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    • Four Machine Lines

    CNC Machine Tools for Routing, Milling, Turning and Plate Cutting

    One CNC platform, four ways to remove material. Gantry routers and stone engraving machines shape sheet, panel and stone; vertical machining centres and gantry mills hold tolerances on hardened metal; flat-bed and 45° slant-bed lathes turn shafts and discs; plasma, flame and bevel cutting platforms profile steel plate. Every line shares the same house standard — servo drives, preloaded ball screws, industrial CNC control and a measured accuracy report before shipment.

    4Machine lines
    21Models to configure
    ±0.005mmPositioning accuracy
    3–24kWSpindle power range
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    Woodworking ATC CNC router cutting a furniture panel on a vacuum table
    BR2516 gantry CNC milling machine with BT50 spindle and disc tool magazine in a machine shop
    Machining a 5 t workpiece on a 2500×1300 mm gantry bed — the top of a range that starts at a compact 1300 mm router.
    How the Range Is Built

    One Engineering Standard, Four Machine Layouts

    The four lines are not rebadged versions of each other. A router carries a moving gantry over a vacuum table; a machining centre carries a spindle head on hardened linear guides inside an enclosure; a lathe turns the work against a turret; a cutting platform moves torches over a plate bed. What they do share is the drive train, the metrology and the documentation.

    • StructureStress-relieved cast iron, double-layer resin-sand castings or heavily ribbed steel weldments, machined in one setting so the geometry stays stable under cutting load.
    • Drive trainServo motors on every axis with precision-ground, pre-tensioned ball screws or hardened Taiwan linear guideways, so positioning repeatability holds across a full shift.
    • ControlSyntec, Fanuc, Siemens, GSK or Mach3 depending on the machine class, all delivered with an English interface, parameter set and post-processor matched to your CAM software.
    • Workholding and toolingVacuum tables and T-slot beds on routers, hydraulic chucks and tailstocks on lathes, disc or arm tool magazines from 10 to 24 stations on mills, and nesting software on cutting platforms.
    The Range in Numbers

    21 CNC Machines, Measured Before They Ship

    4Machine lines: router and engraving, milling, lathes, plate cutting
    21Models from a 1300 mm router to a 4000 mm gantry mill
    ±0.005mmPositioning accuracy, laser-verified on servo models
    24moComponent warranty with lifetime remote support
    Product Lines

    Four CNC Lines, 21 Models, One Source

    Choose the line by the part you have to make. Within each line the travel, spindle, tool magazine and control can be re-specified against your drawing.

    CNC Router & Engraving Machines

    Gantry routers and stone engraving machines for wood, panel, acrylic, composite and stone. 3–9 kW spindles, 1300–2000 mm X travel, vacuum and T-slot tables, 4th-axis rotary option. 6 models.

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    CNC Milling Machines

    Vertical machining centres, bridge-column mills, drilling and tapping centres and gantry mills. 600–4000 mm X travel, BT40 and BT50 tapers, 16 to 24 tool magazines. 7 models.

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    CNC Lathes

    Flat-bed and 45° slant-bed turning centres for shafts, bushings, fittings and hydraulic parts. 400–600 mm swing, 4–8 tool stations, hydraulic chucks and turn-mill options. 4 models.

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    CNC Cutting Machines

    Flame, plasma, bevel and rotary multi-torch platforms for steel plate from 1 to 300 mm. Nesting software, automatic gas control and optional marking heads. 4 models.

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    Line 1 — Router & Engraving

    CNC Router & Engraving Machines

    Six gantry machines covering two very different jobs: nesting and carving sheet material with vacuum tables and automatic tool changers, and driving a high-torque water-cooled spindle through marble, granite and ceramics. In between sit multi-head machines that double output per cycle and a four-axis machine for cylindrical and full 3D forms.

    Multi-spindle CNC router with twin heads

    Multi-Spindle CNC Router

    Twin 4.5 kW heads cutting the same pattern at once to roughly double small-part output, or running independently for mixed batches.

    2000×3000 mm2 × 4.5 kW
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    Woodworking ATC CNC router for furniture production

    Woodworking ATC CNC Router

    2000×4000 mm furniture router with a 9 kW 24,000 rpm spindle, 10-station linear magazine, 80,000 mm/min rapid and vacuum workholding.

    2000×4000 mm9 kW / 24,000 rpm
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    Line 2 — Milling

    CNC Milling Machines

    Seven machines that all remove metal, scaled from a 20,000 rpm drilling and tapping centre for small aluminium parts up to a 22 kW moving-column gantry mill that machines a 5 t casting. Choose by the largest part envelope first, then by spindle taper and tool magazine.

    Line 3 — Turning

    CNC Lathes

    Long shafts and heavy disc work want a level bed, a long travel and a tailstock you can trust. High-volume production wants a 45° slant bed that sheds chips, keeps the tool close to the spindle and holds repeatability across a full shift. This range covers both.

    Flat-bed CNC lathe CK6140 with four-station electric tool post

    Flat-Bed CNC Lathe CK6140

    400 mm swing and 750 to 2000 mm between centres. High-rigidity bed and a widened saddle for heavy cutting, with a 52 mm spindle bore as standard.

    400 mm swing4 kW spindle
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    Flat-bed CNC lathe CK6160 with 600 mm swing over the bed

    Flat-Bed CNC Lathe CK6160

    600 mm swing and high spindle torque for disc and shaft parts. GSK control, brand-name ball screws and forced automatic lubrication with low-oil alarm.

    600 mm swing5.5 kW spindle
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    Slant-bed CNC lathe TCK6340 with high-precision spindle unit

    Slant-Bed CNC Lathe TCK6340

    45° integral bed and a high-precision spindle unit in heavy-cutting or high-speed form. Taiwan linear guides and a spindle nose kept close to the operator.

    45° bed5.5 kW spindle
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    Slant-bed CNC lathe BR-500 with eight-station servo turret

    Slant-Bed CNC Lathe BR-500

    Full-function 45° turning platform with a 7.5 kW servo spindle, 8-inch hydraulic hollow chuck, 8-station servo turret and 20 m/min rapids. Can be built as a turn-mill machine.

    Φ500 mm turning7.5 kW spindle
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    Line 4 — Plate Cutting

    CNC Cutting Machines

    Four thermal cutting platforms for steel plate from 1 to 300 mm. Flame machines handle thick carbon steel economically, plasma machines cut faster on thinner plate, and bevel or rotary multi-torch builds add weld-preparation edges directly at the cut. All are driven by nesting software with automatic gas control.

    CNC flame cutting machine with a motorized torch carriage on a plate cutting table

    CNC Flame Cutting Machine

    The BDIF intelligent cutting platform: automatic process selection by plate type, thickness and nozzle, with gas control that holds the edge consistent.

    BDIF control±1 mm bevels
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    CNC plasma bevel cutting machine cutting a bevelled edge on a carbon steel plate

    CNC Plasma Bevel Cutting Machine

    Fifth-generation bevel platform with 15 years of bevel-cutting experience behind it. Straight and bevel cutting on carbon and stainless plate, with an optional marking device.

    ±0.5 mm bevelCarbon & stainless
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    Dual-head CNC plasma cutting machine with two plasma torches on a gantry table

    Dual-Head Plasma Cutting Machine

    BDPC series high-precision platform that carries two plasma heads for parallel profiling, cutting flat parts such as arcs, slots and irregular outlines at roughly double the output.

    BDPC series2 plasma heads
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    How to Choose

    Match the Line to the Part, Not to the Catalogue

    Ninety per cent of the decision is made by the largest part envelope, the material and the batch size. Compare the four lines on the parameters that actually drive the choice.

    Parameter Router & Engraving Milling Lathes Plate Cutting
    Typical part Panel, sheet, stone slab, relief, signage Mould, plate, bracket, casting, electrode Shaft, bushing, fitting, hydraulic part Steel plate profile, structural part
    Materials Wood, MDF, acrylic, composite, marble, granite Steel, stainless, aluminium, cast iron, brass Carbon steel, stainless, alloy, brass, aluminium Carbon steel, stainless, low-alloy plate
    Working envelope 1300×1300 to 2000×4000 mm 600×400×350 to 3000×2200×1000 mm 400–600 mm swing, up to 2000 mm centres Plate 1–300 mm thick, table built to order
    Spindle or process power 3–9 kW, up to 24,000 rpm 7.5–22 kW, BT40 / BT50 4–7.5 kW, 4 to 8 tool stations Plasma, flame or multi-torch; 1–3 heads
    Clamping Vacuum table, T-slot, rotary 4th axis Machine vice, fixture plate, 4th or 5th axis Hydraulic or manual chuck, tailstock, collet None needed; plate sits on the cutting bed
    Best batch profile One-off carving through to nested batch panels Single-part job work to full-shift production Repeat turning of families of round parts Nested plate runs and structural fabrication
    Control options Mach3, DSP, Syntec Syntec, Fanuc, Siemens, GSK GSK, Syntec, Fanuc Dedicated CNC with nesting software
    Accuracy reference ±0.05 mm positioning, ±0.01 mm repeat ±0.005 mm positioning, ±0.003 mm repeat 0.006 mm repeat positioning ±0.5 mm bevel, ±1 mm flame edge

    Accuracy figures are factory test references measured on a laser interferometer before shipment. The achievable tolerance on your part also depends on material, clamping and tooling, and is confirmed against a sample test.

    Where They Run

    Installed Across Six Production Environments

    The same four lines are specified by furniture factories, signage shops, stone yards, job shops, mould makers and structural steel fabricators.

    01

    Panel Furniture & Cabinetry

    Nesting, drilling, grooving and edge profiling on 4×8 ft panels, with vacuum workholding and an automatic tool changer to run mixed batches without stopping.

    02

    Signage, Lettering & Advertising

    Acrylic, PVC, composite and foam cut and engraved with a polished edge, plus stone lettering on the granite and marble variants of the router line.

    03

    Stone & Monumental Work

    High-torque water-cooled spindles with inward and outward tool cooling for gravestones, architectural stone, countertops and carved reliefs.

    04

    Moulds, Dies & Tooling

    Vertical machining centres and gantry mills hold tolerance on hardened cavities, inserts and electrodes, with fine-step finishing passes and 24-station tool changers.

    05

    Precision Metal Turning

    Flat-bed and slant-bed lathes turn shafts, bushings, fittings and hydraulic components, with hydraulic chucks and turn-mill configurations for completed parts.

    06

    Structural Steel & Plate Fabrication

    Flame, plasma and rotary multi-torch platforms profile thick plate and cut weld-preparation bevels directly, so parts go from the cutting bed to the welding jig.

    From Drawing to Running Machine

    Four Steps, No Surprises at Commissioning

    01

    Application Review

    Send the drawing, material, tolerance and daily output target. We confirm the machine class, travel, spindle, tool magazine, control and workholding, and put it in writing before production starts.

    02

    Sample Test & Programming

    Where a sample can be sent, we run it on the matched machine and return a measured report with the cut parameters, cycle time and surface result, together with the post-processor for your CAM software.

    03

    Build & Accuracy Test

    Stress-relieved structures are machined in one setting, assembled with servo drives and preloaded screws, then checked on a laser interferometer for positioning and repeatability before packing.

    04

    Delivery, Installation & Training

    Machines ship with English manuals, parameter files and tooling lists. We support commissioning over live video or on site, train your operators, then provide lifetime remote technical support.

    Buyer Questions

    CNC Machine Tool Questions, Answered

    Choose by the part: panel and sheet work suits a CNC router; hardened metal parts suit a milling machine or vertical machining center; round parts suit a CNC lathe; plate cutting suits a plasma, flame or laser cutting machine. Travel is set by your largest part plus clamping clearance. Spindle power normally runs from 3 kW on light routers to 24 kW on heavy milling spindles. Send us a drawing and batch size and we will confirm the correct configuration.

    Standard positioning accuracy is ±0.005 mm with ±0.003 mm repeatability on servo-driven models, measured on a laser interferometer before shipment. Rigidity comes from the machine structure: our milling and lathe models use stress-relieved cast iron or heavily ribbed steel weldments, hardened and ground linear guideways and preloaded ball screws to hold accuracy under cutting load.

    It depends on the machine class. Entry routers and light engraving machines are available with Mach3 or a DSP controller. Production routers, milling machines and lathes are usually specified with Syntec, Fanuc or Siemens CNC systems with servo drives, tool offsets and macro programming. We match the control to your operator skill level and integration requirements, and all systems are delivered with an English interface and parameter set.

    Yes. We supply part-specific fixtures and vacuum tables, rotary 4th axes for cylindrical work, and automatic tool changers with 8, 12, 16 or 24 stations depending on the model. Tool holders, collets, clamping kits and vacuum pumps can be included in the same shipment so the machine is production-ready on arrival.

    Standard models ship in 15 to 30 working days after deposit; customized travel, spindle or control configurations take 30 to 45 working days. Every machine is geometrically tested and run before packing. We provide English manuals, parameter files, live video commissioning and operator training, plus lifetime remote technical support.

    Yes. We customize travel, spindle power and speed, control system, tool changer capacity, table and clamping method, voltage and machine color, and we build OEM/ODM units under your own brand. A customized or OEM machine is confirmed against a signed drawing and build sheet before production starts.

    Next Step

    Get a CNC Machine Configured for Your Parts

    Send us your drawings, material and daily output target. We will respond with a recommended machine class, travel and spindle, a free sample test offer and a quotation — with no obligation.

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    Response Commitments

    • Quotation within 12 working hours
    • Free sample test with measured report
    • OEM / ODM branding available
    • 24-month warranty, lifetime support
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