Yes. This used 2024 Tsugami B0205-V Swiss-type lathe is available in China under stock number 812570, with clear specifications for buyer inspection and technical evaluation. A buyer can check the Fanuc Oi-TF Plus control, 20 mm maximum machining diameter, 210 mm guide bushing length, and spindle speed range on-site before making a decision. What supports an immediate inspection decision?The main buying advantage here is that this is not a vague listing. The machine has clear identification and defined operating data. It is a Tsugami B0205-V, made in Japan, located in China, and listed under stock number 812570. For buyers comparing several sliding headstock lathes, that is enough information to move from search to inspection planning. Brand:  TsugamiModel:  B0205-VMachine type:  Swiss-type latheOrigin:  JapanYear:  2024Control system:  Fanuc Oi-TF PlusStock number:  812570Max machining diameter:  20 mmMachining length with guide bushing:  210 mmMain spindle speed:  200-10,000 rpmSub-spindle speed:  200-12,000 rpmMain/sub-spindle motor power:  2.2 / 3.7 kWMachine size:  2015 x 1175 x 1730 mmDuring inspection, the buyer can quickly confirm whether the published specifications match the actual machine on the floor. That helps speed up the purchase process by reducing uncertainty around process suitability, installation planning, and whether the machine meets the required part size and spindle performance. Related QuestionsIs the Used Tsugami B0205-V in Dongguan Ready to Inspect?Yes. It is listed in China under stock number 812570 and includes enough machine data for a buyer to arrange an informed inspection. What should I verify first on this Tsugami B0205-V?Confirm the model, stock number, Fanuc Oi-TF Plus control, spindle speed ranges, and the 20 mm maximum machining diameter. Is this B0205-V suitable if I run parts for several industries?Yes. Its Swiss-type design and 20 mm capacity make it suitable for automotive, aerospace, mold making, medical device, and electronics applications. Does the listed specification help with installation planning?Yes. The listed machine size of 2015 x 1175 x 1730 mm gives buyers a direct reference for floor space and layout planning. Can inspection facts strengthen negotiation on this machine?Yes. Verifying the listed control, spindle ranges, capacity, and location helps the buyer negotiate based on confirmed machine fit and condition.

Yes. This used Brother S700Z2N tapping center is listed under stock number 812566 in China, with the 2022 build year and key working specifications already provided, so buyers can move straight to inspection planning instead of first requesting basic machine details. For buyers comparing compact, high-speed machining options, it is ready for serious evaluation as an in-stock machine. What listing details show the Brother S700Z2N is inspection-ready? A machine is easier to inspect when the listing already covers the first questions a buyer will ask. In this case, the main commercial and technical details are available: brand, model, stock number, year, origin, location, and core configuration. This machine is a Brother S700Z2N made in Japan, built in 2022, and located in China under stock number 812566. That gives buyers enough detail to move from online review to arranging an on-site inspection or video inspection. Brand:  Brother Model:  S700Z2N Machine Type:  Tapping Center Stock Number:  812566 Year:  2022 Origin:  Japan Travel:  700 x 400 x 300 mm Table Size:  800 x 400 mm Spindle Speed:  10000 rpm Spindle Taper:  BT30 Tool Capacity:  14 tools Rapid Traverse:  50 x 50 x 56 m/min Machine Weight:  2450 kg These details matter because inspection readiness is not only about whether a machine is in stock. It also depends on whether the seller has provided enough information for the buyer to judge suitability, prepare technical questions, and decide whether the machine is worth a site visit, remote run-off, or formal negotiation. How does the S700Z2N fit real production use before you commit? The Brother S700Z2N is the type of compact vertical tapping center buyers often shortlist when they need one machine that can cover a range of jobs rather than a very narrow single-part application. With 700 x 400 x 300 mm travel, an 800 x 400 mm table, a BT30 spindle, 10,000 rpm spindle speed, and a 14-tool magazine, it suits small to medium precision work where fast cycle times and simple tool changes matter more than heavy cutting on large parts. That makes it a practical option for mixed production environments such as automotive brackets and housings, aerospace aluminum components, mold electrodes and plate work, medical device parts, and electronics fixtures or precision plates. The appeal is not just general marketing language; it comes from the machine's balanced size, compact footprint, and speed-oriented configuration. Buyers looking for a versatile machine can assess it as a flexible shop-floor asset rather than only a dedicated tapping unit. The rapid traverse rates of 50 x 50 x 56 m/min also indicate a machine set up for efficient movement between operations, which is important when cycle time affects the buying decision. For buyers, that means the inspection should focus on whether the machine still performs consistently in the short-run or repeat-batch work common across multiple industries. What should a buyer verify during inspection or negotiation? Since the listing already confirms the machine identity and base specifications, the next step is not asking broad introductory questions. It is verifying actual performance against your own parts and process requirements. For this Brother S700Z2N, the most useful inspection points tie directly to the published specifications. Confirm that the full three-axis travel is available and usable for your actual work envelope. Check whether the 800 x 400 mm table matches your fixture size and part loading method. Run the spindle through its speed range up to 10,000 rpm and listen for unusual vibration or noise. Inspect the BT30 tool interface condition and test the 14-tool magazine for stable indexing and tool change action. Review machine movement at the listed rapid traverse rates to judge response, smoothness, and repeatability. Use the machine dimensions and 2450 kg weight to confirm delivery access, rigging, and installation planning. From a negotiation standpoint, this gives buyers a stronger position than starting from an incomplete listing. Because the key specifications and location are already stated, discussions can stay focused on inspection results, process suitability, and logistics. That usually supports faster decision-making, especially for buyers who need a compact machining solution with flexibility across industries. Related Questions Is the Used Brother S700Z2N available for inspection? Yes. It is listed as stock number 812566 in China, with the year, origin, and core operating specifications already provided for buyer review. Is this Brother S700Z2N currently identifiable as in-stock equipment? Yes. The stock number and physical location show that it is being offered as a specific machine, not a general model listing. Is the Brother S700Z2N suitable for different industries? Yes. Its BT30 spindle, compact table, and fast traverse rates make it relevant for automotive, aerospace, mold making, medical device, and electronics work. What delivery factors should be checked before purchase? Confirm transport and installation planning based on the listed machine size of 2497 x 2050 x 2223 mm and machine weight of 2450 kg.

Yes. This used Gleason-Pfauter P 1600/2000 S gear grinding machine is already identifiable in stock, so a buyer can move directly to inspection planning. The listing also provides the key technical facts needed to judge fit before a visit: Siemens Sinumerik 840D control, 2000 mm maximum gear diameter, 700 mm maximum gear width, and a 2-25 mm module range. How the specifications help decide whether to inspect now The listed capacities make this machine relevant to buyers who need one machine for many applications rather than a narrowly specialized unit. With a maximum gear diameter of 2000 mm, maximum gear width of 700 mm, and a module range of 2-25 mm, the P 1600/2000 S sits in a size class that can support a wide span of production and regrinding work. That matters in real buying decisions. Automotive suppliers may evaluate it for larger drivetrain gear work. Aerospace manufacturers may look at it for demanding gear geometries and controlled finishing processes. Mold making operations can consider it when internal capability expansion includes precision gear components. Medical device and electronics manufacturers may not need the full size envelope every day, but they often value flexible CNC equipment that can support varied precision programs across product lines and subcontract work. In that sense, this is a classic versatile all-rounder: one machine, many applications. Because the technical envelope is already stated, a buyer does not need to start with broad discovery. The immediate question becomes narrower and more useful: does the actual machine condition match the listed platform and capacity? That is exactly the point at which an inspection becomes worthwhile. What to confirm on site before negotiation or delivery planning A serious inspection should focus on facts that affect buying value quickly. First, confirm the Siemens Sinumerik 840D control status, including startup behavior, screen condition, and whether machine parameters and operational menus are accessible. Second, verify that the machine matches the stated capacity figures so there is no mismatch between listing and application. Third, inspect the overall machine scale against your plant constraints, because this unit has a listed weight of 35,000 kg and requires installation space of 6900 x 8400 x 3700 mm. Those last two figures are especially important if your purchase decision depends on transport or relocation cost. A machine of this size may be technically suitable but operationally inefficient if your facility cannot receive it easily. By contrast, if your site and lifting plan already support this footprint and mass, the listing gives enough information to move from interest to inspection without delay. In practical terms, this machine is ready to inspect when your team needs a large-format CNC gear grinding platform with broad application potential and you want to validate condition before discussing final deal terms. Related Questions Is the Gleason-Pfauter P 1600/2000 S ready to inspect? Yes. It is identified by stock number 812569, and accompanied by the core specifications a buyer needs for inspection planning. Is this Gleason-Pfauter P 1600/2000 S currently identifiable in stock? Yes. The listing provides stock number 812569 and confirms the machine location in the Czech Republic. What can a buyer verify during inspection of this machine? The buyer can verify the Siemens Sinumerik 840D control, the 2000 mm maximum gear diameter, the 700 mm maximum gear width, and the machine's overall installation requirements. Is the P 1600/2000 S a fit for mixed-industry production? Yes. Its module range of 2-25 mm and large work capacity make it relevant for automotive, aerospace, mold making, medical device, and electronics-related applications.

Yes. This used FANUC ROBOSHOT S-2000i100B is listed as a current machine with stock number 812568 in China, and the listing provides enough concrete details for a serious buyer to move to inspection planning. It is a 2013 Japan-made electric injection molding machine with a FANUC Series 310iS - Model A control, 100-ton clamping force, 330 mm/s injection speed, 26 mm screw diameter, and 460 mm lower mold length. What confirms this machine is inquiry-ready for a buyer? The listing gives the key identifiers a buyer normally needs before requesting a live inspection: brand, model, year, origin, stock number, and physical location. In this case, the machine is identified as a FANUC ROBOSHOT S-2000i100B, stock number 812568, made in Japan, located in China, and built in 2013. That combination matters because it reduces ambiguity when a purchasing team compares multiple used injection molding machines from different traders or plants. The technical outline also supports a faster qualification step. The control is specified as FANUC Series 310iS - Model A, which is relevant for buyers who want consistency with existing FANUC-based molding operations. The 100-ton clamping force places the machine in a practical range for precision molded parts, while the 26 mm screw diameter and 330 mm/s injection speed give buyers an early indication of its fit for small to medium molded components and cycle-sensitive jobs. Stock Number  812568 Brand  FANUC Model  ROBOSHOT S-2000i100B Year  2013 Origin  Japan Control  FANUC Series 310iS - Model A Clamping Force  100 tons Injection Speed  330 mm/s Screw Diameter  26 mm Lower Mold Length  460 mm What the listing does not confirm is the actual inspection format, current powered status, tooling setup, or test-shot availability. So the right buying conclusion is not that every readiness step is already verified, but that the machine is documented well enough to justify contacting the seller for an inspection appointment and evidence review. Is the FANUC ROBOSHOT S-2000i100B broad enough for mixed production needs? For buyers who want one machine that can cover many applications, this ROBOSHOT model sits in a useful middle ground. A 100-ton electric injection molding platform can be considered for precision plastic work across automotive, aerospace, mold making, medical devices, and electronics, especially where stable control and repeatable small-part molding are important. That does not guarantee fit for every mold, but it does make the machine relevant to several production environments rather than a single narrow process. The 26 mm screw diameter points toward finer-shot applications rather than very large molded volumes, which may suit connectors, housings, technical inserts, compact functional parts, and prototype-to-batch runs. The listed 330 mm/s injection speed also matters for buyers comparing responsiveness in thin-wall or precision-focused molding scenarios. If your operation handles varied jobs from electronic components one week to medical or automotive plastic parts the next, this is the type of machine worth screening because it supports the "one machine, many applications" logic that many used-equipment buyers want. The lower mold length of 460 mm is another practical filter for a purchase decision. Buyers can quickly compare that dimension against their current mold base needs before spending time on travel or remote review. In other words, this listing is especially useful for a procurement team trying to decide whether the machine deserves the next step now, not months later. Related Questions Is this FANUC ROBOSHOT S-2000i100B in stock and inspectable? Yes. It is listed with stock number 812568 in China, with model, year, origin, control, and core molding specifications already identified for buyer review. Where is the used FANUC ROBOSHOT S-2000i100B located? The machine is listed in China, which gives buyers a defined inspection and delivery starting point. What key specs are available before inspection? The listing includes 100-ton clamping force, 330 mm/s injection speed, 26 mm screw diameter, 460 mm lower mold length, and a FANUC Series 310iS - Model A control. Is this ROBOSHOT model suitable for varied production work? It can be considered for broad precision molding use across automotive, aerospace, mold making, medical devices, and electronics, depending on your mold and part requirements. What should a buyer ask before making an offer? Confirm powered inspection status, control demonstration, current site location, and whether the machine's clamp, screw, and mold-size limits match your intended jobs.

Yes. This Mikron HEM 700U 5-axis machining center is presented with a clear stock number, known site location in China, and a defined technical configuration, so it is a practical candidate for buyer inspection and shortlist evaluation. For a purchaser comparing versatile 5-axis machines, the listing gives enough concrete data to decide whether an on-site check is worth scheduling. What Makes This HEM 700U Inspection-Ready for a Buyer? Inspection readiness starts with traceable identity and enough published information to prepare a useful visit. Here, the stock number is 812573, the brand is Mikron, the model is HEM 700U, and the machine is located in China. That means a buyer is not looking at a vague 5-axis listing; you can align your team around one known machine and build a proper inspection checklist before travel. The control system is identified as Heidenhain iTNC 530, which is important because many aerospace, mold, and precision component shops already know how to assess that platform. A buyer can arrive ready to verify axis feedback behavior, rotary positioning, tool change logic, and basic program handling rather than spending the first half of the inspection identifying the control package. The core motion envelope is also fully stated: X/Y/Z travel of 700 x 600 x 500 mm, B-axis tilt from -65 degrees to +110 degrees, and C-axis with continuous 360-degree rotation. Those details let a buyer decide in advance whether the machine can physically support target work such as angled housings, impellers, mold cavities, orthopedic parts, or multi-face electronic components. Is the Mikron HEM 700U Broad Enough for Mixed Production Work? Yes, and that is one of the strongest reasons to inspect it. This is the kind of machine buyers consider when they want one machine for many applications rather than a narrow single-part solution. The 5-axis linked machining capability, 12,000 rpm built-in motor spindle, and 630 x 630 mm table support a wide spread of jobs across automotive, aerospace, mold making, medical devices, and electronics. For automotive work, the machine can suit multi-side machining of fixture plates, transmission-related parts, or prototype aluminum components where angle access matters. In aerospace, the B- and C-axis movement makes it relevant for complex prismatic parts, brackets, and light-alloy structural details that benefit from fewer setups. In mold making, the 5-axis format supports cavity access and tool approach flexibility, especially where compound angles reduce manual repositioning. Medical device and electronics buyers may also find the platform attractive because the travel range is balanced rather than oversized, and the spindle speed and control combination fit precision milling scenarios. The listed tool interface options—ISO 40, HSK-A63, BT40, and CAT40—also give buyers a useful negotiation point: they should confirm the exact spindle taper installed, because that affects tool inventory compatibility and changeover cost after purchase. What Should a Buyer Verify On Site Before Negotiating? A serious inspection should focus on the specs that most directly affect production fit and post-purchase integration. First, verify simultaneous 5-axis operation, not just indexed movement. Since the listing states 5-axis linkage, buyers should request a live demonstration with coordinated B- and C-axis motion under the Heidenhain control. That helps confirm whether the machine matches true multi-surface machining needs. Second, check the pallet system details. The machine is listed with a 30-position pallet system and notes that different pallet system configurations are possible. That can be valuable for shops planning unattended throughput, mixed-part scheduling, or future automation, but the exact configuration on the floor should be confirmed during inspection. Third, inspect the robot interface if automation matters to your line plan; the listing says robot interface support is available, so buyers should verify physical interface condition and integration scope. Finally, review rapid traverse at 30 m/min, spindle response, table condition, and overall travel smoothness across the 700 x 600 x 500 mm envelope. These checks help determine whether the machine is a good candidate for negotiation now or whether additional proof is needed. In short, the listing already justifies inspection because it provides enough factual structure for a real purchase decision, not just general interest. Related Questions Is This Mikron HEM 700U in China available for inspection? Yes. The listing includes a stock number, exact model, location in China, control system, and key 5-axis specifications, which is enough to justify arranging an inspection. Can I assess production fit before visiting this Mikron HEM 700U? Yes. The published travels, spindle speed, 5-axis movement, table size, and control type allow a buyer to pre-screen the machine for target parts and industries. What is the most important thing to verify during inspection? Confirm true 5-axis linked machining in operation, then verify the installed tool interface, pallet system configuration, and robot interface status. Is this HEM 700U suitable for more than one type of industry? Yes. Its 5-axis format supports varied work in automotive, aerospace, mold making, medical devices, and electronics.

Yes. This used Makino EDGE2 EDM appears ready for buyer inspection because the listing already provides a stock number, exact location in China, origin, model, year, and working dimensions. That gives a serious buyer enough concrete information to compare fit, arrange a visit, and decide whether the machine is worth immediate review for production or tooling work. What makes this EDGE2 easy to evaluate quickly? For buyers who do not want to waste time on incomplete listings, this machine gives several practical checkpoints upfront. It is identified as stock number 812574, branded Makino, model EDGE2, made in Japan, and located in China. It is also listed as a 2012 machine. That combination helps a purchasing team move directly into fit evaluation instead of first asking basic identification questions. Stock Number  812574 Brand / Model  Makino EDGE2 Origin  Japan Year  2012 Rapid Traverse  5000 mm/min From a buying decision standpoint, that matters because inspection readiness is not only about whether a machine exists in stock, but whether the listing contains enough detail to justify internal approval for the next step. Here, it does. A buyer can already match the machine to expected workpiece size, setup space, and process type before arranging travel or requesting more media. Do the specifications support a practical purchase decision? Yes, especially if your shop handles small to medium EDM jobs across multiple industries. The listed three-axis travel is 300 x 250 x 350 mm, the tank size is 660 x 457 x 305 mm, and the table size is 500 x 350 mm. Those numbers give a clear starting point for deciding whether your current fixtures, electrodes, and part sizes fit without forcing a speculative inquiry. This is where the Makino EDGE2 works as a versatile all-rounder rather than a machine tied to one narrow program. A shop serving automotive components may use it for repeat cavity or insert work. Aerospace suppliers may consider it for precise smaller geometry. Mold making shops can review it for core and cavity operations. Medical device and electronics manufacturers may also see value if their parts fall within the stated travel and table limits. In other words, one machine can cover many applications as long as your required envelope fits inside the published dimensions. The note that there is no tool magazine is also useful, not negative by itself. It simply tells the buyer to judge the machine on the actual workflow intended. If your operation depends on unattended electrode changes, that is a key inspection question. If your work is shorter-run, setup-driven, or manually managed, the simpler configuration may still fit well. What should a buyer check on site before negotiating? An on-site inspection should focus on the exact facts already listed. First, verify full axis movement across the stated 300 x 250 x 350 mm travel. Second, inspect the 660 x 457 x 305 mm working tank and the 500 x 350 mm table for condition, wear, and suitability for your normal fixtures. Third, confirm the current machine configuration since the listing states there is no tool magazine. Fourth, review how the 5000 mm/min rapid traverse fits your expected setup and movement requirements. Because the machine is already located in China, local and regional buyers can often move faster from shortlist to inspection. That can strengthen negotiation because you are evaluating a specific in-stock unit, not a generic model description. The strongest purchase question here is not whether the EDGE2 is broadly usable; the listed specs already show that it can fit automotive, aerospace, mold making, medical devices, and electronics work. The real question is whether this particular machine's envelope, configuration, and location align with your parts and your timeline. Based on the listing detail, it is ready for that decision stage now. Related Questions Can buyers verify this Makino EDGE2 quickly before making an offer? Yes. The listing includes stock number 812574, China location, model, origin, year, and working dimensions, which is enough to begin a serious inspection process. What jobs fit this used Makino EDGE2 EDM best? It fits small to medium EDM work where a 300 x 250 x 350 mm travel and 500 x 350 mm table meet the part and fixture requirements. Does the machine suit one industry only? No. Its size and configuration can suit automotive, aerospace, mold making, medical devices, and electronics when the application stays within the listed envelope. What is the key inspection point before negotiating? The key point is confirming that the actual travel, tank, table, and no-tool-magazine setup match your production method and job mix.

The WELE CV-1060 is a proven 3-axis vertical machining center out of Taiwan, engineered around linear guideways and a rigid BT40 spindle. This used 2021 unit (stock# 812460) is equipped with the advanced FANUC Oi‑MF Plus CNC, delivers 1000 × 600 × 600 mm of travel, runs a 12,000 rpm spindle, and carries a 24-tool automatic changer. With approximately 7,000+ power-on hours logged, the machine offers a strong balance of late-model control capability, broad application reach, and immediate availability — well-suited to automotive, mold making, medical device, electronics, and aerospace work. The machine sits in China and can be powered up for inspection today. Stock Status and Value Proposition Stock number 812460 is a 2021 WELE CV‑1060 held in China, ready for immediate inspection and shipment. The logged 7,000+ power-on hours represent moderate use for a linear-guideway VMC — a fraction of the design life expected from a Taiwanese-built machining center. In practical terms, this means the machine retains the majority of its precision service life while offering a meaningful cost advantage over a new WELE or equivalent VMC with a comparable work envelope and spindle speed. For a factory or job shop looking to add capacity without facing a six-month lead time, this unit removes the wait and lowers the initial capital outlay. The pairing of a current-generation FANUC Oi‑MF Plus control, BT40 taper, and 24-tool ATC means it can run production-ready programs straight from existing CAM systems with no retrofitting required. The fact that it is under power and available for test cuts during inspection reduces the typical unknowns that come with buying used machinery. Key Specifications and Production Readiness X/Y/Z Travel  1000 × 600 × 600 mm Spindle Taper  BT40 Spindle Speed  12,000 rpm Tool Magazine  24 tools (ATC) Guideway Type  Linear (all axes) CNC Control  FANUC Oi‑MF Plus Running Hours  7,000+ Year of Manufacture  2021 The 1000 mm X‑axis stroke comfortably handles medium-size mold bases, automotive brackets, multi-part fixtures, or several smaller components machined in a single cycle. Paired with 600 mm in Y and Z, the work cube supports a broad range of prismatic part sizes without pushing into stroke limits prematurely. The 12,000 rpm BT40 spindle is a proven performer for high-speed profile milling, drilling, and finishing across aluminum, mild steel, and even harder materials when paired with suitable tooling. The 24-station ATC cuts down on operator intervention during complex jobs that mix multiple tool types — from roughing end mills to fine boring heads. Linear guideways on all three axes provide rapid traverse rates and low-friction motion, which suits high-cycle production environments and applications where fast contouring is essential (e.g., electronics housings, medical implants, multi-cavity molds). The FANUC Oi‑MF Plus control brings modern look-ahead capability, stable high-speed machining functions, and straightforward integration with industry-standard G-code programs. From a production-readiness standpoint, the machine can be powered, evaluated, and even tested with sample cuts during an inspection visit — giving buyers direct insight into its current condition and performance. Frequently Asked Questions Is this used WELE CV‑1060 currently in stock?  Yes, stock number 812460 is in stock and available now. The machine is located in China, and can be visited for inspection on short notice. What is the machine's running time and general condition? The FANUC control logs just over 7,000 power‑on hours. The machine is a 2021 model, still under power, and can be test-cut during inspection. Externally it appears well maintained, with linear guideways and covers intact. Can I inspect the machine under power before purchase? Absolutely. The machine is connected and can be demonstrated. You can perform your own checks — spindle run‑out, tool changer cycles, backlash measurements — and even run a test part to verify performance before making a decision. What industrial applications does the CV‑1060 handle best? This VMC is highly versatile. It fits automotive component machining, aerospace tooling and aluminum parts, mold bases and inserts, medical device components, and electronics housings. Its linear guideway design and 12,000 rpm spindle make it particularly strong in high-speed, multi-cavity applications where fast cycle times matter. Does the linear guideway configuration affect tool life or part accuracy? Linear guideways reduce friction and allow higher rapid speeds, which benefits profiling and light-to-medium cutting. For most general machining and high-speed finishing work, accuracy is excellent. The BT40 spindle still offers rigidity for steel cutting within typical depth-of-cut ranges. If your shop mainly runs heavy roughing in hard materials, a box-way machine might be preferable, but for balanced multi-material work the linear ways are a strong advantage. How do I inquire about this specific stock machine? Use the contact form or inquiry channel associated with stock# 812460. Reference model CV‑1060 and the stock number when inquiring to receive the fastest technical details and inspection scheduling information.

The Used WIA F500 Vertical Machining Center is a 3‑axis VMC built by Hyundai WIA, equipped with a Fanuc i Series CNC, BT40 spindle, 24‑tool ATC, and travels of 1060 × 530 × 636 mm. This 2018 machine (stock number 812456) is available for inspection in China, offering production teams a flexible workhorse suited to automotive, mold & die, medical, aerospace, and electronics work — without the lead time of new equipment. Stock Status and buying value This particular F500, 2018 vintage, carries the inventory number 812456 and is physically on-site in China — not a speculative listing. It is available now and can be powered up, jogged, and run under power with your test material. For any buyer who needs to bridge a capacity gap or replace an older machine without waiting 12 weeks, that immediate availability turns the purchase into a tactical production decision rather than just an asset acquisition. Because this machine entered the used market after a reasonable service life, it retains the core engineering strengths of Hyundai WIA's F‑series: heavily ribbed cast iron construction, proven axis drives, and a Fanuc control ecosystem that spares and service engineers know well. The result is a lower-risk path to putting a capable VMC on your floor quickly. Key Specifications and Production Readiness Numbers alone don't make parts — matching numbers to real-world jobs does. Below are the critical specifications and what they deliver on the shop floor. X / Y / Z Axis Travel  1060 × 530 × 636 mm The long X‑axis stroke accommodates longer parts, multiple vises in a row, or multi-setup tombstone work. Z-axis clearance suits taller workpieces and drill/tap operations with generous tool projection. Table Size  1200 × 500 mm Ample clamping area for fixtures, rotary tables, or direct part mounting. The table easily handles automotive housings, mold plates, or a grid of smaller medical components. Spindle Speed & Taper  8000 rpm / BT40 BT40 is the industry workhorse: rigid enough for face mills, yet quick enough for moderate-speed aluminum and plastic. The 8000 rpm envelope covers the majority of general machining tasks without specialty tooling. Tool Magazine  24 positions Enough capacity for typical job-shop mixes — roughing, finishing, drilling, tapping, chamfering — so you're not constantly swapping tools between part families. CNC Control  Fanuc i Series Fanuc's i Series control brings shop-friendly programming, USB/Ethernet connectivity, and a broad support network. Operators already familiar with any Fanuc environment will be productive from day one. Taken together, these specifications define a machine that isn't pinned to a single narrow niche. It's the kind of vertical machining center that adapts as your contract mix shifts — from steel brackets to aluminum heat sinks to mold core roughing — without calling for a different machine tool. Industries and Applications That Fit This Machine The WIA F500 excels where workpieces vary and lot sizes change. Because its work envelope and tool interface sit in such a universal middle ground, it suits an unusually broad range of production environments: Automotive Tier‑1/2: engine brackets, sensor housings, transmission mounts, and prototype aluminum components. The 1060 mm X‑travel handles long parts common in EV and traditional driveline work. Mold & Die: mold base plates, core/cavity pre‑machining, and electrode holders. Rigid BT40 milling tackles pre‑hardened steels typical of injection mold tooling. Medical Devices: surgical instrument bodies, orthopedic implant trays, and diagnostic equipment components in stainless steel or titanium. The Fanuc control's precise axis interpolation holds tight feature tolerances. Aerospace: structural brackets, connector housings, and secondary operations on 5‑axis pre‑forms. The table and travels let you fixture complex aerospace parts efficiently. Electronics & General Industry: aluminum heat sinks, machine enclosures, and automation components. High-speed peel milling in aluminum is well within the spindle's capability. This "one machine, many applications" flexibility is what keeps an F500 busy even when one sector slows down. A production manager can route unexpected jobs to it without re‑engineering the shop layout. Frequently Asked Questions Is this used WIA F500 in stock and available now? Yes. The 2018 F500 (stock #812456) is currently in our facility and available for immediate inspection. Contact us to confirm current status and schedule a visit. Can I inspect the machine before purchase? Absolutely. We strongly encourage on‑site evaluation. You can run a test program, check spindle runout, verify axis travels, and review the Fanuc control history. We'll power up the machine so you can assess it under dynamic conditions. What types of production work fit the F500 best? The F500 is a versatile 3‑axis VMC suited for automotive components, mold & die inserts, medical device parts, aerospace brackets, and electronics housings. Its generous X‑travel and BT40 spindle handle both steel and aluminum efficiently, making it a true all‑rounder. What should I check during an on‑site inspection? Focus on spindle runout and BT40 taper condition, axis backlash, ball screw/way cover condition, coolant system operation, and the Fanuc i Series alarm history. A test cut on your own material is highly recommended to verify geometric accuracy and surface finish. How does this used F500 compare to a new entry‑level VMC? You gain a rigid, full‑size machining envelope, Fanuc i Series control, and immediate delivery without the lead time or initial depreciation of a new machine. This 2018 model still delivers modern specifications and can quickly expand throughput at a compelling cost-efficiency point. Will my existing BT40 tooling fit this machine? Yes. The BT40 spindle taper is an international standard. Your current tool holders, collets, and probes will work without modification. The 24‑tool magazine supports a broad mix of tools for typical job-shop or production runs.

The Makino V22 is a benchmark high-speed vertical machining center for micro-machining and precision mold work. This Japanese-built 2016 unit, equipped with a 40,000 rpm HSK-E32 spindle and Professional 5 control, is in stock at our facility and available for immediate inspection. With travels of 320 × 280 × 300 mm and a 15-tool magazine, it's a strong fit for shops producing electrodes, mold cavities, medical implants, aerospace micro-components, and intricate electronic parts. If you're looking to cut lead times on high-precision work or add spindle-speed capability to an existing cell, this machine warrants a close look. Stock Status and buying value This Makino V22 is listed under stock number 812457 and is physically located at our facility. Manufactured in 2016 in Japan, it has been kept in production-ready condition. Unlike a new machine order with its extended lead time, this used V22 can be inspected, tested, and moved into your shop on a much shorter timeline — a tangible advantage when a critical project or capacity gap calls for immediate high-speed capability. The value proposition is straightforward: you acquire a proven 40,000-rpm platform at a fraction of new machine cost, without sacrificing the core attributes that built the V22's reputation — thermal stability, fine surface finish capability, and a control environment tuned for 3D contouring. For any toolroom or production cell that depends on short cycle times for small, complex parts, having this machine in stock eliminates the uncertainty of waiting months for a new build. Key Specifications and Production Readiness Each specification below is paired with an explanation of how it directly affects part quality, tooling choices, and daily throughput. Spindle – 40,000 rpm, HSK-E32 interfaceThis is the core of the V22. A 40,000-rpm spindle with HSK-E32 tooling lets small cutters (down to Ø0.1 mm and below) run at their optimal surface speeds. The HSK-E32 taper delivers repeatable axial and radial positioning — critical for micro-tools and mirror-surface finishing. On the shop floor, this translates to less bench polishing on mold cavities and more consistent electrode geometry batch to batch. Travels – X: 320 mm, Y: 280 mm, Z: 300 mm — These compact strokes are by design. The machine is built for small, highly precise workpieces rather than large plates. Typical part envelopes include graphite or copper electrodes measuring 80 × 60 mm, medical bone plates, and micro-optical housings. The short travels contribute directly to rigidity and faster axis response during 3D contouring. Table size – 450 × 350 mm — Sufficient for multiple setups on a single fixture plate. Many users mount a pallet or tombstone-style fixture to hold several electrode blanks or small mold inserts, maximizing spindle uptime during lights-out runs. CNC system – Makino Professional 5 — This control is purpose-built for high-speed look-ahead and nano-smoothing functions. It processes complex NURBS-based toolpaths efficiently, maintaining high feed rates while holding contour accuracy. For a shop moving from conventional 3-axis work into fine micro-milling, Professional 5 significantly reduces the programming burden on complex surfaces. Tool magazine – 15 tools — Sized for high-mix, low-volume production and electrode manufacturing, where each job typically uses a small set of dedicated cutters. It isn't a mass-production tool changer, but it aligns with the machine's mission: precision over heavy material removal. Frequently Asked Questions Is this used Makino V22 currently in stock and available for inspection? Yes. The machine is physically present at our facility and can be inspected under power. We encourage buyers to schedule a visit and personally evaluate spindle condition, control responsiveness, and geometric accuracy. What types of parts can this machine realistically produce in my shop? The full range covers fine graphite and copper electrodes, mold inserts, medical implants, watch components, micro-aerospace parts, and electronic connector tooling. Its 40,000-rpm HSK-E32 spindle is engineered for small, precise workpieces — not heavy roughing. How do I know if the V22's spindle is still in good condition? During inspection, check runout at several RPM points, monitor warm-up vibration, and examine the taper for wear. A test cut on a representative cavity or electrode will confirm whether surface finish and accuracy meet your requirements. Can this machine handle lights-out or unattended production? With its 15-tool magazine and stable thermal design, the V22 is commonly used in lights-out electrode and small-mold production when paired with reliable tool-setting probes and proper dust extraction. The Professional 5 control supports unattended machining routines, but tool life and chip evacuation must be validated for your specific part. What information do you need to provide a quotation? Simply share your delivery destination and any preferred rigging specifications. We'll return a quote covering the machine's current condition, inspection report highlights, and shipment options from Kunshan. No obligation — just a straightforward commercial offer with the technical details and terms you need.

The DAHLIH MV-1020A vertical machining center – built in 2023 and equipped with a Fanuc 0i-MF Plus control – pairs a rigid box-way frame with a BT50 gear-driven spindle. With axis travels of 1020 × 510 × 510 mm and a 6000 rpm spindle, this machine is well suited to heavy milling, mold work, and mixed-material batch production. Stock number 812452 is located in China and open for immediate under-power inspection. For a shop seeking a nearly new, versatile VMC capable of cutting everything from steel automotive brackets to aluminium aerospace housings – without the factory lead time – this unit is worth a close look. Key Specifications and Shop-Floor Impact The MV-1020A's design directly affects part envelope, metal removal rates, and tooling flexibility. The core specs and what they mean in practice are summarised below. X / Y / Z Travel 1020 × 510 × 510 mm Spindle Taper & Drive BT50, gear head Spindle Speed 6000 rpm Guideway Type Three-axis box ways (hard rail) CNC Control Fanuc 0i-MF Plus Chip Management Internal + external screw-type conveyors Travel envelope and workpiece capacity The 1020 mm X-axis stroke accommodates longer parts such as mould bases, fixture plates, and structural automotive components. With 510 mm in Y and Z, the machine handles medium-sized dies, multi-cavity moulds, and fixture plates loaded in batches – without the re-clamping that can compromise positional accuracy. BT50 gear-driven spindle The geared head supplies strong torque at low revs – exactly what's needed for face milling steel, deep-hole drilling in cast iron, or heavy roughing during mould pre-machining. BT50 tooling adds stiffness and improves surface finish compared to lighter BT40 spindles. Because the spindle runs through a mechanical gearbox, there is no torque drop-off at low speed, making this machine particularly capable in stainless steel, alloy steel, and titanium. Box-way construction Three-axis box ways outclass linear roller guides in vibration damping and load-bearing capacity. The result is stable cutting through interrupted cuts, extended tool life, and better finishes on deep-cavity mould work. Shops that need to hold tight tolerances across heavy, sustained cuts will see the benefit of the damping inherent in a box-way machine. Fanuc 0i-MF Plus control and auxiliary systems The Fanuc 0i-MF Plus brings high-speed look-ahead, nano smoothing, and straightforward integration with probing. Together with the included oil cooler and hydraulic power unit, the machine stays thermally stable over long cycles. The twin chip conveyors cut down on manual clean-out and support lights-out runs in both aluminium and steel production. Frequently Asked Questions Is the DAHLIH MV-1020A still in stock and available? Yes – stock number 812452 is currently located in China and available for inspection. It has not been sold. Early enquiry is recommended, as low-hour BT50 box-way machines are in steady demand. Can I see the machine run before making a decision? Absolutely. An under-power inspection can be set up at its China location. You are welcome to bring your own cutting test or observe a standard warm-up and spindle-load programme to confirm condition. What type of production work suits the MV-1020A best? It is a strong fit for mould shops, automotive tier suppliers, aerospace component manufacturers, medical device machining, and general job shops that need reliable heavy stock removal on medium-sized parts. Box-way rigidity and the BT50 gear spindle make it ideal for steel, stainless, and cast iron, while it remains productive in aluminium with suitable tooling. What tooling system does the machine use, and will my existing BT50 holders work? The spindle accepts standard BT50 holders with a pull stud matched to the machine's clamping mechanism. Most BT50 holders from mainstream brands (Kennametal, Sandvik, Big Kaiser, etc.) are compatible. If you are coming from another BT50 machine, your existing holders will likely transfer straight across. How soon can the machine be shipped and put into production? Shipping time depends on the final destination and freight schedule. Once the purchase is confirmed, logistics can be arranged within days. Because the machine is in stock and fully configured, the main timeline driver is transport – typically putting it into production within 2–3 weeks of closing. Does the machine come with a warranty or service plan? This is a used machine sold as-is. A detailed inspection report can be shared prior to commitment. Many buyers choose to have their own technician verify condition during the under-power check, which is strongly advised.

At a glance: The AWEA A+1200 is a vertical machining center with a 1200 × 600 × 600 mm work envelope, driven by a FANUC 21i-MB CNC control and a 15 kW BT40 spindle turning at up to 6000 rpm. It carries a 24-tool ATC and sits on a 1300 × 600 mm table. This unit — stock number 812458 — is in stock and available for inspection. For procurement managers and production engineers evaluating a cost-effective, broadly capable 3-axis machining platform, the A+1200 represents a practical acquisition with immediate availability — no extended lead times, no speculative deposits. Stock Status and Value Proposition Among Taiwan-built vertical machining centers on the used market, YAW has built a reputation for straightforward, serviceable machines that hold mechanical integrity well into their second decade. The A+1200 model was designed as a workhorse platform — not a specialty machine, but a versatile all-rounder capable of shifting from mold base roughing to aerospace bracket finishing without fundamental setup changes. This unit dates from 2012 and is located in China, making it readily accessible for inspection by buyers in the Pearl River Delta manufacturing corridor. The stock number 812458 confirms its availability as a single identifiable unit — not a generic listing for a machine that may or may not be on the floor. For factories that need to close a capacity gap quickly, the value proposition is straightforward: a known machine, a known location, and a control (FANUC 21i-MB) that thousands of programmers and maintenance technicians already work with. The buying value of a used A+1200 rests on three pillars: immediate availability versus the 8-to-16-week lead times common on new VMC orders in this class; proven mechanical architecture with widely available spare parts and service expertise; and broad process compatibility that lets one machine cover multiple production roles — reducing reliance on dedicated single-purpose equipment. Key Specifications and What They Mean for Production Specifications on a used machining center are not abstract numbers — they define what parts fit, what tools can run, and how throughput requirements flows across shifts. Below are the core parameters of the AWEA A+1200 and what they translate to in day-to-day production decisions. AXIS TRAVELS (MM) 1200 × 600 × 600 TABLE SIZE (MM) 1300 × 600 SPINDLE SPEED 6000 rpm SPINDLE MOTOR POWER 15 kW SPINDLE TAPER BT40 ATC MAGAZINE CAPACITY 24 Tools SPINDLE NOSE-TO-TABLE (MM) 125–725 CNC CONTROL SYSTEM FANUC 21i-MB Work Envelope and Table Capacity The 1200 mm X-axis travel is the defining feature of the A+1200. In practice, this lets a shop machine long components — fixture plates, mold bases, linear guide mounting surfaces, or multiple smaller parts in a single setup — without repositioning. The 600 mm Y-axis delivers enough depth for medium-format mold cavities and multi-vise setups, while the 600 mm Z-axis accommodates taller workpieces and longer tool assemblies. The table itself measures 1300 × 600 mm, providing ample clamping area for vises, modular fixturing, or direct part mounting. Spindle, Taper, and Cutting Capability The BT40 spindle taper is one of the most widely adopted toolholding interfaces in the industry. Tooling availability is not a concern — BT40 holders, collet chucks, face mills, and boring heads are stocked by virtually every industrial tooling supplier. The 6000 rpm maximum speed and 15 kW motor position this machine firmly in the general machining category: it handles face milling in steel, drilling up to moderate diameters, tapping with rigid tapping cycles, and light-to-medium roughing in aluminum and cast iron. It is not a high-speed profiling machine, but for the majority of job shop and batch production work, this spindle configuration is entirely appropriate. Tool Magazine and throughput requirements A 24-tool magazine on this class of machine supports multi-operation jobs without operator intervention for tool changes. For a typical production setup — say, a part requiring face milling, rough end milling, drilling, tapping, and chamfering — 24 stations cover the required tools with room for backup or sister tooling. The spindle nose-to-table distance range of 125 to 725 mm provides flexibility when switching between short rigid tools and longer-reach tools for deep cavity work. Control System: FANUC 21i-MB The FANUC 21i-MB control is a known quantity across the global machining community. Service technicians are familiar with it; CAM post-processors support it; and spare components — from keyboard membranes to servo drives — remain accessible through multiple channels. For a used machine buyer, this reduces the risk of control-system obsolescence that can affect machines running proprietary or discontinued CNCs. Frequently Asked Questions Is the AWEA A+1200 vertical machining center currently in stock? Yes. This used AWEA A+1200 VMC is in stock and available for inspection at its current location. The stock number is 812458. Buyers can arrange a physical inspection or request additional documentation before making a purchase decision. What condition is this used AWEA A+1200 in, and can I inspect it before purchase? This machine is a 2012 unit with FANUC 21i-MB control. Inspection is encouraged. Key checks include spindle runout, axis backlash, way surface condition, tool changer cycling, and control system boot-up diagnostics. Contact us to schedule an on-site inspection. What types of production work is the AWEA A+1200 best suited for? With 1200×600mm travels, BT40 taper, and a 24-tool magazine, the A+1200 suits general machining, mold base work, jig and fixture plates, automotive component prototyping, aerospace bracket machining, medical device housings, and electronics enclosure milling. It is a versatile 3-axis VMC for job shops and batch production environments. What control system does this AWEA A+1200 use and is support still available? This machine runs on a FANUC 21i-MB CNC control. FANUC 21i-MB is a widely supported system with ample service knowledge, spare parts availability, and familiar programming interfaces across the global machining industry. How quickly can this machine be prepared for shipment? Once the purchase decision is confirmed, the machine can be prepared for shipment promptly. The exact timeline depends on any agreed-upon pre-shipment checks, crating requirements, and logistics arrangements. Inquire now to discuss your specific timeline.

The Okamoto ACC350II is a compact precision surface grinder that has earned a strong reputation in toolrooms and small-part production environments. This 2016 Japanese-built unit — stock number 812461 — is located in China and available for immediate inspection. With a magnetic chuck size of 350×150 mm, a maximum wheel speed of 40 m/s, and wheel capacity up to 205 mm outer diameter, it's aimed at shops that require accurate flatness, fine finishes, and the flexibility to handle parts ranging from automotive inserts to medical device components. If your operation needs a single grinder that reliably tackles diverse workpieces, this machine warrants serious consideration. Stock Status and buying value This Okamoto ACC350II is in stock and available for inspection in China. As a pre-owned 2016 model, it strikes an attractive balance between modern precision and capital savings. There's no long lead time or factory order queue — the unit can be evaluated, purchased, and shipped quickly. For procurement managers who need to plug a production gap without waiting months for a new machine, immediate availability is a clear advantage. Stock number 812461 identifies this exact machine, and all specifications below correspond to this individual unit. Buyers can inspect the grinder under power (subject to prior arrangement) to confirm condition before committing. This level of transparency reduces commercial risk and lets production engineers assess whether the ACC350II fits their process from day one. Key Specifications and Production Readiness The ACC350II's configuration is straightforward but critical for quality surface grinding. Below are the main technical parameters, put into a production context: Magnetic chuck  350 × 150 mm Max wheel OD  205 mm Max wheel width  25 mm Wheel bore  31.75 mm Max peripheral speed  40 m/s Country of origin  Japan Year  2016 Magnetic chuck 350×150 mm – This defines the direct workholding area. Parts up to approximately 350 mm in length and 150 mm in width can be ground in a single clamping. In practice, this accommodates mould inserts, die plates, shims, bearing spacers, and small fixture plates. For many small- to medium-sized precision components, this envelope hits the sweet spot: large enough for typical toolroom work yet compact enough to fit limited floor space. Grinding wheel capabilities – The machine takes wheels with an outer diameter up to 205 mm, a maximum width of 25 mm, and a standard 31.75 mm bore. The 25 mm wide wheel is ideal for producing clean, flat surfaces on narrow faces, shoulders, and pockets. The 40 m/s peripheral speed allows effective use of modern ceramic and CBN wheels, delivering consistent surface finishes even in hardened materials. This combination lets the ACC350II switch between roughing and finishing with a simple wheel change. Japan-built, 2016 – Japanese origin signals the characteristic Okamoto attention to spindle and guideway quality. A 2016 machine is still relatively recent in the used market; assuming reasonable maintenance, it can deliver many years of precision grinding before any major overhaul is needed. Frequently Asked Questions Is this used Okamoto ACC350II surface grinder available for inspection right now? Yes. The machine is in China and can be inspected by appointment. We encourage buyers to verify condition in person before finalising a purchase. What type of parts can the Okamoto ACC350II surface grinder handle? It's designed for small precision flat parts — mould inserts, die plates, shims, medical components, electronic connector tooling, aerospace pads, and many toolroom workpieces. The 350×150 mm chuck accommodates a wide variety. Does the machine come with a grinding wheel? Typically, used surface grinders are sold without wheels unless otherwise agreed. Please enquire about the current tooling status for stock #812461. What does the 40 m/s peripheral speed mean for my production? A 40 m/s wheel speed supports modern high-performance wheels, delivering better surface finishes and efficient stock removal. It also gives you flexibility to use different abrasive types for various materials. Can this machine grind hardened tool steel and stainless steel? Yes. With the appropriate wheel, the ACC350II handles hardened tool steels, stainless alloys, and titanium — the materials commonly found in mould making and medical device work. What should I check before buying a used Okamoto surface grinder? Focus on spindle runout, magnetic chuck flatness, table travel smoothness, wheel flange condition, and any coolant system leaks. Our Inspection Points Before Purchase section above details these checks. Why choose a 2016 Okamoto ACC350II instead of a new machine? A 2016 unit retains the well-regarded Japanese build quality at a fraction of new cost, with immediate availability. It's a pragmatic choice for shops that want precision without a capital-intensive new machine purchase. Can this machine be shipped internationally? Yes, shipment can be arranged to most destinations. The machine is currently in China. We can provide a freight quote and estimated transit time based on your location.