Question 1

Gantry Type CNC Plate Drilling Machine by YOMI CNC - What hole types and tooling can a gantry type CNC plate drilling machine handle? Discover features, specifications, and applications of this advanced steel structure equipment.

Accepted Answer

What hole types can a gantry type CNC plate drilling machine produce?A gantry type CNC plate drilling machine is designed for flat steel plates and can produce through holes, blind holes, step holes, and holes with end chamfering. This makes it ideal for connection plates, gusset plates, base plates, splice plates, and flange rings used in steel structures, towers, bridges, and heavy machinery. The YOMI YM-PD2016, for example, drills diameters from Φ12 mm to Φ50 mm as standard, with optional tooling for larger holes, and handles plate thicknesses up to 100 mm.What spindle and tooling does the YOMI YM-PD2016 use?The YM-PD2016 uses a single drilling spindle with a Morse 4# taper hole. The spindle speed is infinitely adjustable from 120 to 560 rpm through an inverter, so the operator can match the speed to the drill diameter and material. The main motor is 5.5 kW, with a 7.5 kW option available for tougher applications. Feed is handled by a hydraulic self-controlled stroke drilling power head with 180 mm of feeding travel. For best tool life, use high-speed steel or carbide twist drills designed for structural steel, keep the cutting edges sharp, and run the forced circulating water cooling system continuously.How does the hydraulic clamping system improve productivity on a gantry plate drill?The YM-PD2016 is equipped with 12 hydraulic clamping cylinders, each delivering 7.5 kN of clamping force and controlled by a foot switch. Small plates can be clamped at four corners, and the operator can load the next plate while the machine is still drilling. This eliminates the manual clamping time of a radial drill and prevents plate movement during drilling, which is one reason the gantry plate drill can hold ±0.5 mm drilling accuracy and ±0.1 mm re-positioning accuracy.How is a gantry CNC plate drill programmed from a CAD file?The YM-PD2016 uses a PLC plus IPC control system that accepts AutoCAD DXF files directly. The operator imports the drawing, places the hole positions on the plate layout, and the control software generates the drilling path automatically. There is no need for manual marking or coordinate entry. The system also stores hole-site programs in memory and retains the active program if power is lost mid-cycle. For workshops already using Tekla or SolidWorks, the same DXF/DSTV workflow can feed both the plate drill and the beam line, keeping the programming pipeline consistent.Why are chip removal and cooling critical on a gantry CNC plate drilling machine?Drilling thick steel produces a large volume of hot chips. The YM-PD2016 uses a flat-chain automatic chip conveyor to remove chips from the work area, and a forced circulating water cooling system to control the temperature of both the drill bit and the workpiece. Without these systems, chips can pack around the drill, causing oversized or tapered holes, and heat can expand the plate or bit, reducing the ±0.5 mm accuracy. Keeping the coolant concentration correct and the conveyor clear is therefore part of normal daily operation, not an afterthought.What foundation and power supply does the YOMI YM-PD2016 need?The machine weighs 6 tons and measures 3500 × 2650 × 2870 mm, so it must sit on a level, reinforced concrete foundation that can carry the weight without settling. Vibration isolation is helpful if the machine is installed near other precision equipment. Electrically, the machine needs a three-phase industrial supply to run the 5.5 kW main spindle motor, the 2 kW X-axis dual servo motors, the 1.5 kW Y-axis servo motor, and the hydraulic pump that maintains 6 MPa clamping pressure. A 100 L hydraulic oil tank and a clean, dry electrical cabinet complete the installation.When should you choose a gantry CNC plate drill over a radial drilling machine?Choose a gantry CNC plate drill when you process flat plates in repeatable batches, need high positional accuracy, or drill holes up to 100 mm thick. The YM-PD2016 removes manual layout, clamps automatically, and produces holes accurate to ±0.5 mm, which is difficult to achieve consistently on a radial drill. Choose a radial drill for one-off jobs, very large or awkward parts that cannot fit on a table, or field repair work where portability matters. Most structural steel shops eventually add a gantry plate drill for connection plates and keep the radial drill for special jobs.How do you reduce drill bit breakage and extend tool life on a gantry plate drill?Use the right combination of spindle speed and feed for the drill diameter and plate thickness; the YM-PD2016's 120-560 rpm inverter makes this easy. Run peck drilling cycles for deep holes so chips can clear and coolant can reach the tip. Keep the cutting edges sharp and replace or resharpen bits before they become dull, because a dull drill generates extra heat and wandering. Maintain the correct coolant concentration and flow rate, and make sure the hydraulic clamps hold the plate firmly. Finally, store programs with proven speed/feed values for each common plate type so operators do not have to guess.Technical Specifications of Gantry Type CNC Plate Drilling MachineParameterValueShareCategoriesPlate Cutting MachineBrandYOMI CNC Cutting&Welding MachineryModelYM-PD2016Length x width2000×1600mmOverlay thickness100mmSpeed of spindle120-560r/minFeeding travel180mmDrilling diameterΦ12-Φ50mmMain motor power5.5kwItemModels, YM-PD2016Max working sizeLength x width, 2000×1600 mm( It can be customized as customers’ requirement)Overlay thickness100mmDrilling spindleNumber of spindle, 1pieceModel of spindleMorse 4# cone holeSpeed of spindle120-560r/min Stepless speed inverterFeeding typeHydraulic self-controlled stroke drilling power headFeeding stroke180mmDrilling diameterΦ12-Φ50mmMain motor power5.5KW(7.5KW optiona)Work piece hydraulic clampingNumber of clamping cylinder, 12PCSClamping power/piece7.5KNClamping wayFoot switch controlHydraulic pump pressure6MPaHydraulic oil tank volume100LElectric controlControl type, PLC+IPCX axis servo motor2KWY axis servo motor1.5KWDrilling precisionDrilling precision, ±0.5mmCooling typeForced circulating water coolingChip removal methodFlat chain automatic chip conveyorMachine sizeLxWxH, 3500x2650x2870mmMachine weight6TProduct GalleryApplicationsThe Gantry Type CNC Plate Drilling Machine is widely applied in steel structure prefabricated buildings, bridge and infrastructure construction, shipbuilding and marine engineering, heavy machinery manufacturing, power plant and industrial facilities, and offshore wind power structures.Learn more about the Gantry Type CNC Plate Drilling Machine:https://www.steelstructurer.com/pid18376816/Gantry-Type-CNC-Plate-Drilling-Machine.htmFor more information about Gantry Type CNC Plate Drilling Machine and other steel structure intelligent equipment, contact YOMI CNC Cutting & Welding Machinery. Our team of experts is ready to help you find the best solution for your manufacturing needs.

Question 2

3D CNC Beam Drilling Machine by YOMI CNC - Single-spindle or three-spindle CNC beam drilling machine: which does your shop need? Discover features, specifications, and applications of this advanced steel structure equipment.

Accepted Answer

How do I choose between a single-spindle and three-spindle CNC beam drilling machine?The decision comes down to your monthly drilled tonnage and hole-pattern mix. A single-spindle line suits flexible, mixed-profile work and small-to-medium volume because it drills one face at a time but handles unusual layouts well. A three-spindle line drills the web and both flanges without re-clamping, which pays off when you run repeated bolt-hole patterns and higher volume — a common industry rule of thumb is that shops above roughly 400 drilled tonnes per month justify a multi-spindle line, while shops in the 20-400 t/month band are well served by a single spindle. The YOMI YM-3D1250 sits in the three-spindle class with 3 x 15 kW spindles and 7 CNC axes, aimed at structural fabricators running steady beam throughput with both web and flange hole requirements.Can the machine drill web holes and flange holes in one setup?Yes. The YM-3D1250 carries three drilling power boxes positioned on three faces of the profile, so the top flange, the web, and the bottom flange are all machined while the beam sits clamped in one position. The 7 CNC axes (three positioning axes, three feed axes, and the servo-driven feeding trolley) move the beam and the spindles so every hole in the DSTV part file is reached without lifting, flipping, or re-chucking the profile. This matters for accuracy: hole groups stay within +/-0.5 mm between adjacent holes and +/-1.0 mm per 10,000 mm between hole groups, and eliminating re-clamping removes the main source of layout error in manual mag-drill work.What production capacity can I expect per shift?Capacity is never just spindle speed — it depends on the number and diameter of holes, material thickness, feeding speed, marking, and above all loading and unloading rhythm. The YM-3D1250 gives you the building blocks: hole diameters from Phi8 to Phi40 mm, spindle speeds continuously variable from 30 to 3,000 rpm, a feeding trolley rated to 20 m/min with up to 10 t workpiece weight (1 t/m), and simultaneous three-face drilling. Comparable beam drill lines in this class average roughly 200-400 holes per hour depending on the profile mix, and a three-spindle configuration pushes toward the top of that range when hole patterns repeat on all three faces. For a realistic number, send your hole drawings and monthly tonnage to the supplier and ask for a cycle-time calculation on your typical parts.How short a beam can a CNC beam drilling line process?On the YM-3D1250, automatic in-line processing starts at beams of 3,000 mm or longer, because the servo feeding trolley needs enough clamped length to grip and index the profile reliably. Shorter pieces fall below the automatic processing limit: they are usually routed to manual handling or processed on a plate drilling machine instead. When planning the line, you also choose the effective feeding length — 12 m or 15 m, or customized — and remember the maximum workpiece width is 1,250 mm with feeding weight up to 10 t (1 t/m). If your order mix includes many short connection members, flag this at the inquiry stage so the loading and unloading strategy is designed around them rather than discovered after installation.Which drill bits and cooling should I use for structural steel beam drilling?The YM-3D1250 uses BT40 spindle tapers (convertible to M4) across a Phi8-40 mm hole range, so standard BT40 toolholding covers everything from anchor holes to oversized bolt holes. For structural carbon steel in continuous production, coated HSS-Co or solid carbide twist drills give the best cost-per-hole; carbide-tipped or indexable drills earn their price on high-volume repeated patterns because they run faster and last longer between regrinds. Cooling is handled by the machine's mist cooling system with three nozzles fed by 0.5 MPa compressed air — mist lubrication keeps chips evacuated from deep flange holes, avoids the mess and disposal burden of flood coolant, and noticeably extends tool life compared with dry drilling. Keep a stocked set of the diameters that appear most in your drawings, since reordering mid-shift is the classic cause of unplanned downtime.Do I need a marking or typing function on a beam drill line?Ask what happens after drilling in your workflow. If drilled beams move to fit-up, welding, blasting, painting, or site erection, they need part numbers, assembly orientation marks, and weld-location references. Without machine marking, your team re-measures and re-marks every beam by hand — the exact labor the drill line was bought to eliminate — and hand marks can be ground off during blasting. Typing (hammer marking) survives shot blasting, while scribing suits cleaner surface requirements. Marks also make sorting and staged dispatch far more reliable on multi-trade projects. Whether the marking unit is included depends on the exact configuration, so confirm it with YOMI at the quotation stage together with your mark content and downstream process list.Should I integrate a band saw with the beam drilling line?A drill + saw line makes sense when beams need cut-to-length after drilling or when beams currently shuttle between separate stations, accumulating lifting, waiting, and handling errors at each move. With saw integration, the beam flows from feeding, to drilling, to sawing, to output in one controlled route driven by the same part program. It is especially valuable for fabricators producing long runs of standard members where every beam gets both holes and cuts. The trade-off is planning: conveyor heights must match, chip and swarf handling should be separated, and the control integration should be settled during line design rather than retrofitted. If your cut lengths vary job to job and your saw is already well positioned, a standalone drill line with manual saw transfer may be the leaner first step.What information should I prepare before requesting a beam drilling machine quotation?The fastest path to an accurate quotation is a complete data package: (1) beam types and size range — the YM-3D1250 envelope covers H beams from 150x80 to 1250x600 mm, U beams and box beams to 1250x400 mm, and angle steel to 200x200x16; (2) hole diameters, hole patterns, and which faces they sit on, ideally as Tekla DSTV files or drawings; (3) maximum and minimum beam lengths and your monthly tonnage; (4) whether you need marking, sawing, or tapping in the same line; (5) workshop layout constraints and utilities — the machine needs 0.5 MPa compressed air for mist cooling and a suitably rated power supply; and (6) short-material share of your mix, since automatic processing requires beams of 3,000 mm and longer. With these, the supplier can propose a configuration instead of quoting a generic catalog model.Technical Specifications of 3D CNC Beam Drilling MachineParameterValueShareCategoriesH Beam Cutting MachineBrandYOMI CNC Cutting&Welding MachineryModelYM-3D1250Beam web height200-1250mmMax drilling thickness40mmMax drilling hole diameter￠40mmSpindle motor power3x15KWEffective feeding length12mMaximum feeding speed9000mm/minPositioning CNC axis moving speed10～6000mm/minFeeding CNC axis moving speed10～12000mm/minItemParameterWorkpiece rangeH Beam, 150x80～1250x600mmU Beam150x80～1250x400mmBox beam150x80～1250x400mmAngle steel200x200x16 mmThickness≤80 mmLength12/15m or customizedShort material limitAutomatic processing≥3000mmDrilling power boxQuantity, 3PcsDrilling hole diameterФ8～Ф40mmSpindle speed30～3000r/minSpindle taper holeBT40( Convertible to M4）Spindle motor power3×15KWCNC axisQuantity, 7 PCSFixed side, moving side and intermediate shaft servo motor power3×2KWThree positioning CNC axes moving Speed0～10m/minMovement speed of three feed CNC axes0～5m/minMachined hole accuracyThe distance between adjacent holes in hole group (Adjacent hole group hole distance ±1.0mm/10000mmFeeding trolley servo motor power5kwMax. feeding speed20m/minMax. Feeding weight10T （1t /m）Maximum width of workpiece1250mmMist cooling systemNumber of nozzles, 3PCScompressed air pressure0.5MpaMain host dimension(LxWxH)About 5600×1600×3400mmMain host weightAbout 20000KGSProduct GalleryApplicationsThe 3D CNC Beam Drilling Machine is widely applied in steel structure prefabricated buildings, bridge and infrastructure construction, shipbuilding and marine engineering, heavy machinery manufacturing, power plant and industrial facilities, and offshore wind power structures.Learn more about the 3D CNC Beam Drilling Machine:https://www.steelstructurer.com/pid18376284/3D-CNC-Beam-Drilling-Machine.htmFor more information about 3D CNC Beam Drilling Machine and other steel structure intelligent equipment, contact YOMI CNC Cutting & Welding Machinery. Our team of experts is ready to help you find the best solution for your manufacturing needs.

Question 3

Gantry Type CNC Plate Drilling Machine by YOMI CNC - How to Choose a Gantry Type CNC Plate Drilling Machine for Your Workshop Discover features, specifications, and applications of this advanced steel structure equipment.

Accepted Answer

How to choose a gantry type CNC plate drilling machine for your workshop?Selecting the right gantry CNC plate drill comes down to matching nine key parameters to your actual production mix. First, plate size: match the maximum working area to your largest common plates (the YOMI YM-PD2016 covers 2000 by 1600 mm, with larger models up to 3000 by 1600 mm available). Second, plate thickness: ensure the maximum thickness capacity (100 mm for the YM-PD2016) covers your typical materials. Third, drilling diameter range: verify the machine covers your required hole sizes (standard Phi-12 to Phi-50 mm, with optional Phi-63 mm chucks). Fourth, spindle speed: a wide stepless range such as 120 to 560 rpm gives flexibility for different bit sizes. Fifth, clamping system: look for at least 12 hydraulic cylinders with foot-switch control so small workpieces can be clamped at four corners and the table can be loaded while the machine is still drilling. Sixth, control system: PLC plus IPC with AutoCAD-compatible programming removes manual marking. Seventh, precision: check that drilling accuracy is at least plus or minus 0.5 mm and re-positioning is plus or minus 0.1 mm. Eighth, chip removal: an automatic flat-chain conveyor keeps the working area clean. Ninth, footprint: confirm adequate floor space and a reinforced foundation for the roughly 6 ton, 3.5 m by 2.7 m machine.What is the difference between a gantry CNC plate drilling machine and a 3D CNC beam drilling machine?A gantry CNC plate drilling machine is built for flat workpieces. The bed is a horizontal table, the spindle moves in X and Y across the plate and feeds vertically in Z, and the typical workpiece is a connecting plate, base plate, gusset plate, or flange of up to 100 mm thick. A 3D CNC beam drilling machine is built for long profiles. The workpiece is an H-beam, channel or box section up to 12 or 15 m long, the spindle rides on a gantry that moves along the length of the beam, and the drilling head can swing to the web and both flanges of the section. In practice, the plate drill is roughly three times faster than a traditional radial drill and removes all manual marking, while the 3D beam drill is three times faster than manual three-sided drilling and accepts DSTV files directly from Tekla. Most structural steel workshops need both machines: the plate drill for connection plates and the 3D beam drill for the main H-sections.What industries use gantry type CNC plate drilling machines?Gantry type CNC plate drilling machines are widely used in industries that require precision drilling of connecting plates and flat components. The most common applications are: (1) Steel structure fabrication, drilling connection plates, gusset plates, base plates, and splice plates for building frames. (2) Iron tower and transmission tower manufacturing, drilling angle iron connection plates and flange rings. (3) Bridge construction, processing connecting plates for bridge girders and deck components. (4) Mechanical processing, drilling mounting plates, flanges, and brackets for heavy machinery. (5) Shipbuilding, processing hull connection plates and bulkhead brackets. (6) Power equipment manufacturing, drilling boiler and heat-exchanger tube-sheet plates. (7) Railway and infrastructure, fabricating connection plates for rail structures. The combination of 100 mm thickness capacity, multiple hole types (through, blind, step, chamfered), and AutoCAD-compatible programming makes the gantry plate drill versatile enough for almost any fabrication shop that processes flat steel components.What drilling accuracy and repeatability does a gantry CNC plate drill achieve?A properly commissioned gantry CNC plate drilling machine such as the YOMI YM-PD2016 achieves drilling accuracy of plus or minus 0.5 mm and re-positioning accuracy of plus or minus 0.1 mm. This level of precision is maintained through several design features working together. The bed is high-quality gray cast iron that resists thermal distortion and absorbs vibration. The gantry uses dual servo motors with ball-screw synchronization for smooth, precise X-axis movement (typically 2 kW per X servo), the Y-axis uses a 1.5 kW servo, and the drilling spindle has hydraulic self-controlled stroke feeding for consistent depth. The PLC plus IPC control system provides real-time position feedback and closed-loop control, while a forced circulating water cooling system prevents thermal expansion of both the workpiece and the drill bit during long production runs. For structural steelwork this precision level is more than adequate to meet GB, ASTM, and EN 1090 bolt-hole alignment tolerances.What software and CAD formats are compatible with a gantry CNC plate drill?Modern gantry CNC plate drilling machines accept AutoCAD DXF files directly through the Windows-based PLC plus IPC control, so the operator can place hole positions on the CAD drawing and load it into the machine without manual coordinate entry or marking. The system also offers CAD/CAM automatic generation and a hole-site memory function that retains the active program if power is lost mid-cycle. For workshops using Tekla, SolidWorks, or other 3D steel-detail software, the plate drill integrates with the same DSTV and DXF workflow used by beam lines, which means a single detail model can drive both the 3D beam drill and the plate drill. This shared programming pipeline is one of the biggest productivity gains in 2026 plate-drill purchasing decisions, because it removes the most error-prone step — manual hole marking — from the fabrication sequence.What is the typical price and ROI of a gantry CNC plate drilling machine?A new gantry CNC plate drilling machine from a Chinese OEM typically lists in the USD 25,000 to 80,000 FOB range depending on plate size, spindle count (single or dual), and automation level. The YOMI YM-PD2016 single-spindle 2000 by 1600 mm model sits in the lower half of this range, while the dual-spindle 3000 by 1600 mm models reach the upper end. ROI is driven by three factors: elimination of manual marking and layout (typically one full layout operator per shift), three-times faster drilling cycles compared with a radial drill, and reduced scrap from misaligned holes. Most workshops that previously drilled plates manually on radial drills see payback within 8 to 14 months once they move to a 2-shift operation. Buyers should also budget for installation, foundation work (the machine weighs 5 to 10 tons), operator training, and a spare-parts kit including Morse 4# tapers, drill chucks, and hydraulic seals.What maintenance does a gantry CNC plate drilling machine require?Regular maintenance is the key to long-term accuracy and reliability. Daily tasks include checking hydraulic oil level and pressure (6 MPa standard), cleaning the worktable and chip conveyor, and inspecting drill bits for wear. Weekly tasks include lubricating linear guide rails and ball screws through the centralized lubrication system, checking coolant level and concentration in the forced circulating water cooling system, and inspecting hydraulic clamping cylinders for leaks. Monthly tasks include checking servo motor connections and encoder feedback, calibrating drilling position accuracy, and inspecting the flat-chain chip conveyor for wear or stretch. Quarterly tasks include changing the hydraulic oil (100 L tank capacity) and filter elements, replacing coolant fluid, and checking electrical connections in the control cabinet. Annually, a qualified technician should inspect the spindle taper (Morse 4#), bearing condition, and gantry alignment. The gray cast iron bed requires no deformation treatment, but the machine must be installed on a level, reinforced foundation.How to choose between a single-spindle and a dual-spindle gantry CNC plate drill?The choice depends on throughput, hole pattern, and plate mix. A single-spindle machine is the right pick for shops that drill one plate at a time with mostly through-holes of one diameter range, where the bottleneck is plate loading and unloading rather than drill time. A dual-spindle machine is the right pick for high-mix shops that drill both standard and large plates, for production lines that need to double throughput on the same footprint, or for fabricators running two-shift operations. The dual-spindle models also offer better productivity on small plates because both spindles can work simultaneously on the same table. For most steel-structure workshops processing connecting plates, a single-spindle 2000 by 1600 mm machine is the most cost-effective starting point. For tower manufacturing or boiler-tube-sheet shops that need higher throughput, a dual-spindle 3000 by 1600 mm machine is usually the better long-term choice.Technical Specifications of Gantry Type CNC Plate Drilling MachineParameterValueShareCategoriesPlate Cutting MachineBrandYOMI CNC Cutting&Welding MachineryModelYM-PD2016Length x width2000×1600mmOverlay thickness100mmSpeed of spindle120-560r/minFeeding travel180mmDrilling diameterΦ12-Φ50mmMain motor power5.5kwItemModels, YM-PD2016Max working sizeLength x width, 2000×1600 mm( It can be customized as customers’ requirement)Overlay thickness100mmDrilling spindleNumber of spindle, 1pieceModel of spindleMorse 4# cone holeSpeed of spindle120-560r/min Stepless speed inverterFeeding typeHydraulic self-controlled stroke drilling power headFeeding stroke180mmDrilling diameterΦ12-Φ50mmMain motor power5.5KW(7.5KW optiona)Work piece hydraulic clampingNumber of clamping cylinder, 12PCSClamping power/piece7.5KNClamping wayFoot switch controlHydraulic pump pressure6MPaHydraulic oil tank volume100LElectric controlControl type, PLC+IPCX axis servo motor2KWY axis servo motor1.5KWDrilling precisionDrilling precision, ±0.5mmCooling typeForced circulating water coolingChip removal methodFlat chain automatic chip conveyorMachine sizeLxWxH, 3500x2650x2870mmMachine weight6TProduct GalleryApplicationsThe Gantry Type CNC Plate Drilling Machine is widely applied in steel structure prefabricated buildings, bridge and infrastructure construction, shipbuilding and marine engineering, heavy machinery manufacturing, power plant and industrial facilities, and offshore wind power structures.Learn more about the Gantry Type CNC Plate Drilling Machine:https://www.steelstructurer.com/pid18376816/Gantry-Type-CNC-Plate-Drilling-Machine.htmFor more information about Gantry Type CNC Plate Drilling Machine and other steel structure intelligent equipment, contact YOMI CNC Cutting & Welding Machinery. Our team of experts is ready to help you find the best solution for your manufacturing needs.

Question 4

3D CNC Beam Drilling Machine by YOMI CNC - What is a 3D CNC beam drilling machine and how does it work? Discover features, specifications, and applications of this advanced steel structure equipment.

Accepted Answer

What is a 3D CNC beam drilling machine and how does it work?A 3D CNC beam drilling machine is an automated structural steel processor that drills holes on multiple faces of an H-beam, I-beam, U-beam, box beam, or angle steel in a single setup. The YOMI YM-3D1250 has three drilling spindles positioned on the fixed side, moving side, and top of the beam. A servo-driven feeding trolley clamps the workpiece and moves it along the X-axis, while the three power heads simultaneously drill the web and both flanges according to programmed coordinates. The operator loads a DSTV/NC1 file exported from Tekla or compatible CAD software, sets the beam on the infeed roller table, and starts the cycle. The machine then positions, drills, and conveys the finished beam to the storage area with minimal operator intervention.What makes a 3D CNC beam drill more accurate than manual layout and drilling?Manual drilling requires scribing, center punching, clamping, and repositioning for every hole, which introduces cumulative error. The YOMI YM-3D1250 uses seven CNC servo axes to control beam feeding, spindle positioning, and spindle feed. Adjacent holes within 640 mm are held to ±0.5 mm, and hole-group spacing over 10 meters stays within ±1.0 mm. Because the beam is clamped once and all three faces are drilled in the same setup, there is no realignment error between the web and flanges. Repeatability is also far higher because every beam follows the same digital program, eliminating operator-to-operator variation.What beam profiles and steel grades can the YM-3D1250 handle?The YM-3D1250 handles H-beams from 150×80 mm up to 1250×600 mm, U-beams up to 1250×400 mm, box beams up to 1250×400 mm, and angle steel up to 200×200×16 mm. Workpiece thickness can reach 80 mm, and standard processing length is 12 m with a 15 m option. The machine is designed for structural steel commonly used in construction, bridges, power stations, offshore platforms, and three-dimensional parking garages. Short pieces can be processed automatically down to 3 m, which is useful for small batches and connection plates.How does DSTV/Tekla programming work on a 3D CNC beam drilling machine?The YM-3D1250 supports Tekla Structures DSTV files as well as standard NC1 output. After detailing in Tekla, the operator exports the DSTV file for each beam and loads it into the CNC control. The controller parses hole positions, diameters, and face assignments, then generates the drilling sequence automatically. Offline programming and 3D graphic preview are supported, so the program can be verified before the beam enters the machine. The interface also includes automatic fault diagnosis and alarm display, reducing programming mistakes and first-article inspection time.What maintenance keeps a 3D CNC beam drilling machine accurate?Daily maintenance includes cleaning chips from the drilling area, checking the mist-cooling nozzles, and inspecting the three nozzles for blockage. Weekly tasks are lubricating linear guides and ball screws, checking spindle-drive belt tension, and verifying pneumatic line pressure at the required 0.5 MPa. Hydraulic oil should be kept at the recommended level and replaced on the manufacturer’s schedule. CNC system batteries, servo motor connections, and control cabinet cooling fans need periodic inspection. A quarterly alignment check of the feeding trolley and spindle axes prevents gradual accuracy drift.What are the most common drilling quality problems and how do you fix them?Common issues include drill-bit breakage, hole oversize, burrs, and misaligned holes. Breakage is usually caused by excessive feed rate, worn drills, or poor coolant flow—reduce feed, replace bits, and confirm the mist cooling system is delivering lubricant. Oversize or burr-heavy holes often come from dull tools or incorrect spindle speed; use the recommended 30–3000 r/min range and replace worn inserts. Misalignment typically results from loose clamping, worn guides, or a shifted beam origin—re-torque clamps, inspect guide wear, and re-zero the work coordinate system. Compressed air quality also matters: moisture or debris in the air supply can damage pneumatic components and reduce repeatability.What compressed air, power and cooling setup does the machine need?The YM-3D1250 needs clean, dry compressed air at about 0.5 MPa for clamping and pneumatic functions. A water separator and particulate filter are strongly recommended to protect valves and cylinders. Electrical power is three-phase industrial, sized for three 15 kW spindle motors plus three 2 kW servo motors for the drilling axes and one 5 kW feeding trolley servo motor. The machine footprint is approximately 5600×1600×3400 mm and weighs about 20,000 kg, so the foundation must be level and able to support the load and vibration.What is the typical ROI or payback period for a 3D CNC beam drill line?For a shop processing more than 100 beams per day or complex multi-face hole patterns, the payback period is typically 8 to 14 months. The main savings come from reduced labor—one operator runs the machine instead of a team doing layout and manual drilling—and from eliminated rework caused by layout errors. Throughput also rises sharply because three spindles drill simultaneously and the beam does not need to be unclamped and flipped. When evaluating ROI, include installation, training, energy, consumables, and compressed-air treatment in the total cost of ownership, not just the machine price.Technical Specifications of 3D CNC Beam Drilling MachineParameterValueShareCategoriesH Beam Cutting MachineBrandYOMI CNC Cutting&Welding MachineryModelYM-3D1250Beam web height200-1250mmMax drilling thickness40mmMax drilling hole diameter￠40mmSpindle motor power3x15KWEffective feeding length12mMaximum feeding speed9000mm/minPositioning CNC axis moving speed10～6000mm/minFeeding CNC axis moving speed10～12000mm/minItemParameterWorkpiece rangeH Beam, 150x80～1250x600mmU Beam150x80～1250x400mmBox beam150x80～1250x400mmAngle steel200x200x16 mmThickness≤80 mmLength12/15m or customizedShort material limitAutomatic processing≥3000mmDrilling power boxQuantity, 3PcsDrilling hole diameterФ8～Ф40mmSpindle speed30～3000r/minSpindle taper holeBT40( Convertible to M4）Spindle motor power3×15KWCNC axisQuantity, 7 PCSFixed side, moving side and intermediate shaft servo motor power3×2KWThree positioning CNC axes moving Speed0～10m/minMovement speed of three feed CNC axes0～5m/minMachined hole accuracyThe distance between adjacent holes in hole group (Adjacent hole group hole distance ±1.0mm/10000mmFeeding trolley servo motor power5kwMax. feeding speed20m/minMax. Feeding weight10T （1t /m）Maximum width of workpiece1250mmMist cooling systemNumber of nozzles, 3PCScompressed air pressure0.5MpaMain host dimension(LxWxH)About 5600×1600×3400mmMain host weightAbout 20000KGSProduct GalleryApplicationsThe 3D CNC Beam Drilling Machine is widely applied in steel structure prefabricated buildings, bridge and infrastructure construction, shipbuilding and marine engineering, heavy machinery manufacturing, power plant and industrial facilities, and offshore wind power structures.Learn more about the 3D CNC Beam Drilling Machine:https://www.steelstructurer.com/pid18376284/3D-CNC-Beam-Drilling-Machine.htmFor more information about 3D CNC Beam Drilling Machine and other steel structure intelligent equipment, contact YOMI CNC Cutting & Welding Machinery. Our team of experts is ready to help you find the best solution for your manufacturing needs.

Question 5

Gantry Type CNC Plate Drilling Machine by YOMI CNC - What is a gantry type CNC plate drilling machine and how does it work? Discover features, specifications, and applications of this advanced steel structure equipment.

Accepted Answer

What is a gantry type CNC plate drilling machine?A gantry type CNC plate drilling machine is a computer-controlled drilling system designed for precision hole-making on flat metal plates and connecting plates. The machine features a gantry (bridge) structure that moves along the X-axis over a fixed worktable, with a drilling power head that moves along the Y and Z axes. This design allows the machine to drill through holes, blind holes, step holes, and chamfered holes on steel plates up to 100mm thick. The YOMI YM-PD2016 model, for example, handles plates up to 2000x1600mm, drills holes from Φ12mm to Φ50mm, and uses a PLC+IPC control system for automated operation. It is primarily used in steel structure fabrication, iron tower manufacturing, bridge construction, and mechanical processing industries for drilling connecting plates and floor plates.How does a gantry type CNC plate drilling machine work?The machine operates through an automated process: First, the operator loads a CAD design file or programs the hole positions directly in the AutoCAD environment on the machine's computer. The workpiece (steel plate) is placed on the worktable and clamped by 12 hydraulic clamping cylinders (7.5KN clamping force each) controlled by a foot switch. The gantry then moves along the X-axis via dual servo motors with ball-screw synchronization, while the drilling power head positions along the Y-axis. Once positioned, the spindle—powered by a 5.5KW motor with hydraulic self-controlled stroke feeding—drills the hole at the programmed speed (120-560 rpm, stepless speed adjustment). A forced circulating water cooling system keeps the drill bit cool, and a flat chain automatic chip conveyor removes metal chips continuously. The process repeats for each hole with a drilling precision of ±0.5mm and re-positioning precision of ±0.1mm.CNC plate drilling vs manual drilling: what are the advantages?CNC plate drilling machines offer overwhelming advantages over manual drilling for plate fabrication: (1) Speed—a CNC gantry drill can process a connecting plate with 20+ holes in minutes, while manual drilling requires scribing, positioning, and drilling each hole individually, taking 3-5x longer. (2) Accuracy—CNC positioning accuracy of ±0.5mm with ±0.1mm repeatability versus inconsistent ±0.3mm for manual methods. (3) Labor—one operator runs the CNC machine versus a team of workers for manual scribing, clamping, and drilling. (4) No scribing needed—CAD files are directly imported, eliminating the error-prone manual marking step. (5) Large diameter holes—in one pass without secondary reaming, while manual methods require drilling then reaming. (6) Consistency—every plate is identical, critical for structural bolt connections. (7) Safety—hydraulic clamping and automated operation reduce the risk of workplace injuries. Studies show CNC plate drilling can improve efficiency by 5-10 times while reducing labor costs by 50-60%.What materials and plate sizes can a gantry type CNC plate drilling machine handle?The YOMI YM-PD2016 gantry type CNC plate drilling machine handles a wide range of plate materials and sizes: it processes carbon steel, alloy steel, and stainless steel plates with a maximum working area of 2000mm x 1600mm (customizable to customer requirements), and plate thickness up to 100mm. The drilling diameter ranges from Φ12mm to Φ50mm, with a 180mm feeding stroke. The machine uses a Morse 4# taper hole spindle with stepless speed adjustment from 120 to 560 rpm, allowing it to adapt to different material hardnesses and hole sizes. For smaller workpieces, the machine can clamp and process multiple small plates simultaneously at the four corners of the worktable, significantly reducing production preparation time. The 12 hydraulic clamping cylinders at 6MPa pressure ensure secure fixation of plates of varying sizes.How to choose the right CNC plate drilling machine?When selecting a gantry type CNC plate drilling machine, consider these factors: (1) Plate size—match the maximum working area to your largest common plates. The YM-PD2016 handles 2000x1600mm; larger models are available for bigger plates. (2) Plate thickness—ensure the machine's maximum thickness capacity (100mm for the YM-PD2016) covers your materials. (3) Drilling diameter range—verify the machine covers your required hole sizes (Φ12-Φ50mm standard, with optional larger diameters). (4) Spindle speed—a wide speed range (120-560 rpm with stepless adjustment) provides flexibility for different materials and bit sizes. (5) Clamping system—look for multiple hydraulic clamps (12 cylinders for the YM-PD2016) with foot-switch control for efficient workpiece handling. (6) Control system—PLC+IPC with AutoCAD compatibility allows direct programming and easy file transfer. (7) Precision—check drilling accuracy (±0.5mm) and repeatability (±0.1mm) meet your project tolerances. (8) Chip removal—an automatic flat chain chip conveyor keeps the work area clean. (9) Machine footprint—the YM-PD2016 measures 3500x2650x2870mm and weighs 6 tons, so ensure adequate floor space and foundation.What is the drilling accuracy of a gantry type CNC plate drilling machine?The YOMI YM-PD2016 gantry type CNC plate drilling machine achieves a drilling precision of ±0.5mm and a re-positioning precision of ±0.1mm. This level of accuracy is maintained through several design features: the bed is made of high-quality gray cast iron with stable performance and no deformation; the gantry uses dual servo motors with ball-screw synchronization for smooth, precise X-axis movement (2KW servo motor); the Y-axis is driven by a 1.5KW servo motor; and the spindle uses hydraulic self-controlled stroke feeding for consistent drilling depth. The PLC+IPC control system provides real-time position feedback and closed-loop control. A forced circulating water cooling system prevents thermal expansion of both the workpiece and the drill bit, maintaining hole accuracy during continuous operation. This precision level meets the requirements for structural steel connections in buildings, bridges, and towers where bolt hole alignment is critical for structural integrity.What industries use gantry type CNC plate drilling machines?Gantry type CNC plate drilling machines are widely used in industries that require precision drilling of connecting plates and flat components: (1) Steel structure fabrication—drilling connection plates, gusset plates, and base plates for building frames. (2) Iron tower and transmission tower manufacturing—drilling angle iron connection plates and flanges. (3) Bridge construction—processing connecting plates for bridge girders and deck components. (4) Mechanical processing—drilling mounting plates, flanges, and brackets for machinery. (5) Shipbuilding—processing hull connection plates and bulkhead brackets. (6) Power equipment manufacturing—drilling boiler and heat exchanger tube sheet plates. (7) Railway and infrastructure—fabricating connection plates for rail structures. The machine's ability to handle thick plates (up to 100mm), various hole types (through holes, blind holes, step holes, chamfered holes), and integrate with AutoCAD makes it versatile for any fabrication shop processing flat steel components.What maintenance is required for a gantry type CNC plate drilling machine?Regular maintenance ensures long-term accuracy and reliability of a gantry type CNC plate drilling machine: (1) Daily—check hydraulic oil level and pressure (6MPa standard), clean the worktable and chip conveyor, inspect drill bits for wear. (2) Weekly—lubricate linear guide rails and ball screws through the centralized lubrication system, check coolant level and concentration in the forced circulating water cooling system, inspect hydraulic clamping cylinders for leaks. (3) Monthly—check servo motor connections and encoder feedback, calibrate drilling position accuracy, inspect the flat chain chip conveyor for wear or stretch. (4) Quarterly—change hydraulic oil (100L tank capacity) and filter elements, replace coolant fluid, check electrical connections in the control cabinet. (5) Annually—full inspection of spindle taper (Morse 4#), bearing condition, and gantry alignment by a qualified technician. The gray cast iron bed requires no deformation treatment, but ensure the machine is installed on a level, reinforced foundation. Always follow the manufacturer's maintenance schedule and use genuine spare parts.Technical Specifications of Gantry Type CNC Plate Drilling MachineParameterValueShareCategoriesPlate Cutting MachineBrandYOMI CNC Cutting&Welding MachineryModelYM-PD2016Length x width2000×1600mmOverlay thickness100mmSpeed of spindle120-560r/minFeeding travel180mmDrilling diameterΦ12-Φ50mmMain motor power5.5kwItemModels, YM-PD2016Max working sizeLength x width, 2000×1600 mm( It can be customized as customers’ requirement)Overlay thickness100mmDrilling spindleNumber of spindle, 1pieceModel of spindleMorse 4# cone holeSpeed of spindle120-560r/min Stepless speed inverterFeeding typeHydraulic self-controlled stroke drilling power headFeeding stroke180mmDrilling diameterΦ12-Φ50mmMain motor power5.5KW(7.5KW optiona)Work piece hydraulic clampingNumber of clamping cylinder, 12PCSClamping power/piece7.5KNClamping wayFoot switch controlHydraulic pump pressure6MPaHydraulic oil tank volume100LElectric controlControl type, PLC+IPCX axis servo motor2KWY axis servo motor1.5KWDrilling precisionDrilling precision, ±0.5mmCooling typeForced circulating water coolingChip removal methodFlat chain automatic chip conveyorMachine sizeLxWxH, 3500x2650x2870mmMachine weight6TProduct GalleryApplicationsThe Gantry Type CNC Plate Drilling Machine is widely applied in steel structure prefabricated buildings, bridge and infrastructure construction, shipbuilding and marine engineering, heavy machinery manufacturing, power plant and industrial facilities, and offshore wind power structures.Learn more about the Gantry Type CNC Plate Drilling Machine:https://www.steelstructurer.com/pid18376816/Gantry-Type-CNC-Plate-Drilling-Machine.htmFor more information about Gantry Type CNC Plate Drilling Machine and other steel structure intelligent equipment, contact YOMI CNC Cutting & Welding Machinery. Our team of experts is ready to help you find the best solution for your manufacturing needs.

Question 6

3D CNC Beam Drilling Machine by YOMI CNC - What is a 3D CNC beam drilling machine and how does it work? Discover features, specifications, and applications of this advanced steel structure equipment.

Accepted Answer

What is a 3D CNC beam drilling machine?A 3D CNC beam drilling machine is an automated, computer-controlled drilling system specifically designed for processing structural steel beams such as H-beams, I-beams, U-beams, box beams, and angle steel. Unlike traditional single-axis drilling machines, a 3D CNC beam drill uses three independent drilling spindles—mounted on the top, left, and right sides—that can simultaneously drill holes on the web and both flanges of a beam without manual repositioning. The machine reads design files (typically DSTV/NC1 format from Tekla or AutoCAD), automatically positions the beam, and drills all required holes in one pass. The YOMI YM-3D1250 model, for example, supports beam heights from 150mm to 1250mm, drilling diameters from Φ8mm to Φ40mm, and workpiece lengths up to 12 meters.How does a 3D CNC beam drilling machine work?The machine operates through a fully automated workflow: First, the operator loads a DSTV or NC1 design file exported from Tekla Structures or compatible CAD software into the CNC control system. The machine's servo-driven feeding carriage then automatically clamps and advances the beam along the X-axis. Three drilling power heads—positioned on the fixed side, moving side, and top—simultaneously drill holes on the beam's web and flanges according to the programmed coordinates. The machine uses 7 CNC axes for precise positioning, with a maximum feeding speed of 20 m/min. A mist cooling system with 3 nozzles keeps the drill bits lubricated and extends tool life. After drilling, the finished workpiece is conveyed to the storage area. The entire process requires only one operator to load the beam and start the program.What are the advantages of 3D CNC beam drilling over manual drilling?3D CNC beam drilling offers dramatic advantages over manual methods: (1) Speed—three spindles drill simultaneously, processing a 12-meter beam in minutes versus hours by hand. (2) Accuracy—positioning accuracy of ±0.5mm for adjacent holes within 640mm and ±1.0mm per 10 meters, compared to ±0.3mm typical for manual drilling which is inconsistent. (3) Labor—one operator manages the entire machine versus a team of skilled workers needed for manual scribing, positioning, and drilling. (4) Consistency—every beam is identical, eliminating human error and rework. (5) Material handling—automatic feeding and clamping reduce physical strain and improve safety. (6) Software integration—direct DSTV file import eliminates manual scribing and layout errors. For high-volume steel fabrication, the productivity gain is typically 5-10x over manual methods.How to choose the right CNC beam drilling machine for your project?When selecting a 3D CNC beam drilling machine, evaluate these key factors: (1) Beam size range—match the machine's maximum web height and flange width to your largest common beams, leaving 10-15% margin for future projects. The YM-3D1250 handles H-beams up to 1250x600mm. (2) Drilling diameter and thickness—ensure the machine covers your required hole sizes (Φ8-Φ40mm for the YM-3D1250) and material thickness (up to 80mm). (3) Spindle configuration—3 spindles (top + 2 sides) offer maximum efficiency for standard H-beam work; single-spindle machines are more flexible but slower. (4) CNC control system—look for compatibility with Tekla DSTV files, offline programming, and a user-friendly interface with fault diagnosis. (5) Feeding speed and accuracy—check rapid traverse rates (20 m/min for the YM-3D1250) and positioning accuracy (±0.5mm). (6) Floor space and power—verify the machine footprint (approximately 5600x1600x3400mm) fits your facility and that you have adequate 3-phase power. (7) After-sales support—choose a manufacturer with installation, training, and spare parts availability.What materials and beam profiles can a 3D CNC beam drilling machine handle?The YOMI 3D CNC beam drilling machine is designed for a wide range of structural steel profiles: H-beams from 150x80mm to 1250x600mm, U-beams (channel steel) from 150x80mm to 1250x400mm, box beams from 150x80mm to 1250x400mm, and angle steel up to 200x200x16mm. It handles material thicknesses up to 80mm and workpiece lengths of 12 meters standard (15m or customized available). The machine processes carbon steel, alloy steel, and other structural steel grades commonly used in construction. The three drilling spindles can simultaneously work on the web and both flanges, making it suitable for complex connection patterns required in high-rise buildings, bridges, power station boilers, three-dimensional garages, offshore oil platforms, and industrial plant construction. Automatic processing requires a minimum workpiece length of 3000mm.How accurate is a 3D CNC beam drilling machine?The YOMI YM-3D1250 3D CNC beam drilling machine delivers high drilling accuracy: the distance between adjacent holes within a hole group (less than 640mm span) is held to ±0.5mm, and the distance between adjacent hole groups is maintained at ±1.0mm per 10,000mm of beam length. This precision is achieved through precision ball screws, HIWIN/CSK linear guide rails, Panasonic servo motors, and a 7-axis CNC control system. The spindle speed ranges from 30 to 3,000 rpm with stepless adjustment, allowing optimal cutting parameters for different hole diameters and material thicknesses. An integrated mist cooling system with 3 nozzles at 0.5 MPa compressed air pressure reduces thermal expansion and tool wear, maintaining accuracy over long production runs. This level of precision meets the requirements for bolted structural connections in high-rise buildings and bridge construction.What is the price range of a 3D CNC beam drilling machine?3D CNC beam drilling machines represent a significant capital investment, with prices typically ranging from $110,000 to $200,000+ depending on configuration, capacity, and manufacturer. The price is influenced by several factors: maximum beam size capacity (machines handling beams up to 1250mm height cost more than those limited to 800mm), number of drilling spindles (3-spindle models cost more than single-spindle), CNC control system brand (Siemens, Mitsubishi, or Panasonic), spindle motor power (the YM-3D1250 uses 3x15KW), and included features such as automatic feeding, mist cooling, and marking capability. When evaluating price, consider the total cost of ownership including installation, training, maintenance, and energy consumption. For shops processing more than 100 beams per day or handling complex multi-face hole patterns, the ROI typically ranges from 8 to 14 months through reduced labor, eliminated rework, and increased throughput.What industries use 3D CNC beam drilling machines?3D CNC beam drilling machines are essential equipment in steel structure fabrication and are widely used across multiple industries: (1) High-rise building construction—drilling connection holes on structural H-beams and columns. (2) Bridge engineering—processing main girders, cross beams, and connection plates. (3) Power station boiler manufacturing—drilling boiler steel structure beams. (4) Three-dimensional parking garage fabrication—processing steel framework components. (5) Offshore oil platform construction—drilling connection holes on large structural members. (6) Industrial plant construction—fabricating steel frames for factories and warehouses. (7) Shipbuilding—processing structural beams for ship hulls and decks. The machine's ability to handle multiple beam profiles (H, I, U, box, angle) and integrate with Tekla DSTV files makes it versatile enough for any structural steel fabrication workshop handling medium to large beams.Technical Specifications of 3D CNC Beam Drilling MachineParameterValueShareCategoriesH Beam Cutting MachineBrandYOMI CNC Cutting&Welding MachineryModelYM-3D1250Beam web height200-1250mmMax drilling thickness40mmMax drilling hole diameter￠40mmSpindle motor power3x15KWEffective feeding length12mMaximum feeding speed9000mm/minPositioning CNC axis moving speed10～6000mm/minFeeding CNC axis moving speed10～12000mm/minItemParameterWorkpiece rangeH Beam, 150x80～1250x600mmU Beam150x80～1250x400mmBox beam150x80～1250x400mmAngle steel200x200x16 mmThickness≤80 mmLength12/15m or customizedShort material limitAutomatic processing≥3000mmDrilling power boxQuantity, 3PcsDrilling hole diameterФ8～Ф40mmSpindle speed30～3000r/minSpindle taper holeBT40( Convertible to M4）Spindle motor power3×15KWCNC axisQuantity, 7 PCSFixed side, moving side and intermediate shaft servo motor power3×2KWThree positioning CNC axes moving Speed0～10m/minMovement speed of three feed CNC axes0～5m/minMachined hole accuracyThe distance between adjacent holes in hole group (Adjacent hole group hole distance ±1.0mm/10000mmFeeding trolley servo motor power5kwMax. feeding speed20m/minMax. Feeding weight10T （1t /m）Maximum width of workpiece1250mmMist cooling systemNumber of nozzles, 3PCScompressed air pressure0.5MpaMain host dimension(LxWxH)About 5600×1600×3400mmMain host weightAbout 20000KGSProduct GalleryApplicationsThe 3D CNC Beam Drilling Machine is widely applied in steel structure prefabricated buildings, bridge and infrastructure construction, shipbuilding and marine engineering, heavy machinery manufacturing, power plant and industrial facilities, and offshore wind power structures.Learn more about the 3D CNC Beam Drilling Machine:https://www.steelstructurer.com/pid18376284/3D-CNC-Beam-Drilling-Machine.htmFor more information about 3D CNC Beam Drilling Machine and other steel structure intelligent equipment, contact YOMI CNC Cutting & Welding Machinery. Our team of experts is ready to help you find the best solution for your manufacturing needs.

Question 7

High Speed Gantry CNC Plate Drilling &Milling Machine Machine Feature

Accepted Answer

High Speed Gantry CNC Plate Drilling &Milling Machine is mainly used for drilling and milling of connecting plates and foundation plates of steel structures, iron towers, bridges,tube plates, baffle plates and flanges in boilers, petrochemicals, pressure vessels and other industries.It can drilling through holes,blind holes,stepped holes, holes end chamfering,and light milling.It is mainly composed of bed,gantry,drilling and milling power head,electric control system,centralize lubrication system,cooling system and chips removal system etc.The bed is made of high quality gray cost iron,no need foundation.Double side lead screw synchronous driving system,stable performance,flexible movement,accurate positioning.It adopts slide drilling and milling power head,it can realize automatic conversion of fast forward,drilling and quick return ,and it has function of automatic chip breaking.It adopts Taiwan BT40 high speed internal cooling precision spindle ,and it can also adopts hard alloy internal cold drill bit, processing efficiency is very high. It is Equipped with pneumatic tool magazine cylinder automatic replacement ( tool magazine optional).It can directly convert Auto CAD drawings to generate processing programs.Automatic chip removal and coolant circulation. Gantry Type CNC Plate Drilling Machine Gantry CNC Plate Drilling Machine is mainly used for drilling of connecting plates and floor board in steel structures. 3D CNC Beam Drilling Machine Machine tool equipment Accuracy Plasma H Beam Automatic Cutting Drilling Beveling Machine

Question 8

New year, busy with production? Busy with order? Why not choose it to let your factory replace traditional radial drill.

Accepted Answer

New year, busy with production? Busy with order? Why not choose this CNC Plate Drilling Machine to let your factory replace traditional radial drill.1. CNC operation replaces manual marking, accurate and efficient2. CNC Plate Drilling Machine Say goodbye to downtime and waiting for loading and unloading, time is efficient.3. Support various 3D software and multi-language.4. CNC Plate Drilling Machine Perfect after-sales, one-time purchase, lifetime service. Gantry Type CNC Plate Drilling Machine Gantry CNC Plate Drilling Machine is mainly used for drilling of connecting plates and floor board in steel structures.

Question 9

CNC drilling is a machining process that utilizes a rotating cutting tool to produce round holes in a stationary workpiece. The holes are typically made to accommodate machine screws or bolts for assembly purposes. However, they can be used for aesthetic purposes depending on the design of the component.

Accepted Answer

CNC drilling is a machining process that utilizes a rotating cutting tool to produce round holes in a stationary workpiece. The holes are typically made to accommodate machine screws or bolts for assembly purposes. However, they can be used for aesthetic purposes depending on the design of the component. Gantry Type CNC Plate Drilling Machine Gantry CNC Plate Drilling Machine is mainly used for drilling of connecting plates and floor board in steel structures. 3D CNC Beam Drilling Machine Machine tool equipment Accuracy Plasma H Beam Automatic Cutting Drilling Beveling Machine

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