Zcc Drills
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.
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.
"..In an attempt to meet customer requirements and increase output, we have built a new beam drill system. The lower labor cost and quicker turnaround times have resulted in us landing high-quality jobs.
Voortman service technicians do not often have to be present on your machine to address any issues you may have. Voortman technicians will be able operate your control with an internet connection. Voortman equipment features a Powerful Windowsr-based Siemens control. This allows for superior diagnostics and allows for increased productivity.
Peddimat's interface is simple and intuitive. You can learn it in under an hour even if your computer skills are not the best.
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.
As customers often bring a few pieces of steel with holes or layout marks, we train the operator to use Peddimat.
Peddimat is intuitive and simple to use. It takes less than an hours to learn even if you've never used a computer before.
Voortman has shaped today’s CNC beam drill line standard with time-tested technology. The Advantage-2 processes an average of 150 tons of steel per work week with the most efficient drilling, milling, scribing, tapping and countersinking operations.
We at GSS Machinery are often asked by our customers what drill bits should they use – twist drill bits or insert bits? Our number one agenda is to ensure that our customers pursue the lowest cost per hole drilled, as this will make them more competitive and profitable. However it is important that they fully understand their options, Insert Drill Bit (Spade Drill Bit ) Advantages
The CNC Drill Line not just drills holes in any profile of steel in a fraction the time it takes, but also marks the locations for all your welded attachments.
The CNC 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.
An attachment that marks 4-axis locations eliminates human error during manual layout. Even after painting blasting or galvanizing, the part information is still retained.
The CNC Drill Line can import DXF files and can use them to process 3-D shapes as long as the steel is detailed according to specific rules. Some of these rules might be different to the way you are detailing at the moment and might require some adjustment. This process is not nearly as seamless as the 3-D modeling software solutions above.
The two angled segments get compressed and the horizontal segment is loaded with tension. The resulting tensile strength decreases as the angles get more extreme. A thicker beam will resist the bending force of weight more effectively than a thin beam.
The strength tolerances of the C-beam are lower than those of the I-beam. This results in lighter components. Continue reading if you have never used C-beam profiles.
Because of their small cross-section area (known by the web), I beams require minimal material. However, they can still achieve the desired shape and function to carry out their load bearing duties. This design allows the I beam to bend under stress, rather than buckling.
When drilling hard metals, you will need a stronger bit. You can use the same standard high-speed steel bit you would use for wood if you are drilling a soft metal such as aluminum. Use a cobalt or titanium bit to drill steel or other hard metals.
Design Bond Stress (tbd) = 1.28 N/mm2 for M20 (for deformed bars, IS: 456-200) calculation for Ld. In general, the field of quick practice calculates the development length requirement by either '41 times O or '41O'. 41 is the factor calculated with the above formula and O is the dia for the bar.