CNC Lathe Machine Factory in China: What to Verify Before You Order

CNC Lathe Machine Buyer Guide

A real China CNC lathe manufacturer operates an assembly floor with scraped guideways and keeps laser interferometer records on file, not a trading office that forwards your inquiry to three unrelated workshops. The difference shows up in geometric accuracy, spare parts traceability, and whether a service engineer can board a flight to your facility with the correct PLC password and parameter backup.

What This Page Covers

This section walks through the specific checks that separate machine builders from intermediaries: foundry or casting supply verification, in-house scraping versus subcontracted assembly, factory acceptance test documentation, payment structures that align risk, and after-sales engineering capability that extends beyond WeChat voice notes. Each point includes what to request in writing before releasing a deposit.

Foundry and Casting Source Verification

Ask for the casting grade certificate and the supplier name. HT300 resin sand castings stress-relieved in-house cost roughly 15-20% more than HT250 subcontracted blanks, but hold stability over 5,000+ hours of interrupted cutting. A builder with own foundry control can show you the batch number stamped into the bed casting and the corresponding metallurgical report. Trading offices will deflect or provide a generic mill certificate with no batch linkage. Request photos of raw castings in the factory yard with date stamps; absence suggests outsourced rough machining at minimum.

Assembly Floor and Scraping Capability

Precision CNC lathe beds require hand scraping or precision grinding to achieve 0.02 mm/m straightness for linear roller guide mounting, or 0.015 mm/m for box way contact patterns. A legitimate builder employs scrapers with 5+ years experience and maintains master straight edges with calibration stickers. Ask for:

• Ball bar test records from the last six months of production (circular interpolation accuracy, typically 0.015-0.025 mm for a 300 mm radius test)
• Laser interferometer reports for positioning accuracy (±0.005 mm/300 mm or better on linear axis machines) and repeatability (±0.003 mm)
• Geometric accuracy report per ISO 13041 or national equivalent, including spindle runout at nose (0.005 mm max for A2-5, 0.008 mm for A2-8) and tailstock alignment

Trading offices cannot produce these because they never see the machine until pre-shipment.

Control System and Component Traceability

Documented builders source controls through authorized channels with parameter backup protocols. Verify:

Request the control serial number and verify with the brand’s regional office. Ask for servo motor model numbers (FANUC αi series, Siemens 1FK7) and drive manufacture dates; mismatched years suggest component cannibalization.

Factory Acceptance Test Structure

A legitimate FAT includes:

1. No-load run: 2 hours at max spindle speed (3,500 rpm for A2-5, 2,500 rpm for A2-8), bearing temperature monitored
2. Cutting test: Continuous turning of 1045 steel at 80% rated power, surface finish Ra 1.6 or better
3. Accuracy verification: Laser interferometer and ball bar, not just dial indicator spot checks
4. Documentation: Signed report with inspector name, date, and machine serial number

Insist on video attendance or third-party witness. Payment terms should hold 30% deposit, 60% at FAT sign-off with verified report, 10% after installation acceptance. Any demand for 100% pre-shipment from an unknown builder is a red flag.

After-Sales Engineering and Spare Parts

Real manufacturers maintain:

• Parameter and PLC backups by serial number, retrievable within 24 hours
• Spare parts inventory for 10+ years on castings, 5 years on electronics, with part number cross-reference to component OEMs
• Service engineer deployment with visa-ready passport, not subcontracted to local general repair technicians

Ask for the last three countries where their engineers performed installation. Verify independently if possible. A builder with 15+ years export history to Southeast Asia, the Middle East, Africa, and Latin America has faced voltage conversion (380V 50Hz to 220V 60Hz), foundation requirements for machines 4,000-12,000 kg, and container unloading with 5-ton forklifts or overhead cranes. They will specify transformer kVA, foundation bolt pattern drawings, and lifting point locations without prompting. Trading offices provide generic manuals copied from competitor websites.

Types and Configurations of CNC Lathe Machine

Flat Bed CNC Lathe

The flat bed CNC lathe remains the most exported configuration from Chinese manufacturers because the casting and machining process is straightforward, and the open architecture suits wide-diameter, short-to-medium length workpieces. Machine shop owners in Southeast Asia and Africa typically buy this class for general repair work, shaft turning for agricultural equipment, and training centre fleets where students need clear visibility of tool engagement. The bed angle is zero degrees, so chip accumulation in the V-way is a real problem on cast iron jobs; most builders now fit spiral chip conveyors as standard. What it cannot do is maintain thermal stability during long continuous runs at high RPM—the flat bed has more exposed surface area than a slant bed, and the saddle mass creates uneven heat distribution. A 660 mm swing machine with 3000 mm between centres will weigh roughly 5500 kg and occupy 4.8 m × 1.6 m of floor space. Buyers should verify whether the builder stress-relieves the bed casting; HT300 without normalisation will drift 0.05 mm over a shift in tropical climates.

Slant Bed CNC Lathe

Slant bed machines dominate orders from automotive tier-2 suppliers and hydraulic fitting manufacturers who run 500–2000 piece batches with minimal changeover. The 30° or 45° bed angle places the operator closer to the spindle centreline and allows gravity to pull chips into a conveyor at the rear. A typical 400 mm swing machine with 500 mm Z-travel runs a 7.5 kW A2-6 spindle to 3500 rpm, with rapid traverse at 24 m/min on HIWIN or PMI linear roller guides. Positioning accuracy of 0.015 mm and repeatability of 0.006 mm are achievable if the builder has scraped the bed to bearing ratio properly—ask for the laser interferometer report on X and Z, not just the ball bar roundness test. What this class cannot do is absorb heavy interrupted cuts like a flat bed with hardened box ways; the linear guide version has lower damping, and the saddle is more compact, limiting steady rest integration for long shafts. Importers in Eastern Europe often specify Siemens 828D with the ShopTurn conversational package to reduce operator training time.

Twin-Spindle Dual Turret CNC Lathe

This configuration separates actual machine builders from trading offices because the alignment of two spindles and two turrets demands a scraped assembly floor, laser-calibrated spindle runout fixtures, and documented thermal cycling protocols. The buyer is normally an automotive parts maker or a large job shop with 3–5 year supply contracts requiring 20,000+ annual pieces of transmission shafts or brake hubs. Cycle time drops 40–60% because the part transfers from main to sub-spindle for back-end operations without reclamping. A 500 mm swing twin-spindle machine with two 12-station turrets and live tooling (B-axis on upper turret) weighs 10,000 kg and needs a 380V 50Hz supply with 100 kVA transformer capacity. Lead time from a real builder is 90–120 days; a trading office quoting 45 days is forwarding someone else’s brochure. What it cannot do economically is handle lot sizes below 200 pieces—the changeover time for two turrets and two spindles kills utilisation, and the capital outlay (typically 3× a single spindle slant bed) requires high occupancy to justify depreciation.

Vertical CNC Lathe

The VTL solves the clamping problem that defeats horizontal lathes: large, thin, disc-shaped parts like brake drums or pump flanges distort under chuck pressure if hung horizontally. A 1600 mm table machine with 2500 mm max turning diameter uses a 37 kW spindle through a hydrostatic table bearing, with table load capacity of 8000 kg. Control systems are FANUC or Siemens with custom PLC for table clamp/release interlocks; GSK is rarely specified above 1250 mm swing due to servo loop limitations on heavy rotary axes. What a VTL cannot do is handle shaft work efficiently—the height constraint and the need to reach across a large diameter make tool overhang excessive for slender parts. Foundation requirements are critical: a 2000 mm table machine needs 800 mm reinforced concrete with chemical anchors, and the builder should provide a foundation drawing stamped by their structural engineer, not a generic sketch. CIF pricing for this class runs heavy on freight; a 15000 kg machine exceeds standard 20-foot container limits and may need flat-rack or breakbulk shipment from Tianjin or Shanghai.

Swiss-Type CNC Lathe

Swiss-type machines are specialised enough that only three or four Chinese builders have genuine production experience; most “manufacturers” in this space are assembling kits or rebadging. The defining feature is the sliding headstock that feeds bar stock through a guide bushing, keeping the workpiece supported within 2 mm of the cut at all times. A 20 mm bar capacity machine with 5 axes (X, Y, Z, B live tooling, C spindle) runs at 10000–12000 rpm with a 3.7 kW main spindle and sub-spindle, achieving positioning accuracy of 0.005 mm and surface finishes to Ra 0.4 µm on medical titanium and 316L stainless. Control systems are almost exclusively FANUC 0i-TF or Mitsubishi M80; the kinematic complexity defeats most domestic controllers. What this class cannot do is handle castings, forgings, or sawn blanks—bar stock only, and the remnant length (typically 150–200 mm per bar) is scrap cost that job shops must factor. Buyers should verify the builder has shipped machines with bar feeders (Iemca, LNS, or Samsys) integrated and commissioned, not just “compatible with.”

Heavy-Duty Oil Country Lathe

This class exists at the boundary where CNC lathes become capital infrastructure. The spindle bore is the critical dimension: 130 mm for pipeline fittings, 240 mm for oil well casing, 340 mm for marine shafts. A 1000 mm swing machine with 240 mm bore and 3000 mm bed length weighs 18000 kg, runs a 45 kW main motor with a two-speed mechanical gearbox (low range 20–350 rpm for threading, high range 350–1200 rpm for finishing), and positions to 0.020 mm on hardened box ways with Turcite-B coating. Buyers are oilfield service companies, shipyards, and heavy equipment rebuilders in the Middle East, Russia, and South America. What this machine cannot do is move quickly: rapid traverse is 6–8 m/min, tool changes are manual or semi-automatic, and the floor space commitment (6 m × 2.5 m plus chuck clearance) makes it unsuitable for job shops with diverse small work. Payment terms from real builders are typically 30% T/T deposit, 60% at factory acceptance test (FAT) with geometric accuracy report signed, 10% after installation and training; any supplier demanding 100% advance is not a manufacturer.

Specifications and How to Read Them

How to Read Each Line on the Specification Sheet

Working range defines what you can physically fit and machine. Max turning diameter over bed is the largest workpiece the machine can swing without collision. Max turning length is the longest shaft between chuck and tailstock centers. These two numbers determine if your parts fit; a 500 mm diameter machine cannot handle a 600 mm brake drum even once.

Spindle speed and power set your material removal rate and surface finish capability. Higher rpm suits aluminum and small-diameter finishing. Higher torque at lower rpm cuts stainless steel and large castings. The entry-level 5.5 kW/3500 rpm spindle will bog down in heavy interrupted cuts on 4140 steel; the 30 kW/2000 rpm spindle will not.

Spindle nose and chuck size specify tooling interface and gripping force. A2-6 is the standard for mid-range CNC lathes; A2-8 is required for large-diameter work and requires matching chuck adapters. Hydraulic chucks grip harder and more consistently than manual or electric chutes; the specification should state “hydraulic” explicitly.

Spindle bore matters for bar feeding. A 52 mm bore limits you to 2-inch bar stock. A 105 mm bore handles 4-inch bar. If you never run bar work, this number is irrelevant. If you plan unattended production with a bar feeder, it is critical.

Rapid traverse is how fast the turret moves between cuts, not how fast it cuts. Entry-level 12 m/min in X means 5 seconds to cross the slide. Mid-range 20 m/min cuts that to 3 seconds. On short-cycle parts, rapid traverse dominates cycle time more than cutting feed rate.

Guideway type is a fundamental trade-off. Hardened box ways ( scraped cast iron, Turcite-B or Rulon lining) damp vibration and carry heavy interrupted loads. They wear slowly but have higher friction and lower rapid speeds. Linear roller guides (HIWIN, PMI, THK) move faster with lower friction but transmit more vibration and have lower impact resistance. For rough turning forged crankshafts, box ways survive. For finish-turning hydraulic fittings, linear guides win on speed and positioning.

Positioning accuracy and repeatability are different. Positioning accuracy is where the control thinks it is versus where it actually is; repeatability is whether it returns to the same point after a full day of thermal drift and load changes. Repeatability matters more for production consistency. A machine with ±0.010 mm positioning but ±0.003 mm repeatability will make identical parts all day, even if the absolute dimension drifts slightly with temperature.

Tool turret station count and change time determine setup flexibility. Four stations means you finish one operation, stop, and re-tool for the next. Twelve stations with servo indexing and Y-axis off-center milling capability lets you complete a part in one chucking. Hydraulic turret clamping holds position under cutting load; electric turrets can slip on heavy cuts.

Control system is where hidden cost lives. FANUC and Siemens dominate export markets for a reason: spare parts availability, operator familiarity, and resale value. GSK and KND cost 30-40 percent less upfront and perform adequately for 2-axis turning. The risk is local service engineer availability in your market and controller obsolescence in 8-10 years. Syntec and Mitsubishi sit in the middle, stronger in Southeast Asian markets than in Eastern Europe or North America.

Machine weight and floor space indicate casting mass and rigidity. A 2200 kg machine on a 360 mm swing is light; it will move under heavy cuts. A 4500 kg machine on 500 mm swing is proportionally stiffer. The 12000 kg machine on 800 mm swing is necessary for that envelope, not generous. Weight also determines your foundation requirements and crane capacity for installation.

How to Verify a Real Builder from a Trading Office

Own foundry or documented casting source. Ask for the foundry name and location. A builder with in-house casting control will specify HT250 versus HT300 by machine model and explain why. HT250 is standard for entry-level beds; HT300 or Meehanite equivalent is specified for mid-range and above for better damping and less thermal distortion. A trading office will describe “high quality casting” without grade or source. Request a mill certificate for the casting batch.

Assembly floor and hand-scraping records. Real builders maintain scraping teams who fit box ways to the bed by hand, checking contact points with blue dye. Ask for photos of the scraping floor, not just finished machines. The contact pattern should show 8-12 points per 25 mm × 25 mm area on critical surfaces. A trading office has no floor to photograph and will send catalog images instead.

Laser interferometer and ball bar records. These are the objective tests. A laser interferometer (Renishaw XL-80 or equivalent) measures positioning accuracy and repeatability along each axis against ISO 230-2 standards. A ball bar (Renishaw QC20-W) checks circular interpolation and squareness in 15 minutes of rapid testing. Request the actual report for your serial-numbered machine, not a generic template. The report should show test date, technician signature, ambient temperature, and compensation values entered into the control. A builder who cannot produce this tests nothing or tests selectively.

Factory acceptance test (FAT) protocol. A real FAT includes: geometric accuracy (level, straightness, squareness), positioning accuracy with laser, spindle runout at multiple speeds, hydraulic system pressure and flow, and a test cut on a certified test bar. The protocol should specify allowable deviations. Ask to witness the FAT via video link if you cannot travel. A trading office will offer “inspection by third party” as an extra-cost option and has no protocol of their own.

Documented geometric accuracy report. This covers: bed flatness (0.02 mm/m), spindle axis parallelism to Z-axis motion (0.02 mm/300 mm), tailstock sleeve center height alignment, and turret indexing repeatability. These are measured before control compensation is applied. If the builder only offers positioning accuracy after ballscrew compensation, the underlying machine geometry may be poor.

Payment structure as signal. Real builders with production capacity typically structure: 30 percent T/T deposit, 70 percent L/C at sight against shipping documents, or 30/40/30 with the final 30 percent after FAT acceptance. A demand for 100 percent advance payment or payment to a personal account indicates no factory investment and high risk. Escrow through a machinery trading platform is acceptable for first orders under 50000 USD.

After-sales engineering capability. Ask: how many service engineers in your country or region? What is their visa status and typical response time? Do they carry ballscrews, spindle bearings, and encoder cables in stock locally? A builder with real export experience has answered these questions before and has names and numbers. A trading office will promise “24-hour online support” and “local agent arrangement” without specifics.

Trade Terms and Export Practicalities

EXW (Ex Works) means you collect the machine from the factory door. You arrange export packing, inland transport to port, export customs, ocean freight, insurance, and import clearance. Only use EXW if you have a freight forwarder in China and experience with machinery export packing. CNC lathes require steel-frame skids, moisture-barrier wrapping, and shock indicators; factory packing varies enormously.

FOB (Free On Board) is the standard for machinery. The builder delivers to port, loads on vessel, and clears export customs. You pay ocean freight, insurance, and all destination charges. FOB Qingdao or FOB Shanghai are common for Chinese machine tools. Confirm whether FOB includes terminal handling charges; disputes arise when the buyer faces unexpected THCs at departure.

CFR (Cost and Freight) means the builder pays freight to your port. Risk transfers at departure; you insure the voyage. CFR suits buyers who want price certainty on freight but can arrange their own cargo insurance. For a 4500 kg CNC lathe in a 40-foot container, CFR adds roughly 800-1500 USD to Southeast Asian ports, 2500-4000 USD to Middle Eastern ports, and 4000-7000 USD to East African or South American ports depending on carrier and fuel surcharge.

CIF (Cost Insurance Freight) includes builder-arranged voyage insurance. The insurance is typically Institute Cargo Clauses (C), covering total loss but not partial damage from seawater or rough handling. For machinery, arrange ICC (A) all-risks coverage separately if the builder’s CIF insurance is minimal.

L/C (Letter of Credit) versus T/T (Telegraphic Transfer). T/T is faster and cheaper (20-50 USD bank charge) but requires trust. L/C adds 300-800 USD in bank fees and requires strict document compliance; a mismatch between packing list and bill of lading can delay payment and release of goods. For first orders above 30000 USD, many buyers use 30 percent T/T deposit, 70 percent L/C at sight. For repeat orders with established builders, 100 percent T/T against copy of bill of lading is common.

HS code for CNC lathes is typically 8458.11 (horizontal lathes, numerically controlled) or 8458.91 depending on exact configuration and local customs classification. The builder’s commercial invoice and packing list must match the HS code on your import license or registration. Discrepancies cause port delays.

CE marking for European destination requires the builder to hold a technical file, risk assessment, and Declaration of Conformity. The CE mark on the machine nameplate should be traceable to a notified body or self-certified under the Machinery Directive 2006/42/EC. Ask for the DoC document number and date. For non-European markets, CE is irrelevant but may indicate the builder has done systematic safety design; absence of CE on an export machine suggests no third-party review at all.

Packing list and certificate of origin are standard shipping documents. The packing list must itemize: machine net weight, gross weight with packing, dimensions of each package, contents of each crate (machine body, control cabinet, coolant tank, chip conveyor, tooling, manuals). The certificate of origin (Form A or CO per your country’s trade agreement with China) affects import duty rates. Request the builder confirm CO availability before order confirmation; some smaller builders have never issued one.

Voltage and frequency mismatch is a common arrival problem. Chinese machines ship at 380V 50Hz three-phase. If your supply is 220V 60Hz (North America, parts of Philippines, Korea) or 415V 50Hz (India), you need a step-up or step-down transformer and possibly frequency conversion for the control system. FANUC and Siemens controls tolerate 50/60 Hz; spindle motor cooling fans and coolant pumps may not. Specify your actual supply voltage and frequency in the purchase order and require the builder to confirm compatibility or include the transformer. A 15 kVA transformer for an entry-level lathe weighs 80 kg and costs 400-700 USD; a 45 kVA unit for a large machine weighs 250 kg and costs 1500-2500 USD. This is not an afterthought.

Container loading and weight limits. A 20-foot container holds roughly 28000 kg total including cargo; a 40-foot standard holds 26000-28000 kg, and a 40-foot high cube holds similar weight with more volume. A 4500 kg CNC lathe with packing reaches 5500-6000 kg and fits one per 20-foot container, or two per 40-foot if the machines are narrow and the builder designs split skids. A 12000 kg large lathe requires a 40-foot flat rack or open-top container. Confirm the builder has loaded your configuration before; first-time container packing for unusual dimensions risks corner damage and insurance disputes.

Foundation and leveling. Entry-level machines (under 3000 kg) often ship with adjustable leveling pads and require only a flat concrete floor rated 5 ton/m². Mid-range and above need isolated foundations or at least epoxy-grouted anchor bolts and precision leveling to 0.02 mm/m. The builder should supply a foundation drawing with bolt locations, conduit trenches for power and coolant, and recommended concrete thickness. Request this drawing at order stage, not after arrival when production is waiting.

Crane or forklift for unloading. A 2200 kg machine unloads with a 3-ton forklift. A 4500 kg machine needs a 5-ton forklift with extended forks or a 5-ton crane with spreader bar. A 12000 kg machine needs a 16-ton crane minimum, often with dual lifting points. The builder’s packing list states center of gravity location; provide this to your rigging contractor before the truck arrives. Container unloading without proper equipment has caused tipped machines and voided warranties.

Installation and operator training. Distinguish between mechanical installation (leveling, anchoring, utility connection) and control training (programming, tool setting, work offset). A real builder sends one mechanical technician for 3-5 days and offers separate FANUC or Siemens-certified training for operators, either at factory or on-site. Training bundled “free” for 2-3 days is typically only button-pushing familiarization, not CAM post-processor optimization or troubleshooting. Negotiate training scope explicitly: how many operators, what curriculum, what language, written materials provided.

Spare parts and consumables. At minimum, stock: spindle encoder, X and Z axis servo motor or encoder, ballscrew nut assembly, turret proximity switches, hydraulic pump and pressure switch, control battery, and one complete set of way wipers and coolant nozzles. Ask the builder for a recommended spare parts list with part numbers and prices, valid for 10 years. If the builder cannot provide part numbers for their own machine, they are assembling from purchased subassemblies with no parts continuity. For FANUC or Siemens controls, parts availability is global. For GSK or KND, confirm whether the builder holds stock in your region or ships from China with 4-6 week lead times.

CNC Lathe Machine Price and What Drives It

What Actually Makes Up the Machine Price

A CNC lathe invoice from a real builder breaks into roughly these shares of FOB value. The proportions shift with machine class and destination electrical requirements, but the pattern holds across Runlongjia’s export range.

Casting or frame: 12–18 percent. A 500 mm swing flat bed lathe in HT250 resin sand casting runs about 2,800–3,500 kg. Step up to HT300 or Meehanite for a 660 mm machine and the casting share rises to 16–20 percent. The cheapest quotes often use HT200 or poorly seasoned castings that distort within two seasons of workshop temperature cycling. Ask for the foundry name and stress-relief documentation.

Guideways and ball screws: 8–12 percent. Hardened and precision-ground box ways on a 1000 mm bed cost more than linear roller guides but tolerate interrupted cuts better. HIWIN or PMI linear guides on a slant bed machine add 2,000–4,000 USD over unbranded equivalents. C3 grade ball screws from THK or NSK versus C5 from a domestic source: expect 1,500–3,000 USD difference per axis.

Spindle assembly: 10–15 percent. A2-6 or A2-8 spindle cartridge with SKF or FAG bearings, 4000 rpm, 11 kW: roughly 6,000–9,000 USD at factory cost. Built-in motor spindles for higher speeds multiply this. The cheapest alternative is a rebuilt or unbalanced cartridge with angular contact bearings of uncertain preload.

Control system and servo package: 18–28 percent. This is the first of the two dominant line items. FANUC 0i-TF with αi series servos and motors typically adds 14,000–22,000 USD to the machine cost over a domestic GSK or KND package. Siemens 828D with S120 drives sits in the same band. Mitsubishi M800 for heavy-duty applications runs slightly higher. A full GSK 980TDi servo package might add only 4,000–6,000 USD. The performance gap shows in rigid tapping synchronization, servo gain tuning range, and diagnostic depth.

Tool turret: 6–10 percent. A 12-station servo-indexed turret with HYD or Sauter internals runs 4,000–7,000 USD. Hydraulic clamping and disc-type tooling systems for BMT live holders add 50 percent. Entry machines sometimes ship with open VDI turrets or manual quick-change systems to hit a price point.

Assembly labour and scraping: 5–8 percent. Hand scraping of box way contact patterns to 8–12 points per 25 mm × 25 mm takes 40–80 hours on a flat bed lathe. Factories without in-house scraping capability grind to approximate geometry and ship. The difference appears in positioning accuracy maintenance after 5,000 cutting hours.

Electrical panel and ancillaries: 4–6 percent. Schneider or ABB contactors, separate transformer for 220V 60Hz regions, chip conveyor, coolant system.

Export packing and inland freight: 3–5 percent. Vacuum-sealed moisture barrier with VCI film, plywood crate, steel frame. A 660 mm swing lathe in crate runs 4,200–5,500 kg; inland truck to Qingdao or Shanghai port adds 800–1,500 USD depending on distance.

Sea freight, insurance, duty and VAT: Not included in FOB. A 40-foot high-cube container holds one mid-size lathe or two entry machines. Shanghai to Jebel Ali or Santos: 3,500–6,000 USD ocean freight depending on season. Insurance at 110 percent of CIF value: 0.15–0.3 percent. Destination duty varies 0–15 percent; VAT 5–20 percent. Customs clearance and port handling: 800–2,000 USD.

The control system brand and the spindle or laser source brand are normally the two single biggest line items because they are purchased complete from tier-one suppliers at global list prices with limited factory negotiation room. Everything else—casting, sheet metal, assembly labour—scales with local manufacturing economics and offers more flexibility.

Why the Cheapest Quote Costs Less

A 15,000 USD CNC lathe quote against a 28,000 USD competitor for nominally the same specification almost always differs in one or more of these:

• Lighter casting. HT200 instead of HT250, wall thickness reduced 10–15 percent, machine weight 2,100 kg versus 3,200 kg. Chatter on heavy roughing cuts increases; geometric accuracy drifts faster.

• Lower grade ball screws. C7 rolled screws with standard nut preload instead of C5 ground screws. Positioning repeatability degrades from ±0.005 mm to ±0.015 mm within 8,000 hours.

• Unbranded spindle source. No documented bearing preload, no balance grade, no thermal growth test. Bearing replacement at 18 months instead of 5–7 years.

• Missing servo package. Stepper-driven turret or open-loop spindle orientation. Rigid tapping impossible; tool life inconsistent.

• No laser interferometer or ball bar record. The factory has never measured volumetric accuracy or circular interpolation. You receive no geometric report with the machine.

• Trading office markup structure. The seller owns no foundry, no assembly floor, no service engineer. They subcontract to the lowest bidder and disappear after payment.

Five-Year Running Cost Comparison

Assume a mid-range slant bed CNC lathe running 2,000 hours per year, machining alloy steel and cast iron automotive parts.

The budget machine saves 20,000–35,000 USD upfront. Over five years it typically costs 20,000–30,000 USD more to run. The crossover point depends on your local power rate, labour cost, and whether downtime triggers penalty clauses with your customers.

Lead Time and Factory Verification

Realistic production lead times from a builder with in-house casting and assembly:

• Entry flat bed lathe with GSK control: 35–45 days after deposit
• Mid-range slant bed with Siemens or FANUC: 55–75 days (control system import and spindle build time)
• Heavy-duty or twin-spindle configuration: 90–120 days

Add 7–14 days for factory acceptance test (FAT) including laser interferometer measurement of positioning accuracy and repeatability, and ball bar test for circular interpolation. Request the raw data files, not a summary certificate.

To verify you are dealing with a builder rather than a trading office:

• Ask for foundry name and location; request photos of casting stock with date stamps
• Demand video of the specific assembly bay with your machine serial number visible
• Require laser interferometer report (Renishaw XL-80 or equivalent) showing positioning accuracy to ISO 230-2 and repeatability; ball bar test to ISO 230-4
• Confirm payment structure: 30 percent deposit, 70 percent after FAT and before bill of lading is standard for first orders; demands for 100 percent advance or payment to a personal account are red flags
• Verify after-sales engineering: named service engineer, passport number for visa application to your country, spare parts warehouse location and stock list

A builder who refuses FAT attendance or provides only a template test report without machine-specific serial numbers is signalling limited process control or outsourced assembly.

Industry Applications for CNC Lathe Machine

Automotive And Motorcycle Parts

Automotive production demands cycle time consistency across 8-hour shifts. A flat bed CNC lathe with A2-8 spindle nose and 11 kW motor at 2500 rpm handles 280 mm brake disc castings with 6 mm depth-of-cut roughing passes. The 3200 kg HT300 casting mass damps vibration that would chatter carbide inserts on lighter machines. FANUC 0i-TF control with rigid tapping cycles produces M14x1.5 wheel stud threads at 1200 rpm without floating tap holders. Shops running camshaft production should verify the supplier’s geometric accuracy report shows ≤0.015 mm total indicator runout on 500 mm test bars; this determines whether finish grinding can be eliminated. Payment structures typically run 30% T/T advance, 70% against bill of lading; lead time from confirmed drawing to FOB Qingdao is 35–45 days for standard models, 55 days for hydraulic chuck and bar feeder integration.

Agricultural Machinery

Tractor axle shafts and gear blanks from cast iron or 45# steel tolerate lower surface finish requirements than automotive work but punish machines with interrupted cuts. A 45-degree slant bed CNC lathe at 2800 kg with linear roller guideways achieves 20 m/min rapid traverse for fast positioning between coarse cuts. The A2-6 nose with 8-inch hydraulic chuck grips 180 mm gear blanks securely; chip gravity discharge prevents the packed-chip failures that stall production in flat-bed designs. GSK 980TDi control keeps per-unit cost down for price-sensitive farm equipment suppliers, though shops requiring ISO program compatibility should specify Siemens 828D at roughly 18% higher controller cost. Foundation requirements are modest: 150 mm reinforced concrete with M16 anchor bolts at 800 mm spacing; machine levelling to 0.02 mm/m using precision levels, not carpenter’s levels.

Hydraulic And Pneumatic Fittings

Stainless steel 304 cylinder bodies and chrome-plated piston rods require surface finishes below Ra 1.6 µm to maintain seal integrity. A flat bed CNC lathe with 1000 mm between centers and constant surface speed control (G96) machines 800 mm rods without speed adjustment as diameter reduces. Threading accuracy depends on repeatability; specify ≤0.005 mm repeatability per laser interferometer record, not marketing claims. Syntec 21TA control offers macro programming for variable-pitch threads on hydraulic adjusters at lower cost than FANUC. Transformer requirements matter here: Chinese-built machines ship 380V 50Hz; buyers in 220V 60Hz regions (Philippines, parts of South America) need 15–20 kVA step-up transformers, roughly $800–1200 FOB, adding 3 days to lead time. Ball bar test records should show 0.010 mm circularity on 150 mm radius at 1000 mm/min feed.

Oil And Gas Couplings

API-specified tubing couplings in 4130 or 4140 alloy steel demand torque reserves no light lathe provides. The 800 mm swing, 8500 kg flat bed with 22 kW spindle at 1600 rpm delivers 420 Nm continuous torque for 8 mm roughing depths on 300 mm OD coupling blanks. A2-11 spindle nose accepts 20-inch chucks; verify the supplier’s casting source—HT300 from own foundry or long-term Meehanite supplier, not gray market scrap castings that crack under weld prep loads. Factory acceptance test should include actual cutting: 50 mm diameter test piece, 200 mm length, verifying ≤0.02 mm cylindricity. CE documentation for EU-bound machines must include noise emission test per EN 12418; trading offices often lack this. Crane capacity for unloading: 10-tonne minimum at 6-meter reach; 8500 kg machines do not tolerate forklift tipping.

Mould And Die Work

Precision mould components require geometric relationships—concentricity between OD and cross-holes on ejector sleeves—that demand mill-turn capability. A slant bed CNC lathe with C-axis indexing to 0.001° and 3 kW driven tool motor drills 4 mm cross-holes at 90° to axis without transfer to machining center. Sub-spindle configuration with 400 mm between spindles completes 250 mm core pins from bar: turn, drill, cross-mill, part-off, back-face in one cycle. Siemens 828D with ShopTurn conversational interface reduces programming time for die shops without full-time CAM operators; FANUC 0i-TF suits shops with existing ISO program libraries. Driven tool machines add 25–30% to base lathe cost and 15 days lead time for turret integration. Verify ball bar bi-directional circularity at 0.008 mm before acceptance.

Technical Training Centres

Vocational programs in Southeast Asia and Africa need durable machines that survive student errors while matching local industrial control platforms. GSK 980TDi and KND K1000Ti dominate Chinese technical competition environments; graduates transfer directly to job shop floors running identical systems. Specify 5.5 kW spindle at 2500 rpm maximum—sufficient for curriculum exercises without the injury risk of 6000 rpm machines in novice hands. Hardened box ways tolerate crashes better than linear guides; scraping marks on ways should be visible, evidence of hand-finished contact patterns not ground-only production. Transformer to 220V 60Hz is essential for Philippine, Indonesian, and Central American installations; include this in initial quotation, not as after-sale surprise. Training package should include 5-day on-site instruction: 2 days operation, 2 days programming, 1 day maintenance. Spare parts kit—drive belts, proximity switches, fuse sets—should ship in same container, roughly $400–600.

Ordering and Importing Step by Step

The three mistakes that most often leave a delivered CNC lathe idle in a new shop are straightforward to prevent with one-line fixes. Voltage or frequency mismatch: confirm your incoming supply—380V 50Hz three-phase versus 220V 60Hz split-phase—and order the matching transformer with the machine rather than improvising after customs clearance. Working range too small for actual parts: measure your largest existing and planned workpiece including chuck jaw projection and tailstock center extension, then add 20 percent margin to both swing over bed and maximum turning length before selecting a model. No documentation, backup or consumable source: require electrical schematics, parameter backup on USB, and a named local supplier for inserts, coolant and hydraulic oil before final payment release.

Defining Workpiece Envelope And Tolerance

Start with the part, not the brochure. List your maximum diameter, maximum length, and whether you need through-bore capacity for bar work.

Match tolerance requirements to machine class. A positioning accuracy of ±0.005 mm and repeatability of ±0.003 mm demands linear roller guideways (HIWIN or PMI), C3 or C5 grade ballscrews, and thermal compensation in the control—not hardened box ways. Box ways carry heavier interrupted cuts and have better damping but typically achieve ±0.01 mm positioning accuracy at best. If your parts need consistent 0.01 mm total tolerance, specify the tighter machine. If you machine cast iron forgings with heavy roughing passes, the damping of box ways may justify the accuracy trade-off.

Choosing Control System And Service Capability

The control determines who can repair it, how long you wait for parts, and whether your operators already know the menus.

Ask the builder: “Who in my country has serviced your machines with this control in the last 24 months?” A real builder names a technician or distributor. A trading office deflects. For FANUC and Siemens, verify the control is genuine—not a stripped “partner” version with limited PLC access. For GSK or KND, confirm the builder has exported at least 50 units with that control to your region; otherwise you are the test case.

Confirming Electrical Supply And Transformer Requirements

Request the builder’s electrical schematic in your language before deposit. Confirm whether the spindle drive, servo drives, and coolant pump are all rated for your frequency or whether a transformer-isolated supply is planned. A 60Hz motor on 50Hz runs hotter and slower; a 50Hz motor on 60Hz overspeeds and loses torque. The fix is ordering the correct windings or a variable-frequency drive rated for both.

Floor Loading Foundation And Floor Space

A 360 mm swing CNC lathe with 750 mm bed length typically weighs 2,800 kg to 3,500 kg. A 660 mm swing machine with 3,000 mm bed weighs 8,000 kg to 12,000 kg. Check your floor load capacity: standard industrial concrete 150 mm thick with mesh handles 3,500 kg/m². Machines over 6,000 kg need a dedicated foundation pad or thickened slab with rebar.

Floor space must include operator access, chip conveyor extension, and tool cart circulation. Add 1,000 mm minimum to each side of the machine footprint for maintenance access. A typical 500 mm swing × 1,500 mm bed CNC lathe needs 4.5 m × 2.5 m installed footprint, plus 2 m rear clearance for electrical cabinet ventilation.

Specify casting grade: HT250 is standard for beds and saddles on machines under 5,000 kg. HT300 or Meehanite castings are specified for heavy cuts and thermal stability. The builder should state the grade on the quotation; absence suggests HT200 or ungraded recycled material.

Conformity Marking For Customs Clearance

Determine what marking your customs authority requires before the machine ships. CE marking is mandatory for entry into European Union countries, EFTA members, and several Eastern European and Middle Eastern customs unions that reference EU directives. CE requires a technical file, declaration of conformity, and often a third-party assessment for the electrical and machinery safety directives.

For Southeast Asia: Indonesia requires SNI for some electrical components but not the machine itself. Malaysia accepts CE or local DOSH inspection. Thailand has TISI requirements for electrical systems. For Middle East: Saudi Arabia requires SASO conformity for electrical equipment; UAE accepts CE. For Africa: Nigeria SONCAP, Kenya PVOC, and Egypt GOEIC each have specific inspection and documentation rules.

A real builder has shipped to your country before and knows the customs entry requirements. A trading office copies a generic CE certificate from another product. Request the specific directive references (2006/42/EC for machinery, 2014/35/EU for low voltage) and the notified body number if applicable.

Comparing FOB Versus CIF

For CNC lathes, CIF often adds 8-15 percent to the machine price for freight and insurance. FOB gives you control and potential savings if you consolidate shipments. Either way, specify Incoterms 2020 in writing. For machines over 6,000 kg, breakbulk or flat-rack container shipment may be required; standard 20GP or 40HQ containers have payload limits of 21,000 kg and 26,000 kg respectively including packaging.

Container Type And Weight Limits

Confirm the builder provides container loading photos, lashing diagram, and packing list with gross/net weights. For flat-rack shipments, the buyer arranges port crane unloading; verify crane capacity matches machine weight plus packaging.

Deposit And Balance Payment Terms

Standard practice for first-time buyers with Chinese builders: 30 percent deposit against proforma invoice, 70 percent balance against copy of bill of lading (BL) under FOB or CIF terms. For repeat buyers with established relationship, terms may shift to 20/80 or letter of credit at 90 days.

Avoid 100 percent advance payment. A real builder with factory and export track record accepts 30/70. A trading office often demands 50/50 or full payment upfront because they lack credit with their upstream supplier.

Specify payment release tied to documentation: deposit upon signed contract and proforma acceptance; balance upon fax or PDF of BL, packing list, commercial invoice, and certificate of origin. For letter of credit transactions, specify “clean on board” BL and exact document presentation period.

Factory Acceptance Test Before Balance Payment

The FAT is your only chance to verify the machine before it is sealed in a container. Attend in person or appoint a third-party inspector.

Minimum FAT requirements:

1. Geometric accuracy: Laser interferometer or ball bar test for positioning accuracy and repeatability. Request the printed report with environmental conditions (temperature, humidity). Compare to quoted specifications: ±0.005 mm positioning, ±0.003 mm repeatability for linear guide machines.
2. Spindle performance: Run at maximum rated speed (e.g., 4,000 rpm) for 30 minutes. Record bearing temperature rise (typically ≤25°C above ambient). Check vibration velocity per ISO 10816.
3. Cutting test: Machine a test bar in specified material (e.g., 45# steel or ASTM 1045). Measure roundness, cylindricity, and surface finish. Typical results: roundness 0.003 mm, Ra 1.6 μm with carbide insert at standard speeds and feeds.
4. Control functionality: Verify all axes, spindle orientation, tool changer (if equipped), tailstock, and chip conveyor operate per program.
5. Documentation: Electrical schematics in your language, parameter backup on USB, operation manual, maintenance manual, spare parts list with part numbers.

Do not release balance payment until FAT is passed and documented. A builder refusing FAT or offering only a video is not a builder with confidence in their process.

Unloading Equipment At Destination

Verify unloading equipment is booked before vessel arrival. Port storage charges accumulate daily. For container delivery, the builder should mark lifting points and center of gravity on the packaging.

Installation And Operator Training

A real builder sends an engineer or certifies a local partner for installation. Minimum scope:

• Leveling: Precision level 0.02 mm/m on bed ways in longitudinal and transverse directions. Shimming and grouting for machines over 6,000 kg.
• Alignment: Spindle centerline to tailstock centerline within 0.01 mm per 300 mm for machines under 1,000 mm bed; 0.02 mm for longer beds.
• Power-on and parameter load: Verify all parameter backups load correctly. Test emergency stops and door interlocks.
• Training: 3-5 days typical for operators with conventional lathe experience; 7-10 days for new operators. Cover programming (G-code or conversational), tool setup, workpiece zero setting, and daily maintenance.

Training should include your actual parts, not just a demonstration bar. Specify number of trainees, language, and whether interpreter is needed. Chinese-speaking engineer with your English-speaking supervisor is common; confirm this works or request English-speaking engineer (adds cost, often $200-300/day).

Initial Spare Parts And Consumables Package

Order with the machine, not after breakdown. Minimum package:

Request part numbers that cross-reference to standard component brands (NSK bearings, SKF seals, Festo pneumatics). A builder using proprietary part numbers with no cross-reference is hiding something or planning captive aftermarket revenue.

Confirm consumable availability in your country: hydraulic oil ISO VG 46, way oil ISO VG 68, and water-miscible coolant concentrate. If local supply is uncertain, ship a six-month supply with the machine.

Supplier Qualification Checklist

Use this to distinguish a builder from a trading office before placing deposit.

1. Own foundry or verified casting source: Request foundry name and location; HT300 certificate if specified. Trading offices cannot produce this.
2. Assembly floor with scraping records: Ask for photos of guideway scraping with blue-check patterns and contact points per 25 mm × 25 mm (typically 8-12 points for CNC, 6-8 for conventional). Request specific scraping technician names.
3. Laser interferometer and ball bar equipment: Ask for model (Renishaw XL-80, QC20-W) and last calibration certificate. Request sample report from recent machine of your model.
4. Factory acceptance test protocol in writing: FAT document should list test items, acceptance criteria, and instruments used. Vague “we will test” language indicates no formal process.
5. Documented geometric accuracy report: Per ISO 13041 or national equivalent. Report should show actual measured values, not just “pass/fail.”
6. Payment structure: 30/70 standard. Demands for 50/50 or 100 percent advance suggest cash flow problems or trading office structure.
7. After-sales engineering: Name and contact of technician who serviced machines in your country in last 24 months. Not “we have agents”—specific names and recent service dates.
8. Electrical schematic in your language: Available before deposit or only after full payment? Before indicates professional export practice.
9. Control parameter backup on USB: Included with documentation or extra charge? Should be standard.
10. Spare parts local stock or 72-hour delivery commitment: Written confirmation, not verbal assurance.

A builder who answers all ten with specifics within two business days is likely genuine. A trading office will delay, deflect, or provide generic marketing materials.

Frequently Asked Questions About CNC Lathe Machine

Minimum Order And Control System Options

Q: What is your minimum order quantity and which CNC controls do you offer?
MOQ is one machine. We fit FANUC 0i-TF Plus, Siemens 828D, Mitsubishi M80, GSK 980TDb, KND K2000TFi, or Syntec 22TA. Fanuc and Siemens carry roughly 15-25% premium over GSK or KND. All HMI screens support English, Spanish, Russian, and Arabic; FANUC and Siemens additionally offer German and French. Parameter manuals and ladder diagrams ship with Siemens and Fanuc orders; GSK and KND provide English operation manuals only.

Q: Can you customize supply voltage and frequency for our local power grid?
Standard build is 380V 50Hz three-phase. We reconfigure spindle motor, coolant pump, and control transformer for 220V 60Hz (common in North America and parts of Southeast Asia) or 415V 50Hz at no extra cost if specified at order. A 380V-to-220V step-down transformer rated at 25-40 kVA runs roughly USD 800-1,200 if your shop needs one later. We label the machine nameplate to match your declared voltage.

Lead Time And Payment Structure

Q: What is typical lead time and what payment terms do you require?
Standard slant bed CNC lathe with A2-6 spindle, 8-inch hydraulic chuck, and GSK control: 25-30 days after deposit. Fanuc or Siemens configurations add 10-15 days for controller import and PLC alignment. Payment is 30% T/T deposit, 70% T/T before shipment against copy of B/L; L/C at sight accepted for orders above USD 50,000 but adds roughly 3% bank charges. No OA terms for first-time buyers.

Factory Verification And Acceptance Testing

Q: How do we verify you are the actual manufacturer, not a trading office?
Our HT250 and HT300 castings come from a partnered foundry 12 km from our assembly plant in Tengzhou, Shandong; we hold the tooling and perform roughing in-house. The scraping floor employs eight technicians hand-scraping box way contact points to 12-16 points per 25×25 mm. We own a Renishaw XL-80 laser interferometer and QC20-W ball bar; geometric accuracy reports and positioning data (typically ±0.005 mm positioning, ±0.003 mm repeatability on 500 mm X-axis travel) are available for review before shipment. We welcome video factory tours or third-party inspection by SGS/BV at buyer cost.

Q: Is factory acceptance test included, and what accuracy documentation do we receive?
Every machine undergoes FAT before crating. We provide a documented geometric accuracy report covering: spindle runout (internal taper test bar, 0.005 mm at 300 mm from spindle nose), X/Z axis positioning and repeatability (laser interferometer, ISO 230-2), and actual cutting test on 45# steel (roundness 0.01 mm, surface roughness Ra 1.6). Ball bar circularity test results (typically 0.015 mm on 150 mm radius at 1000 mm/min) are included for linear guide machines. Reports are in English; third-party notarization available for USD 400.

Shipping Logistics And Installation

Q: What shipping method, container type, and transit time apply?
A CK6140 slant bed lathe (net weight 3,200 kg, floor space 2,800 x 1,650 mm) ships in a 40-foot high-cube container; two units fit if chucks and tailstocks are detached and crated separately. Larger machines (CK6185, 6,500 kg) require flat-rack or open-top container. FOB Qingdao to Jebel Ali: 18-22 days; to Mombasa: 25-30 days; to Santos: 35-40 days; to Hamburg: 28-32 days. CIF quotes include basic marine insurance; crane or forklift with 5-ton capacity minimum required at your dock for unloading.

Q: Do you send engineers for installation and operator training?
One technician travels for 5-7 working days at buyer expense (round-trip airfare, local hotel, USD 120 daily allowance). Scope includes: machine levelling on foundation bolts (epoxy grout recommended for 6,000 kg+ machines), spindle alignment check, hydraulic and pneumatic connection, control parameter verification, and operator training on programming, tool offset, and maintenance. Training covers G-code and conversational cycles for the specific control ordered. Remote diagnosis via TeamViewer or WeChat video is free for the warranty period.

Warranty Spare Parts And Operating Costs

Q: What warranty, spare parts availability, and consumables cost should we budget?
Warranty is 12 months from B/L date on all components except consumables. Critical spares—spindle bearings (NSK or SKF depending on spec), ball screw support bearings, servo motor encoder cables, and hydraulic seals—ship by air within 72 hours of confirmed payment. Annual consumables budget: hydraulic oil (46# anti-wear, 60 liters) at USD 90; chuck grease and way oil at USD 150; coolant concentrate at USD 200 for average usage. We maintain FANUC, Siemens, GSK, and KND servo drive stock in our warehouse; proprietary parts like turret index cams are machined in-house with 10-day turnaround.

Q: Can you supply CE documentation for customs clearance in our country?
CE machinery directive 2006/42/EC compliance documentation—including risk assessment, technical file, EC declaration of conformity, and EN ISO 12100 safety analysis—is prepared and notarized for EU-bound machines. For non-EU destinations requiring CE for import formality (Egypt, Algeria, some Gulf states), we provide the same documentation package. The CE certificate is machine-serial-specific, not a generic factory certificate. Allow 5 working days after FAT completion for documentation finalization; originals travel with the shipping documents.

Important Notice

Sourcing CNC Lathe Machine from RUNNEWTECH

If you are evaluating a China CNC lathe manufacturer for a direct machine purchase, the gap between a trading office and a real builder determines whether your machine arrives with documented accuracy or with excuses. Trading companies quote aggressively because they carry no scraping floor, no foundry relationship, and no engineer to fly out when the turret indexes 0.05 mm off. A qualified builder should show you laser interferometer records for positioning accuracy (typically ±0.005 mm full travel) and ball bar circularity tests, not generic CE stickers.

What RUNNEWTECH Builds and Tests

Runlongjia Machinery, founded in 2010, operates with more than 15 years of manufacturing and export experience. The factory sources castings in HT250 or HT300 grades, stress relieves them, machines beds and heads in-house, and finishes critical surfaces by hand scraping. Every flat bed and slant bed CNC lathe undergoes run-in before packing: spindle at rated rpm for thermal stabilization, turret index repeatability checked, and geometric alignment verified against factory acceptance test criteria. You receive the laser interferometer report and ball bar record with the machine, not on request weeks later.

Specification Flexibility and Export Readiness

RUNNEWTECH machines ship with control systems selected for your market and operator base: FANUC 0i-TF Plus, Siemens 828D, Mitsubishi M80, GSK 980TC3, KND K2000TF, or Syntec 22TA. Spindle configurations include A2-5, A2-6, and A2-8 tapers with 5.5 kW to 15 kW spindle power and speeds to 3500 rpm. Chuck sizes from 160 mm to 315 mm, maximum turning diameters from 360 mm to 800 mm, and turning lengths from 500 mm to 3000 mm cover job shop through production volumes. Rapid traverse reaches 20 m/min to 30 m/min on linear roller guideway models; hardened box way versions trade speed for heavier interrupted cuts.

Voltage adaptation is standard: 380V 50Hz, 220V 60Hz, or step-down transformer supplied where grid conditions differ. Machines pack in plywood cases with VCI rust protection, quoted FOB Qingdao or CIF to your destination port. Container loading respects 20′ FCL and 40′ FCL weight distribution limits; a typical 500 mm swing slant bed lathe with chip conveyor runs 4500 kg net, 5200 kg gross.

After-Sales Engineering Capacity

Installation guidance, operator training material, remote commissioning support, and spare parts stocking distinguish RUNNEWTECH from brokers who disappear post-shipment. The engineering team has handled slant bed lathe commissioning in Southeast Asia, the Middle East, Africa, South America, and Eastern Europe. Spare turret stations, spindle bearings, and control system components ship from factory stock, not third-party dropship.

Send your workpiece material, maximum part diameter and length, required tolerance band, target control system, and destination port to receive a quotation within 24 hours via email or the runnewtech.com contact form.