How do you drill straight through thick wood
The Advantage-2 is powered with 25 HP (18.5kW), Siemens spindle motors. Each drill spindle has 5-station tool changers. This advanced drilling technology ensures maximum operating time, drill hole quality and efficiency.
Voortman has developed Raptor 3DCAD/CAM Software. This software takes CNC innovation one step further. Users can program faster and more accurately with Raptor 3DCAD/CAM Software. You can inspect, modify and export your part information from within the 3D platform. This combination with Voortman CNC technology ensures maximum capacity for fabricators.
Continuous production? Check. It is more than just being able to manage processes. Fabricators must also be able to meet industry standards for quality and time management. Triple axis drilling allows for fast processing. The Siemens spindle motors are 25 horsepower and have industry-leading penetration times. Each axis is equipped with ball screw feed positioning. The drill line features an advanced clamping system to minimize vibrations due to its high power. Extreme accuracy Check.
The CNC Beam Drill Line operates very easily, and the majority of Avenger operator were the ones doing floor layouts. The installation requires no prior computer knowledge. All training is provided during the process.
The programming of the CNC Beam Drill Line can be done intuitively even by operators who have never used a computer or CNC.
Voortman's 24/7 Tech Support Center can solve 90% of all support issues. But, 50+ Voortman Field Service personnel are available throughout North and South America and Europe, Africa, Asia and Russia.
Importing files directly to your steel detailing tool is preferable. It removes the need for an extra step and helps eliminate any possible errors. There are two distinct and separate camps in this regard.
CNC Beam Drill Line is 100% hydraulic, making it extremely affordable to maintain and purchase parts. CNC Beam Drill Line is a 100% hydraulic machine that was specifically designed for worldwide use. It uses components from the major manufacturers. Most of these parts can be found in local markets. Voortman stocks all parts for next-day delivery in the USA. We offer support and service in most of our overseas locations.
To service our global clientele, Voortman proudly provides our partners with 24 hour technical support. Voortman’ inside service staff have years of experience in the field, assembly, or factory checkout which provides them with hands-on experience with most machines. At Voortman their service staff is not only available when you need them, but they maintain superior knowledge to solve questions as they arise.
It is obviously preferable to import files directly from your steel detailing software because it eliminates an unnecessary step and also eliminates possible incorrect data capture. There are two separate and distinct camps in this respect:
CNC Beam Drill Line beam processing solutions are extremely efficient. It requires only 70ft x nineft of floor space, making it suitable for small fabricators or those with limited space. There are also many CNC Beam Drill Lines that can be installed outside, which frees up more space for the fabricator.
To ensure smooth operation and low maintenance, our beam drill machine machines come with linear guides and central lubrication. A 4-station tool changer is included in each coordinate system. It allows it to drill/mill, scribe/counter sink or tap as necessary. The tools can also be changed easily mid-operation. An arm attached to the rack and pinion on the feed conveyor is used to position the beam while it passes through the drill. Our steel beam drill lines are much more accurate that friction roller machines.
The CNC Beam Drill Line is built exclusively for GSS Machinery by Voortman. Voortman handles the installation, warranty and service work on the CNC Beam Drill Line. And while Voortman is the service provider, GSS Machinery is always there to get involved should the need arise.
Z-Reader Probe- This probe maps the surface's location. It can be operated manually and programmatically. The option is removed from danger and is not active while the cutting process is underway. It can be used for surface mapping or to verify surface at each point before the cutting process begins. It is responsible for initialization, or zeroing the device on the surface at beginning of a program. From there it tracks the difference or accumulates them.
A box (or square shell) is the best shape in 2D for both directions. However, a cylindrical shell, or tube, is more efficient for bending in any direction. The I, or wide flange beam, is better for unidirectional bending.
To increase your beam's bending capability, you will need to increase the second moment (I) if your beam design is controlled by yielding in bend (not lateral-torsional or plate buckling). This is usually done by attaching additional plates to your beam, often onto the flanges.
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.
A 10mm diameter bar can be used to reinforce a beam's longitudinally, but this all depends on the beam's size, span, and the load placed over it. The designer determines the steel cross-section area required when designing.
Manufacturers limit beams to 60 feet due to transport issues. Others can make beams up to 80 feet long. The longest supported span using LVL is 80 feet. It is normal for continuous LVL spans to be between 20'-30'.