CNC Machine Tools Built In Our Own Plant
Five families of metal-cutting machines, from a 630 mm manual lathe to an 8.5 m gantry centre. Every one is cast, scraped, assembled and laser-measured on our site in Suzhou, so one contract can equip a whole workshop.
Family 01
Lathes
Turning covers the widest span of anything we build: instrument parts on a gang-tool machine at one end, 2.5 m flanges on a double-column vertical at the other. Bed type, chuck and turret are chosen from the part rather than from a standard package.
- Swing
- 240-2500 mm
- VTL table
- 1-8 m
- Between centres
- To 20 m
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Horizontal CNC lathes
CAK6150D · CFK6180B · CK61160C · HT65
Swing from 500 mm to 2.5 m over the bed and up to 20 m between centres on the heavy series, ways hardened by ultrasonic-frequency quenching. Large spindle bores for bar and tube, and steady rests for long shafts.
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Vertical lathes and VTCs
CK51T · CKS51T · CH51T · CK5225D · HT1000-1600
Single and double column vertical turret lathes, tables from 1 m to 8 m. A BT50 magazine and driven tooling turn the larger machines into vertical turning centres for flanges, rings and gearbox cases.
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Slant-bed CNC lathes
SKD-420 · SKD-400 · SKD-550 · CKY6140-6150
One-piece 30° and 45° slant beds with 8- or 12-station servo turrets, hydraulic tailstock and imported linear guideways. The group also carries dedicated frames for hydraulic cylinders and crankshaft journals.
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Y-axis turn-mill centres
CH5255SY · CH5550DY · CH46DY · SKD-560HY · SKD-600CY
A BMT power turret and a C axis on the slant bed, so turning, milling, drilling and rigid tapping all finish in one clamping. Hydraulic or programmable tailstock.
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Pipe threading lathes
QK13 · QKD13 · QKY series
Large through-bores and twin chucks for drill pipe, couplings and casing. Used in the oilfield for cutting new threads and recutting damaged ones, and it still works as a general lathe between jobs.
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Conventional horizontal lathes
CW6163 · CW61100D · CW61140D · CW61180H · CW61250L
Manual engine lathes from 630 mm to 2.5 m swing, taking work up to 20 m long, for repair, one-offs and training. Same cast iron beds and hardened ways as the CNC range, cutting metric, imperial, module and diametral pitch threads.
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Conventional vertical lathes
DVT51 · DVT5225D · DVT5250D
Programmable vertical lathes with servo feed and ballscrews replacing the traditional leadscrew and gear feed box, for flanges and rings up to 5 t.
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Conventional pipe threading lathes
Q13 series
Manual pipe threading with a taper attachment, for oilfield thread cutting and repair where a CNC cycle is not justified.
Family 02
Machining centres
Vertical, horizontal and gantry, all on cast iron structures that have finished ageing before they are machined. Which one the job needs is usually decided by how many faces the part has, and how many of them you can reach in a single clamping.
- VMC X travel
- 820-1800 mm
- HMC table
- 500 × 500 to 1250 × 1000 mm
- Gantry bed
- To 6 m one-piece
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Vertical machining centres
V-8B · V-11/V-13 · VH-85 · VH-1380/1680/1890 · T-5C/T-7C · TH-85 · T-10/T-13
X travels from 820 mm to 1.8 m for plates, housings and die work. 45 mm linear guides on the Y and Z axes, C3-grade pre-tensioned ballscrews, and a four-rail base on the larger frames.
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Horizontal machining centres
JVH-500 · JVH-630A · JHT-630A · JHT-800 · JHT-1000
Travels from 1100/610/650 mm to 2200/1500/1300 mm, on indexing rotary tables from 500 × 500 mm to 1250 × 1000 mm and loads to 5 t. Box-type parts get three or four faces in one setup, and chips fall clear on long unattended runs.
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Gantry machining centres
LM linear rail · LMB hard rail · DLM-3020
Fixed-beam and moving-column gantries. Beds to 6 m are cast in one piece rather than spliced, and the LMB hard-rail series carries a square ram that holds up under full-stroke Z-axis roughing.
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Turret milling machines
X6323A/B · X6325A · X6325/X6325D · X6330 · X6333
Knee-type mills for the toolroom and for jobbing work that does not justify a machining centre. High-grade cast iron with TF-material on the saddle guideways.
Family 03
Drilling machines
Radial, vertical and deep-hole machines, from a 40 mm radial up to a gundrilling machine that takes a 4 m shaft. The radial series carries a steel-inlaid arm guideway developed over three decades of building them, which is what keeps spindle-box clamping reliable after years of arm travel.
- Radial capacity
- 40-125 mm
- Arm reach
- 900-3400 mm
- Deep-hole ratio
- To 150:1
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Radial arm drilling machines
KRD4012EVS · KRD5016EVS · D50-D60 · Z3063-Z3080 · Z30100-Z30125 · Z3150-Z3350 · Z3380-Z3550
Capacity from 40 mm to 125 mm in 45# steel, with the spindle reaching 900 mm to 3400 mm from the column. Steel-inlaid arm guideways throughout; the KRD frames add a digital readout and frequency-conversion speed and feed.
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Vertical drilling machines
Z5125A-Z5132A · Z5632-4A · ZK5140B · ZXK50
Box-column machines for drilling, reaming, counterboring and tapping, with automatic reversing for blind holes. Gang-head models for batch work, and CNC versions with servo axes on all three axes.
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Deep hole drilling machines
ZK2103YG · ZK2104YG
Φ4 to Φ40 mm holes at depth-to-diameter ratios up to 150:1, on shafts up to 4 m long. Gundrilling for oil cylinders, piston rods and any bore where swarf has to be flushed out rather than pulled out.
Family 04
Boring machines
Table-type and floor-type boring mills, for parts that are too heavy or too awkward to move once they are clamped. Hydrostatic guideways and steel-wire counterweight balancing on the floor-type series.
- Layout
- T-shaped bed, multiple support
- Ram
- Four-sided square, compensated
- Options
- ATC, indexing heads
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CNC horizontal boring and milling
TZK61 series · TPX series
A programmable replacement for the manual boring mill. Drilling, boring, reaming, facing, milling and grooving run under program, and the rotary table indexes to any angle.
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Floor-type boring and milling
TK69 · TK68 · TK65
Hydrostatic guides, fully enclosed headstock, Y-axis nut rotation above 3 m travel and a fully ground column guideway. ATC and automatic indexing attachment heads are available for gearbox housings and large weldments.
Family 05
Grinding machines
Cylindrical grinding, from a universal manual machine through to CNC composite grinders that take two diameters and a shoulder face without re-clamping the part.
- Types
- Universal, CNC, composite
- Specials
- Crankshaft, camshaft, axle
- Wheels
- Conventional and high linear speed
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Cylindrical grinders
M13 · M14 · MG1350 · MGK1450 · MGK series
Universal and CNC machines for shafts, spindles and bores. High-linear-speed wheels on the MGK series where stock removal rate is the constraint rather than finish.
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Crankshaft and camshaft grinders
MGKW8250 · MKS8320×500 · HD010
Journal and pin grinding for engine work, with the CNC axes following the throw. The twin-wheel axle grinder takes two diameters at once.
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Composite grinders
HDG series · MKS27
External, internal and face grinding on one machine, so a part that needs a bore concentric with an outside diameter is never re-clamped between the two.
Choosing A Machine
Send The Part, Not The Model Number
Four details settle which family fits and which model inside it: the largest dimensions and the material, the tightest tolerance on the drawing, the parts per year, and where the machine is going. With those in the first email you get a model and a price band back, usually within a working day.
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Count the faces
Machined from one side, a vertical centre is cheaper and easier to load. Three or four faces in one clamping, and a horizontal with a pallet changer pays for itself in setup time.
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Weigh the cut
Heavy roughing and interrupted cuts in cast iron want box ways for the damping. High-speed contouring in aluminium wants linear guides for the acceleration. Both are built here.
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Size the table for the fixture
Allow for workholding, not just the part, and check the Z travel clears the longest tool at the part’s tallest point. Table load rating matters as much as table size.
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Say where it is going
Voltage, frequency, certification and crating all follow from the destination, and each of them affects the delivered price. Shipping and voltage detail.
No minimum order. Single machines make up most of what we ship, and they are quoted on the same basis as a multi-machine contract.
Get A Machine QuotationBuying FAQs
Choosing From The Range, Answered
Can one supplier really equip a whole workshop?
That is the point of building five families on one site: lathes, machining centres, drilling, boring and grinding machines, from a 630 mm manual lathe to an 8.5 m gantry centre. One contract means one acceptance standard, one spare-parts channel and one engineer to call, instead of five suppliers pointing at each other when something drifts.
How do I shortlist from five machine families?
Start from the part, not the catalogue. Four details settle it: the largest dimensions and material, the tightest tolerance on the drawing, the parts per year, and where the machine is going. Send those in the first email and you get a model and a price band back, usually within a working day.
Are all five families tested to the same standard before shipping?
Yes. Every machine, whichever family it comes from, is laser-measured to ISO 230-2 over its full travels, cuts a test piece, and ships with a serial-numbered report carrying the measured values. If a machine misses on any line it goes back into the shop until it passes.
What if my part sits between two families — say turning plus milling?
That boundary is exactly what the Y-axis turn-mill centres exist for: a power turret and C axis finish turned, milled, drilled and tapped features in one clamping. Where the volumes justify separate machines instead, we will say so — a lathe plus a vertical centre is often cheaper than one combined machine standing idle half the day.
Do you keep machines in stock or is everything built to order?
Standard configurations are usually in stock for fast delivery, and customised configurations are built to order with a confirmed lead time — typically 30 to 60 days for standard builds. The confirmed date goes into the contract rather than being left as an estimate.