Cnc Beam Line
Powered by 25 HP (18.5 kW) Siemens spindle motors, the Advantage-2 is outfitted with 3 drill spindles, each equipped with 5-station tool changers. This powerful drilling technology allows for maximized operating time and drill hole quality.
Voortman inside technicians are often able to resolve any problem remotely. Voortman technicians can access your machine via an internet connection. Voortman equipment has a powerful Windows(r-based Siemens control which allows this capability and offers superior diagnostics through Windows(r).
CNC Drill Line is specifically designed for fabricators or general job shops who need to drill holes through steel profiles of all kinds. The following questions can help you decide if this machine is right for your needs.
GSS Machinery's magnetic brush & broom are used to remove chips from the machine, and sweep up chips from floors.
Programming the CNC Drill Line for new operators is simple and intuitive, even for those who don't have any computer or CNC experience.
Voortman developed Raptor 3DCAD/CAM Software, which takes CNC innovation to the next level by allowing users to program more quickly and accurately. The 3D platform allows you to inspect, modify, and export part information. This, combined with Voortman CNC technology, means maximum fabricator capacity.
The MultMaster works as an extension of the Roller Feed measurement system in order to perform cuts which may otherwise require manual positioning for programs with many small pieces. This accessory allows fast and simple material processing on a Voortman drill and saw tandem system by automating the processing of short remnant sections.
Beam drill lines are important tools in medium to large-sized structural fabrication shops. Beam drill lines accurately drill holes in a variety of steel profiles at different lengths with CNC controlled programming. These machines eliminate the need to manually chalk or layout the positions and produce the hole by hand with a mag drill, punch, or plasma. This cumbersome process can take weeks and multiple employees to do the job. A beam drill line eliminates manual layout and the associated errors.
Let's look at Twist Drill Bits versus Insert Drill Bits in a real-world fabrication situation. Let's just focus on one example: 13/16" (22mm), which is the most common drilled hole diameter.
In medium- to large-sized structural fabrication shops, beam drill lines are an important tool. Beam drills can drill holes in many steel profiles and at different lengths using CNC-controlled programming. These machines can be used to cut holes in a variety of steel profiles without the need for manual layout or chalking. This tedious process can take several weeks and require multiple workers to complete. The beam drill line eliminates the need for manual layout and all associated errors.
This Morse Taper chuck adaptor permits you to use standard parallel shank drilling bits for smaller diameters. It has a maximum drilling diameter of 12mm. (12mm) and a minimum drill diameter of 3/64 (1mm).
Voortman technicians can often work remotely from their computers to resolve any problems you might have. Voortman technicians only need an internet connection to be able to use your control like he were there with you. Voortman equipment is equipped with a Powerful Windows (r)-based Siemens control, which provides superior diagnostics using a Windows(r), based platform.
AC Unit installed on Electrical Cabinet – The unit is mounted on cabinet's High Power side (480v). It is right next to the location of the drives. This allows the cabinet to maintain a stable temperature and heat dissipation to occur faster. The most important contributors of heat to the electrical cabinet are the servo drive for all axes.
Voortman has created the CNC beam drill line standard today using proven technology. Advantage-2 processes 150 tons of steel an average of once a week. The Advantage-2 is highly efficient in drilling, milling and tapping as well as countersinking.
Theoretically, a beam could be any length provided it was properly designed. The issue is one of practicality. Although it's theoretically possible to have an RC beam 16m long, it is very difficult to have a reinforcement bars that are longer than 12m.
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.
The beam will fail at its bottom if the cantilever beam material has lower compressive yield strengths than the tensile yield strengths. The beam may also fail if its tensile yield strength falls below the required level.
Step one is to determine the beam's total load and live load. Identify the type of load that you are supporting (roof, floor, or non-snow) and then choose the span you require. Match the live load and total loads to the values in the tables. You will see the thickness and depth of each required member.
As we all know, T-beam casting with slab is possible. Its flange absorbs compressive stress which means it will resist greater sagging moments of beam. The beam's depth is lower than ordinary beam, which gives you more headroom. For beam deflection reduction, T-beam is preferred over ordinary beam.