Cnc Drill Line 5mm
CNC Drill Line offers the most affordable CNC beam drilling line available today, which allows the fabricators to win more jobs and make more margin.
A CNC drill line is useless if it does not position a fabricator for success in the steel fabrication industry. The Advantage-2 can process technical programs quickly and with intelligence. Each drilling axis is equipped with three five-station tool changers. They can drill, mill countersink tap, tap, and scribe. You can also equip this drill line with a Signoscript underside Scriber or Signomat Part Stamping Unit. Even after blasting, painting, and galvanizing, part information can be retained. Minimizing shop errors? Check. Check. High torque drilling axes feature a thicker, more aggressive cut that removes more chips with every rotation. This drill line can chew through beams and tube, channel, angle, tube, and flat bars. Advantage-2 has a processing window that measures 44 inches in width and 18 inches high.
Voortman created Raptor 3DCAD/CAM Software. It allows users to program faster and with greater accuracy. The 3D platform lets you inspect, modify, export and export information directly. This combined with Voortman CNC technology allows for maximum fabrication capacity.
FlexBeam is a brand new machine tool for producing steel profiles. It can be used to produce high-quality, cost-effectively and quickly. This machine can handle large-scale jobs and is an efficient option for small- to medium-sized fabrication shops.
Peddimat can be mastered in less than an hour, even if it is the first time you have used a computer.
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.
Voortman’s CNC Beam Drill Lines often come in combination with a Drill Saw Line or larger fully automated integrated production line, commonly referred to as Multi System Integration. You can find out more information about it here!
The UNIST MQL Coolant System has emerged as the leading coolant system in the USA over the past 10 years. It has been standard equipment for the Aveger FORTY (Plus), Avenger PLUS (Plus) and Clipper. This minimal quantity lubricant is an oil-based coolant that prolongs tool life. It is not toxic.
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.
Auto Stand-Off – This is currently defined to be surface stand-off and not to be confused with vector stand-off in 5-axis mode. The current auto stand-off is based on a changing surface and will adjust vertically based on the angle of the “A” Axis, so there is five (5) axis taken into account during the calculations, but this is not the same as the tool vector stand-off. There is the ability to do the vector stand-off change while the machine is running manually with buttons on the screen.
Peddimat is incredibly simple and intuitive, and takes less than an hour to learn, even if you have never worked on a computer in your life.
The UNIST MQL coolant system has been the standard equipment on the Aveger FORTY and Avenger PLUS. This oil-based coolant promotes longer tool lives. It is not toxic.
The CNC Drill Line is built exclusively for GSS Machinery by Voortman. Voortman handles the installation, warranty and service work on the CNC Drill Line. And while Voortman is the service provider, GSS Machinery is always there to get involved should the need arise.
The Franklin HD145 (3) spindle CNC drill, with 44-inch width capacity. The HD-145 handles beams up to 750 lbs per foot. The hi-performance spindle design provides drilling capabilities up to 2,000 RPM. This rigid design provides extremely aggressive feed rates up to 300 surface feet per minute. The Franklin HD145 can be provided with several material handling packages from 300 lbs per foot, to 750 lbs per foot.
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.
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.
Metal cannot be cut by conventional drill bits so you will need a hard-working, heavy-duty drill bit. For metalworking tasks, there are two types of drill bits: cobalt and titanium.
To resist and redistribute load, beams should bend. The girders on the other side are more rigid as they support the beams and provide horizontal support to the structure. The girder is designed to support large, all-encompassing loads like beam responses or structural pillars.
C-beam has lower strength tolerances than the I beam, which leads to lighter components. Continue reading if you have never used C-beam profiles.