lots of free space will have to be at least 6-9m. A distance of 5m is acceptable for ordinary structures. The maximum span is 7.5, while the minimum span is 2.5m.