Cnc Beam Drill Line Wire Rope

Cnc Beam Drill Line Routing

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 – The Z-Reader is a device for mapping the location of the surface. It can be controlled manually & programmatically. The option is NOT active while cutting & is retracted out of harm’s way. It can be triggered to verify the surface at every pierce before the cutting process starts, or it could be used to drive surface mapping of the whole part before cutting starts. It begins with initialization or zeroing of the device to the surface at the beginning of a program and then accumulates or tracks the difference from that zeroing effort.

Cnc Beam Drill Line Routing

The CNC Beam Drill Line can not only process columns and beams, but also all steel profiles, including channel, angle and flat bars, base plates, RHS square and round.

CNC Beam Drill Lines are designed for general job shops and fabricators who need to drill holes into steel profiles of any type. Take a look at the following questions to determine if this machine suits your needs.

6mm Bench Drill

6mm Bench Drill

The Advantage-2 carbide drill line utilizes automatic tool changing technology and completely electronic ball screw feed spindle motion. This combined with Voortman' renowned build quality and mechanical design provide the ultimate combination of agility and strength.

Our beam drill line machines feature central lubrication and linear guides. This ensures smooth operation and less maintenance. Each coordinate system has a 4-station tool changer that allows it to drill, mill and scribe as well as counter sink or tap. It can also swap tools mid-operation without any disruption. The positive beam positioning system consists of an arm attached on the feed conveyor to a rack-and-pinion system. This allows the beam to be positioned more precisely as it passes through the drill line.

Drilling

Voortman offers training courses at their Bradley Illinois facility on all Voortman equipment. These courses are for both new and experienced operators. The facility's graduates return to their shops highly motivated, trained, and ready to increase productivity. For pricing and details, please call.

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.

Drilling

Cnc Beam Drill Line Tensile Strength

Project completion times are greatly reduced when you can mill. Combining Advantage-2's user-friendly Raptor 3DCAD/CAM Software, the operator can quickly program parts. You can view, modify, export and export parts information right from the 3D platform. Advantage-2 drills have many advantages, including the ability to scribe and mill slots and large lifting holes. This really sets the machine apart. We can use the scribing to create piece marks, layout lines and center points. That flexibility to use it when and how we choose has been amazing.

Because you might get a request from a customer for a couple pieces of steel that require holes or layout markings, you will need to train your operator in Peddimat.

Carbide

The Franklin HD145 (3) drill spindle CNC spindle, 44-inch wide. The HD-145 can support beams upto 775 lbs per ft. The hi-performance spindle design offers drilling speeds up to 2,200 RPM. This rigid design can deliver extremely high feed rates upto 300 feet per second. The Franklin HD145 is available with many material handling packages ranging in weight from 300 lbs/foot to 750.

CNC Beam Drill Line is able to import DXF files. It can then use these files to create 3-D shapes, provided that the steel has been detailed according to certain rules. These rules may not be applicable to your current detailing and might need some adjustments. This process is not as smooth as the 3-D modeling software.

Drilling

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Technical Support

What good is a CNC drill line if it doesn't position a fabricator to compete at a high level in the steel fabrication arena. The Advantage-2 has the functionality to process technical programs with intelligence and speed. Equipped with three five-station tool changers, each drilling axis has the capability to drill, mill, countersink, tap and scribe. This drill line can also be equipped with a Signoscript underside scriber or Signomat part stamping unit. Part information is retained even after painting, blasting and galvanizing processes. Minimizing shop errors? Check. Carbide tooling gives the Advantage-2 more aggressive drilling and a higher quantity of holes than any drill line before it. The high torque drilling axes have a thicker more aggressive cut removing more chips with each rotation. This drill line will chew through beams, channel, angle, tube and even flat bar. With a processing window of 44 inches wide and 18 inches tall no profile can escape the reach of the Advantage-2.

Automatic Edge Finder - The edge locater can be used either manually (Jogging Mechanism & Screen Buttons), programmatically or completely automated (dedicated programs). This option adjusts the offsets and rotation of the program to match the cutting table's orientation.

Frequently Asked Questions

Although c-channel can be a little more expensive than angle iron, it is much more durable in most cases. C-channel is preferred for projects that can be done without major engineering or expense.

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.

A purlin measuring six inches can extend to 18 feet

Divide the beam's span in inches by 20 to calculate its required depth. A 25' span would equal 25x12 / 20, which is 15 inches. This beam's width would vary between 1/3 to 1/2 its depth.

IS-456 (2000) Clause 29 states that a supported beam can be classified as deep if the ratio of its effective span to its overall depth D is less then 2. Continuous beams are classified as deep if the ratio L/D falls below 2.5. The centre-t is the measure of effective span.