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Beam Driling Machine

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  • VERNET BEHRINGER /CNC FLAT BAR MACHINE
    Vernet Behringer (France) CNC Punch & Shear Beamline for Beams, Angles, Channels & Flat Bar Realising the advantages of automation with the simplest and most mundane of tasks is the primary function of this machine. What are those advantages? To complete your automation process and consistency within QA/QC whilst further reducing man hours and increasing flexibility, this is the natural and cost effective choice.
    What it Does Q1. How does the Vernet-Behringer PS 500 CNC flat bar and angle beam line grow my business?
    A1. We all know that manual punch and shear machines preempt the introduction to automation; this is the sensible next step to re-task expensive labour and to realise and increase on man hour rates. Instead of up skilling your labour and head count, up skill your automation that will remove man hours from your fabrication process.   Remove the concern for where am I going to put all of this added functionality? It will all stand in one spot in a single machine, which will be utilised for tasks previously done on a manual punch and shear machine.
    Q2. What makes the Vernet-Behringer better than my known choice for a beam-line?
    A2.  Have you noticed how many beam lines installed in Australia are under utilised? Fabrication has seen frequent improvements in method, which have been technology driven. Vernet-Behringer has incorporated the sum of this knowledge into one machine to bring full utilisation to the workshop and deliver a marked reduction in man hours from your fabrication. The added confidence of flexibility and availability reduces cost per ton and increases capacity and man hour return.
    Q3. How does it deliver efficiency and improvements?
    A3. Simplification and productivity. The assuredness knowing your product will satisfy your client, and their schedule, whilst improving your contract value is precisely what a competitive edge is. The traditional experience when winning new work is fraught with stress: How do I deliver this with my current resources? Can I meet the schedule? Will the project make me money? Designing a program with confidence when you have none, because you are struggling to answer these questions, limits both your ability to win new work and to grow your business. Removing this uncertainty with an assured capability and option to re-task manual labour significantly changes your competitive position.
    How it Works The variety of tasks that every structural fabricator has traditionally relied upon manual labour to carry out can now be automated on a Vernet-Behringer beam line. This can now be fully automated and re-task and increase the value of man-hours from your workshop. Extensive testing, proving and delivery in all aspects over a number of years in fabricators workshops has built a diverse specification to meet your business performance outcomes and provide the competitive edge from automating. 1. Vernet-Behringer  Flat Bar CNC Punch & Shear Brochure PDF 2. Vernet-Behringer Brochure PDF 3. Partners 4 Steel Brochure PDF 4. SMS Metalworking Machinery Capabilities & Brochure
    Profit & Proof What would your tendering look like if your business were faster in fabrication?  Would you make more money or win more work? Ensuring correct selection of any new asset is crucial, for both efficient use of capital and relevance of the automation process. SMS will work with you to apply the necessary metrics that will highlight what improvements can be made as well as how to achieve them. Auditable, deliverable, measurable and evidence based metrics will be provided so your strategic team can calculate the ROI, capacity increase and man hours reduced from a Vernet-Behringer structural steel beam line. The SMS Flexibility Study will evaluate your current position and on going strategy, we will then assess any gaps to successfully deliver to your business and your clients.

    Click the case studies to see the positive gains your competitors are making:  1. Reduce processing costs of structural steel add-on parts 2. Re-task labour to sort add-on parts for a fabricator 3. Improve the schedule to supply add-on parts to fabricators 4. Why punching holes and slots for add-on parts makes sense 5. Why stamping part numbers on add-on parts is the superior strategy 6. Avoid suffering from buying the wrong Beam Line 7. Get Metal Work and Keep It 8. How Does Your Business Select the Correct Machine 9. How Do I Recognise Good Advice for my Business?   Ask to see time studies and software demonstrations today.     
    • - Sidney
    • 61 08 61605963
    • +61 08 61605963
  • CNC H BEAM DRILLING AND MARKING MACHINE MODEL TSWZ1000/TSWZ1250
    Applicable industry:
    Used for the drilling processing of H-shape steel, box beam and channel steel of steel structure, bridge, three dimensional garage and petrol platform. It is designed for medium size steel fabricators desiring to increase profitability and throughput (tons-per-month) in today’s extremely competitive market. TSWZ1000 eliminates time-consuming manual beam layout and hole drilling, formerly done by mag drills and/or hydraulic punches. Product feature:
    1. Equipped with three drilling head, which can provide high efficient drilling capacity with wide range of hole diameters. All these 3 drilling units can work simultaneously on the web and flanges of the beam. There're two measurement discs which are equipped with encoders, being fixed front and back of the machine to measure the length for drilling. 
    2. Three drilling head can drill holes simultaneously, and adopt self-controlled stroke drilling head. No need to set thickness of work piece and length of drilling, automatically finish the transfer of rapid feeding and work feeding, and with high efficiency.
    3. CNC Controlled marking unit being equipped on the unloading roller to mark pre-programmed numbers/characters on the flange of the beam. The marking depth is 1.5mm, which is clear enough after surface treatment like sand/shot blasting, and HD Galvanizing.
    4. PLC systems, LCD screen display, programming Microsoft based on WINDOWS platform, fast and convenient programming, and visual previewing.
    5. Programming Microsoft is not depend on CPU equipment, can be installed in any computer to carry out programming off-site, direct copy or network transmission to the equipment to realize.
    6. Each drilling head, equipped with professional main shaft speed-reducing-motor from famous products abroad.
    7. Main machine, hydraulic pressure, electric components are famous products domestic and abroad. Specifications: Model TSWZ1000 TSWZ1250 Work piece size H-beams Max. (web width×flange height) (mm) Max. 1000x500 1250x600 Min. 150x75 Length (mm) Auto feeding ≥3000 Manual feeding ≥690 Max. workpiece weight (kg) 12000 15000 Thickness of web & flange (mm) 80 Drilling dia. (mm) Vertical drilling Φ12~Φ33.5 Horizontal drilling Φ12~Φ26.5 Marking function No. of Characters 36 characters Characters Size Φ10 mm Imprinting Depth 0.8mm~ 1.5mm Drilling spindles No. of spindle One spindle on each of three sides (top,left,right) Total: 3 spindles Rotation speed (stepless speed adjustment) (rpm) 180~650 Spindle motor power (kW) 3 x 4 kW Max. feeding stroke (mm) (Left & right):140           (Vertical): 325 Feeding speed(mm/min) 20~300 Movement of left/right spindle (mm) In the direction of workpiece length:520 Above vertical base-level:30~470 Above vertical base-level:30~570 Movement of top spindle (mm) In the direction of workpiece length:520 Beyond horizontal base-level: 45~910 Beyond horizontal base-level: 45~1160 Overall dimensions (L×W×H) (mm) 4550x3050x3520 4800x3050x3520 Drilling head cooling way Compressed air + atomized drilling fluid Air pressure (Mpa) 0.6 X axis servo motor power 5kW Oil pump motor power 2.2kW Oil pump pressure 3.5-4MPa Processing precision Allowance of neighbor holes distance<±0.5mm In length of 10m, allowance of any holes distance <±1mm Total power (kW) 34 Machine weight (kg) Appr.7000 Appr.8000  
    • No.8299,Jingshi Road Jinan
    • 8653155611277
    • 8653155611266
  • BEAM DRILLING MACHINE
    The latest in beam processing FICEP Liberty is a new three spindle drilling line for the processing of beams and shaped rolled sections. With the new innovations and the modular structure it is a significant step forward in beam processing. The Liberty is compact, essential, linear and veryhigh tech with its new Direct Drive motors. The power of the motor and the speed of positioning together with the new rack and pinion driving cinematics give a feeling of silence and speed under control never felt before. The Liberty can be easily coupled with band saws and coping robots to create very powerfull and flexible working units managed with one CNC control unit to cover e.g.: - Straight or mitred cuts (+45/-60 degrees) - plasma or oxy thermal cutting to automatically cut shapes such as coping or flange thinning, ratholes, weld prepping, splitting in the section.
    • Via Giacomo Matteotti, 25 Gazzada Schianno
    • +852 25446888
    • +852 25445123
  • PROFILE DRILLING UNIT
    The latest in beam processing FICEP Endeavour is a new three spindle drilling line for the processing of beams and shaped rolled sections with small and large dimensions. With the new innovations and the modular structure it is a significant step forward in beam processing. There are six different sizes available covering material sizes from 610mm x 305mm up to 2515mm x 1015mm. The Endeavour is compact, essential, linear and veryhigh tech with its new Direct Drive motors. The power of the motor and the speed of positioning together with the new rack and pinion driving cinematics give a feeling of silence and speed under control never felt before. There are two working heights available for installation. New auxiliary axes The three spindles are optionally equipped with a new additional auxiliary axis that allows independent control of the spindle over a 250 mm stroke. By this method with the beam being stationary we can maximize the utilization of each spindle within the stroke. Whilst drilling on one side/flange it is possible to perform other operations that require an interpolation on one of the other sides of the beam being processed. New innovations have been implemented in Endeavour design to increase the productivity. Faster drilling speeds at minimum cost with indexible tools New helical milling features (min-max diameter) New milling applications for copes Weld preparation possibility Faster scribing speed New universal tool holder Slotting in any direction Automatic detection of the profile size Processing of tapered beams Option for camber and unequal flanges  Milling examples made with Endeavour's auxiliary axes. Drilling, milling and cutting with combined machines. Endeavour can be easily coupled with band saws and coping robots to create very powerfull and flexible working units managed with one CNC control unit to cover e.g.: Straight or mitred cuts (+45/-60 degrees) plasma or oxy thermal cutting to automatically cut shapes such as coping or flange thinning, ratholes, weld prepping, splitting in the section.
    • Via Giacomo Matteotti, 25 Gazzada Schianno
    • +852 25446888
    • +852 25445123
  • VERNET BEHRINGER /HDM SINGLE SPINDLE BEAMLINE
    Vernet Behringer (France) HD Beamline with 3 Spindles & Automatic Layout Marking on 4 Sides of all Beams, Channels & Angles for Ultra Fast Drilling Efficiency is at its best when it is simple. One task should not take many hands, which unfortunately is what we see happening with drilling for various types of structural steel profiles. With numerous positions, angles and rotations each one processed manually increases time and cost. Here is the alternative, with spindle rotates around the bar for drilling the 3 sides with a single pass. No need to turn the part.

    What it Does Q1. How does the Vernet-Behringer beam line grow my business?
    A1. Simple and efficient, the HDM is the ideal solution for steel fabricators looking for a value loaded automated production process.

    Q2. What makes the Vernet-Behringer better than my known choice for a beam-line?
    A2.  Have you noticed how many beam lines installed in Australia are under utilised? Fabrication has seen frequent improvements in method, these have been technology driven. Vernet-Behringer has incorporated the sum of this knowledge into one machine to bring full utilisation to the workshop and deliver a marked reduction in man hours from your fabrication. The added confidence of flexibility and availability reduces cost per ton and increases capacity and man hour return.
    Q3. How does it deliver efficiency and improvements?
    A3. Unification and consistency. The assuredness knowing your product will satisfy your client and their schedule whilst improving your contract value is precisely what a competitive is. The traditional experience when winning new work is fraught with stress: How do I deliver this with my current resources? Can I meet the schedule? Will the project make me money? Designing a program with confidence when you have none, because you are struggling to answer these questions, limits both your ability to win new work and to grow your business. Removing this uncertainty with an assured capability and option to re-task manual labour significantly changes your competitive position.
    How it Works The variety of tasks that every structural fabricator has traditionally relied upon manual labour to carry out can now be automated on a Vernet-Behringer beam line.  Extensive testing, proving and delivery in all aspects over a number of years in fabricators workshops has built a diverse specification to meet your business performance outcomes and provide the competitive edge from automating. 1. View Vernet-Behringer Brochure PDF 2. View Partners 4 Steel Brochure PDF 3. SMS Metalworking Machinery Capabilities & Brochure   Profit & Proof What would your tendering look like if your business were faster in fabrication? Would you make more money or win more work? Increases: Utilisation, capacity and availability as well as demonstrated flexibility with accompanying growth in margin. Reduces: Man hours and cost per ton to process and fabricate. Ensuring correct selection of any new asset is crucial, for both efficient use of capital and relevance of the automation process. SMS will work with you to apply the necessary metrics that will highlight what improvements can be made as well as how to achieve them.  Auditable, deliverable, measurable and evidence based metrics will be provided so your strategic team can calculate the ROI, capacity increase and man hours reduced from a Vernet-Behringer structural steel beam line. The SMS Flexibility Study will evaluate your current position and on going strategy, we will then assess any gaps to successfully deliver to your business and your clients.

    Click the case studies to see the positive gains your competitors are making: 
    1. Re-task 35 man hours every 15 ton of fabricated steel! 2. Re-task 25 man hours for every 500 add-on parts fabricated and assembled! 3. Avoid Suffering From Buying The Wrong Beam Line 4. Three spindle beam line comparison to single spindle beam line Case Study 5. Get Metal Work and Keep It 6. How Does Your Business Select the Correct Machine?
    7. How Do I Recognise Good Advice for my Business?

    Ask to see time studies and software demonstrations today.
        
    • - Sidney
    • 61 08 61605963
    • +61 08 61605963
  • CNC DRILLING AND MARKING MACHINE FOR BEAMS MODEL TSWZ1000-9 (9 DRILLS)
    Applicable industry:
    Used for the drilling processing of H-shape steel, box beam and channel steel of steel structure, bridge, three dimensional garage and petrol platform. It is designed for medium size steel fabricators desiring to increase profitability and throughput (tons-per-month) in today’s extremely competitive market. TSWZ1000 eliminates time-consuming manual beam layout and hole drilling, formerly done by mag drills and/or hydraulic punches. Product feature:
    1. Equipped with nine drilling head, which can provide high efficient drilling capacity with wide range of hole diameters. In nine drills, 3 drilling units can work simultaneously on the web and flanges of the beam. There're two measurement discs which are equipped with encoders, being fixed front and back of the machine to measure the length for drilling. 
    2. Three drilling head can drill holes simultaneously, and adopt self-controlled stroke drilling head. No need to set thickness of work piece and length of drilling, automatically finish the transfer of rapid feeding and work feeding, and with high efficiency.
    3. CNC Controlled marking unit being equipped on the unloading roller to mark pre-programmed numbers/characters on the flange of the beam. The marking depth is 1.5mm, which is clear enough after surface treatment like sand/shot blasting, and HD Galvanizing.
    4. CNC & PLC systems, LCD screen display, programming Microsoft based on WINDOWS platform, fast and convenient programming, and visual previewing.
    5. Programming Microsoft is not depend on CPU equipment, can be installed in any computer to carry out programming off-site, direct copy or network transmission to the equipment to realize.
    6. Each drilling head, equipped with professional main shaft speed-reducing-motor from famous products abroad.
    7. Main machine, hydraulic pressure, electric components are famous products domestic and abroad. Specifications: Model TSWZ1000-9 Work piece size H-beams Max. (web height×flange width) (mm) Max. 1000x500 Min. 150x75 Length (mm) Auto feeding ≥3000 Manual feeding ≥690 Max. workpiece weight (kg) 5000 Thickness of web & flange (mm) 80 Drilling dia. (mm) Vertical drilling Φ12~Φ33.5 Horizontal drilling Φ12~Φ26.5 Marking function No. of Characters 36 characters Characters Size Φ10 mm Imprinting Depth 0.8mm~ 1.5mm Drilling spindles No. of spindle Three spindles on each of three sides (top,left,right) Total: 9 spindles Rotation speed (stepless speed adjustment) (rpm) 180~650 Spindle motor power (kW) 3 x 4 kW Max. feeding stroke (mm) (Left & right):140           (Vertical): 325 Feeding speed(mm/min) 20~300 Movement of left/right spindle (mm) In the direction of workpiece length:520 Above vertical base-level:30~470 Movement of top spindle (mm) In the direction of workpiece length:520 Beyond horizontal base-level:910~45 Overall dimensions (L×W×H) (mm) 4450x3050x3520 Drilling head cooling way Compressed air + atomized drilling fluid Air pressure (MPa) 0.6 Processing precision Allowance of neighbor holes distance<±0.5mm In length of 10m, allowance of any holes distance <±1mm Total power (kW) 34 Machine weight (kg) Appr.8000  
    • No.8299,Jingshi Road Jinan
    • 8653155611277
    • 8653155611266
  • CNC BEAM UNIT
    The latest in beam girder processing FICEP ENDEAVOUR GANTRY drill is the ultimate technology designed by FICEP for the processing of welded girder beams and welded structures of large dimensions. Typically in the fabrication of steel bridges or big trusses the finished part reaches dimensions that could be covering volumes of 4000 mm x 2000 mm with lengths that could reach 35.000 mm. Bridge girders could be cambered and curved along the length, box girders might require patterns of holes or also face milling, tub girders require to be positioned and handled with care to drill patterns for splice plates on the flanges and on the web, trusses might need to be faced mill and drilled on the connection points. All the above mentioned parts have something in common apart from the machining operations that is the weight, the volume occupied and the difficulty to handle shape and geometry. The Endeavour gantry girder drill over pass this issue by avoiding the material movement through the machine like in the traditional beam lines. The Gantry structure simply moves around the piece itself. The modular, beam frame accommodates up to three very high tech Direct Drive spindles. The power of the motor and the speed of positioning together with the new rack and pinion driving cinematics give a feeling of silence and speed under control never felt before. New auxiliary axes The three spindles are optionally equipped with a new additional auxiliary axis that allows independent control of the spindle over a 250 mm stroke. By this method with the beam being stationary we can maximize the utilization of each spindle within the stroke. Whilst drilling on one side/flange it is possible to perform other operations that require an interpolation on one of the other sides of the beam being processed. New innovations have been implemented in Endeavour GANTRY design to increase the productivity. Faster drilling speeds at minimum cost with indexible tools New helical milling features (min-max diameter) New milling applications for copes Weld preparation possibility Faster scribing speed New universal tool holder Slotting in any direction Automatic detection of the profile size Processing of tapered beams Option for camber and unequal flanges
    • Via Giacomo Matteotti, 25 Gazzada Schianno
    • +852 25446888
    • +852 25445123
  • PROFILE AUTOMATIC DRILLING
      FICEP ORIENT DD monospindle beam drilling machine is a new drilling line for processing of beams and shaped rolled sections with small and large dimensions with rotating spindle technology. The ORIENT DD is compact, essential, linear and very high tech with its new mitering Direct Drive motor
    that allows an extremely fast mitering positioning of the spindle at -90º / 0º / +90º Due to its flexibility and speed, the ORIENT DD is the ideal machine for light structural steel and PEB applications
    • Via Giacomo Matteotti, 25 Gazzada Schianno
    • +852 25446888
    • +852 25445123
  • CNC DRILLING MACHINE
    The latest in beam girder processing FICEP ENDEAVOUR GANTRY drill is the ultimate technology designed by FICEP for the processing of welded girder beams and welded structures of large dimensions. Typically in the fabrication of steel bridges or big trusses the finished part reaches dimensions that could be covering volumes of 4000 mm x 2000 mm with lengths that could reach 35.000 mm. Bridge girders could be cambered and curved along the length, box girders might require patterns of holes or also face milling, tub girders require to be positioned and handled with care to drill patterns for splice plates on the flanges and on the web, trusses might need to be faced mill and drilled on the connection points. All the above mentioned parts have something in common apart from the machining operations that is the weight, the volume occupied and the difficulty to handle shape and geometry. The Endeavour gantry girder drill over pass this issue by avoiding the material movement through the machine like in the traditional beam lines. The Gantry structure simply moves around the piece itself. The modular, beam frame accommodates up to three very high tech Direct Drive spindles. The power of the motor and the speed of positioning together with the new rack and pinion driving cinematics give a feeling of silence and speed under control never felt before. New auxiliary axes The three spindles are optionally equipped with a new additional auxiliary axis that allows independent control of the spindle over a 250 mm stroke. By this method with the beam being stationary we can maximize the utilization of each spindle within the stroke. Whilst drilling on one side/flange it is possible to perform other operations that require an interpolation on one of the other sides of the beam being processed. New innovations have been implemented in Endeavour GANTRY design to increase the productivity. Faster drilling speeds at minimum cost with indexible tools New helical milling features (min-max diameter) New milling applications for copes Weld preparation possibility Faster scribing speed New universal tool holder Slotting in any direction Automatic detection of the profile size Processing of tapered beams Option for camber and unequal flanges
    • Via Giacomo Matteotti, 25 Gazzada Schianno
    • +852 25446888
    • +852 25445123
  • PROFILE DRILLING MACHINE
    The latest in beam processing FICEP Liberty is a new three spindle drilling line for the processing of beams and shaped rolled sections. With the new innovations and the modular structure it is a significant step forward in beam processing. The Liberty is compact, essential, linear and veryhigh tech with its new Direct Drive motors. The power of the motor and the speed of positioning together with the new rack and pinion driving cinematics give a feeling of silence and speed under control never felt before. The Liberty can be easily coupled with band saws and coping robots to create very powerfull and flexible working units managed with one CNC control unit to cover e.g.: - Straight or mitred cuts (+45/-60 degrees) - plasma or oxy thermal cutting to automatically cut shapes such as coping or flange thinning, ratholes, weld prepping, splitting in the section.
    • Via Giacomo Matteotti, 25 Gazzada Schianno
    • +852 25446888
    • +852 25445123