Avenger Cnc Beam
CNC Drill Line is a space-saving beam processing solution. It only takes up 70ft x 9.9ft. This makes it great for fabricators with limited space. CNC Drill Lines can also be placed outside, providing even more space for fabricators.
Voortman AccuMeasure Roller Feed measuring system offers different options for saw measurement. AccuMeasure's versatility allows for easy handling while still providing a quick and efficient CNC solution. Splitting apart a drill or a saw makes it possible to maximize production.
Voortman’s 24 hour tech support center can resolve 90% of your support issues. An extensive network of 50+ Voortman personnel is stationed across North and South America.
Voortman's commitment and dedication to support and service is legendary. They are the industry standard. Voortman employs a global team to support customers. They are always available at the Voortman 24-hour customer support center. Voortman offers support via a world-class remote diagnostic tool, available local support, and an industry-leading guarantee.
".. This machine is designed for Structural fabricators. But I knew it would work well for drilling trucks frames. The assembly was flawless due to the machine's repeatability and accuracy. Avenger drills one channel for a truck in just two hours. We would have taken 16 hours if it was done manually. The machine has increased our productivity AND profitability !.."
GSS Machinery's magnetic brush helps to remove chips and sweep chips off the floor with its broom.
Saw measurement options are available via the Voortman AccuMeasure Roller Feed measurement system. The AccuMeasure allows for complete handling versatility, while maintaining a streamlined CNC solution. Splitting apart a drill and a saw allows neither machine to wait for the other, maximizing production.
Advantage-2 utilizes a number of support clamps to maintain the maximum rigidity of the workpiece. Carbide tools last longer if there is as little vibration as possible.
The Franklin HD145 (3) CNC spindle drill has a 44-inch width. The HD-145 can handle beams up to 775 lbs per foot. High-performance spindles are capable of drilling at speeds up to 2,000 RPM. This rigid design allows for extremely fast feed rates of up to 300 feet per minute. You can order the Franklin HD145 with a variety of material handling packages, ranging from 300 lbs per feet to 750 lbs each foot.
The Morse Taper adaptor lets you use standard parallel shank drill bit sizes when drilling smaller diameters. The maximum drill diameter is?" It allows a maximum drill diameter of 12mm and a minimum drilling diameter of 3/64's (1mm).
Remote assistance is not always possible. It is still possible to have mechanical problems or ask questions that require a human eye. Voortman machines ship with high-definition webcams and software. Voortman employees can experience the installation's activity without ever leaving their office. In situations where communication is difficult or impossible, the webcam can be of great value.
Programming the CNC Drill Line is simple, even when done manually. Peddimat is the machine programming program and most operators can learn to program most parts in less that an hour. Of course practice makes perfect. But, the best way is to program the machine directly from a 3D CAD drawing. This should be done in software such as StruMis, ProSteel 3D and SDS/2. These files can be imported directly to the machine. After selecting the part to process, the operator clicks on the Cycle Start Button.
The programming of the CNC Drill Line can be done intuitively even by operators who have never used a computer or CNC.
Beam drills can be a valuable tool in large and medium-sized structural fabrication shops. Beam drills are able to drill holes in a wide range of steel profiles, at different lengths, using CNC controlled programming. These machines make it possible to eliminate the need for manually drawing or laying out the positions. This lengthy process can take up to a week and requires multiple workers. A beam drill line eliminates manual planning and any associated errors.
It's also known as a "secondary beam". A secondary beam is one that rests on and transfers its loads to a primary beam, which then transfers them to the columns.
There are two main types of failure modes for reinforced concrete beams: shear failure and flexural failure. The first occurs when the imposed load is greater than the flexural strength of the beam's materials. The latter happens due to a difference in the beam's shear resistance.
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.
The failure of beams can be caused by either flexure, shear, or torsion when the failure modes exceed the design loads. The type of load that the beam can sustain and the time it reaches the factored load will determine if there is a chance of structural failure.
T Beam's disadvantages: Because the beam slab is monolithic (rigid), its resistance to lateral shear forces becomes very weak. (cracks develops quickly). This is why T beams are used for high-rise buildings in earthquake-prone areas.