Parameters Specifications Brand / Model Hexagon - GLOBAL CLASSIC SR 7.10.07 Stock Number 810376 Origin Sweden Measuring Range (X*Y*Z) 700 * 1000 * 700 mm Software PC-DMIS CAD++ 1. Machine Overview: Excellence in Metrology The Hexagon GLOBAL CLASSIC SR 7.10.07 stands as a benchmark in the world of high-accuracy metrology. Engineered in Sweden, a nation synonymous with precision engineering, this Coordinate Measuring Machine (CMM) is designed to provide uncompromising reliability for industrial quality control. The GLOBAL CLASSIC SR bridge-style design offers the perfect balance between throughput and accuracy. With a generous measuring envelope of 700 x 1000 x 700 mm, it caters to a wide spectrum of parts, from compact automotive components to medium-sized aerospace structures. As a secondary market offering, this machine retains its structural integrity and precision, providing a heavy-duty industrial solution for factories looking to upgrade their metrology capabilities without the lead times of new equipment. 2. Technical Deep Dive: Integration of Renishaw and PC-DMIS The true power of this GLOBAL CLASSIC SR lies in its sophisticated hardware-software integration. At the heart of its probing system is the Renishaw PH10MQ motorized indexing head. Unlike standard heads, the PH10MQ is an internally mounted version that increases the effective Z-axis measuring range. It allows for 720 repeatable positions, enabling the probe to orient itself to complex part features with extreme repeatability. This is paired with the HP-S-X1C scanning probe and the SP25-1 module, enabling the machine to perform full automatic scanning. Instead of taking single points, the SP25 system glides across the surface, capturing thousands of data points per second. This high-density data is critical for evaluating form errors like cylindricity, flatness, and profile of a surface. The software suite, PC-DMIS CAD++, is the industry standard for CAD-based inspection. It allows engineers to import complex 3D models (IGES, STEP, etc.) and perform direct comparisons between the physical part and the design intent. The CAD++ version specifically unlocks advanced scanning algorithms and thin-walled part inspection capabilities, making it indispensable for modern manufacturing workflows. The combination of Swedish mechanical stability and Renishaw’s world-class sensor technology ensures that the GLOBAL CLASSIC SR remains a top-tier performer in any high-stakes production environment. 3. Industrial Applications: Versatility Across Sectors In the Automotive sector, the 7.10.07 is frequently utilized for inspecting powertrain components. Its ability to handle a 1-meter length in the Y-axis makes it ideal for cylinder heads and gearbox housings. The 90-degree probe seat configuration allows for the inspection of lateral bores and internal features that are inaccessible to standard vertical probes. In the Aerospace and Defense industry, where tolerances are measured in microns, the SP25-1 scanning module provides the necessary resolution for turbine blade edge analysis and hydraulic manifold verification. Furthermore, for Medical Device manufacturing, the machine’s high-speed scanning capability ensures that orthopedic implants with complex organic geometries meet strict regulatory standards for surface finish and dimensional accuracy. The "Full Auto Scan" feature significantly reduces operator error, ensuring that measurement results are consistent across different shifts and operators. 4. Maintenance, Calibration, and Reliability This specific unit (Stock No. 810376) has been maintained under strict industrial protocols. The use of all-aluminum bridge components and advanced thermal compensation ensures that the machine remains stable despite minor ambient temperature fluctuations. Regular maintenance cycles included the inspection of the high-precision air bearings and the cleaning of the stainless-steel scales to ensure frictionless movement and accurate positioning. The PC-DMIS software environment has been kept updated, ensuring compatibility with modern computing hardware. For a pre-owned machine, these maintenance factors are the primary indicators of longevity, promising the new owner years of service with minimal downtime. 5. Value Proposition: A Strategic Investment Investing in a used Hexagon GLOBAL CLASSIC SR 7.10.07 offers a unique strategic advantage. It provides the same precision and software power as the latest models but at a fraction of the cost. The inclusion of the PC-DMIS CAD++ license and the Renishaw PH10MQ/SP25-1 kit represents a significant value, as these components alone are substantial investments. For Tier 1 and Tier 2 suppliers, this machine offers the ability to meet the stringent quality reporting requirements of OEMs immediately. It is not just a tool; it is a certification of quality that enhances the competitive position of the manufacturing facility. 6. Frequently Asked Questions (FAQ) Q1: What is the benefit of the PH10MQ over the PH10T?A1: The PH10MQ is an "internal" mount motorized head. It fits inside the Z-axis quill, which saves valuable vertical measurement space and provides a more rigid mounting for high-speed scanning probes like the HP-S-X1C. Q2: Can this machine handle heavy workpieces?A2: Yes, the granite worktable is designed to support substantial weights. Given its 1000mm Y-axis, it can easily accommodate heavy engine blocks or large die-cast molds within its load specifications. Q3: Does the PC-DMIS CAD++ software support reverse engineering?A3: Absolutely. The CAD++ version includes advanced tools for capturing cloud data through scanning, which can then be exported to CAD software for surface reconstruction and reverse engineering tasks. Q4: What air quality is required for the air bearings?A4: Like all high-end CMMs, it requires clean, dry, and oil-free compressed air. We recommend a dedicated air dryer and a multi-stage filtration system to protect the precision air bearings. Q5: What is the role of the 90° probe seat?A5: The 90° probe seat allows the probe to be mounted horizontally. This is essential for measuring features on the sides of a part or reaching into horizontal recesses that a vertical configuration cannot access.

In the competitive landscape of contract manufacturing, the Taikan T-V856 Vertical Machining Center has carved out a reputation for being an "efficiency workhorse." This machine is not just equipment; it is a strategic investment for facilities looking to maximize throughput without overextending their budget. With its high-speed spindle and versatile envelope, the Used Taikan T-V856 is built to handle the rigorous demands of modern production. 12,000 RPM High-Speed Precision Speed is the cornerstone of profitability. The T-V856 is equipped with a 12,000 rpm BT40 spindle, delivering the high surface speeds necessary for fine finishing in aluminum, brass, and composite materials. This high-response spindle unit ensures minimal thermal growth and vibration, maintaining tight tolerances even during extended high-speed operations. The "Golden" Processing Envelope Featuring a 1000 * 500 mm table and an 800mm X-axis travel, the Taikan T-V856 offers a spacious work area that fits the majority of industrial parts. Its rigid box-type structure provides excellent dampening characteristics, ensuring dynamic stability when machining complex geometries at high feed rates. Despite its generous capacity, the machine maintains a compact footprint, optimizing your shop floor space. Reliable Tool Management & Power Equipped with a 24-station arm-type ATC, the T-V856 minimizes chip-to-chip time, keeping the machine cutting rather than waiting. Powered by a robust 7.5-15kw motor, it provides the torque required for aggressive material removal when needed, making it a truly versatile machine for both finishing and roughing applications. Key Features Technical Specifications X/Y/Z Travel 800 * 550 * 600 mm Table Dimension 1000 * 500 mm Spindle Speed / Taper 12,000 rpm / BT40 Main Motor Power 7.5 - 15 kw ATC Capacity 24 Stations (Arm-Type) Dimensions 2240 * 3100 * 2900 mm   Why Choose the T-V856? Moderate Travel: X/Y/Z-axis travel typically measures 800/500/560 mm (or similar specifications), ideal for machining medium-sized plates and box components. Stable Structure: Features a gantry-style column structure or monolithic bed casting for excellent vibration resistance, ensuring no chatter when machining large-allowance materials. High Cost-Effectiveness: As a leading domestic brand, Taikun offers precision and speed comparable to German and Japanese brands while meeting most industrial requirements at a more competitive price point. It is highly suitable for small-to-medium machining shops or as supplemental capacity for large enterprises.    Core Application Industries Mold Manufacturing IndustryApplications: Suitable for cavity, core, and electrode machining in plastic molds, die-casting molds, and hardware molds.Advantages: The T-V856 typically features a high-rigidity spindle and precision linear guides/hard rails, capable of withstanding heavy cutting while ensuring the high precision (positioning accuracy typically within ±0.005mm) and excellent surface finish required for molds. 3C Electronics & Communications IndustryApplications: Metal phone frames (mid-frames), laptop structural components, tablet housings, 5G base station filter enclosures, connectors, etc.Advantages: For machining lightweight metals like aluminum alloys, its high-speed spindle (typically standard at 10,000/12,000 RPM, optional 15,000 RPM) enables high-speed cutting with superior surface finish and exceptional efficiency. Automotive Components IndustryApplications: Engine cylinder heads, transmission housings, crankcases, brake calipers, automotive molds, new energy vehicle battery tray brackets, etc.Advantages: The machine's monolithic cast iron structure provides excellent rigidity, making it ideal for heavy-duty milling and drilling/tapping operations on materials like cast iron and cast aluminum. Medical Devices & AerospaceApplications: Medical device components (e.g., surgical instruments, implant accessories), aerospace aluminum alloy structural parts, small precision valve bodies.Advantages: High machining stability ensures consistent processing of complex surfaces and micro-hole positions.

Massive 800-Ton Tonnage for Heavy Gauges The AIDA NC1-800-1 delivers a substantial 800 tons (8000 kN) of force, making it the ideal candidate for thick plate stamping in the automotive and aerospace industries. Its robust frame is engineered to minimize elastic deformation under maximum load, ensuring that your tooling maintains alignment for thousands of cycles with minimal wear. Dynamic Performance & 80 SPM Speed Despite its heavy-duty rating, the NC1-800-1 offers high-speed productivity with a continuous stroke of 80 spm. Equipped with an 80mm stroke length, this unit provides the rapid cycle times required for high-volume production lines without sacrificing the precision of the bottom dead center (BDC). Japanese Precision & Hydraulic Protection Safety and durability are integrated into the core design. Featuring AIDA’s advanced hydraulic overload protection, the machine is shielded against accidental tonnage spikes, protecting both the press and your expensive dies. The machine's lubrication and electrical systems have been thoroughly inspected to meet international standards for secondary equipment. Key Features Technical Specifications Brand / Origin AIDA / Japan Nominal Capacity 800 Tons Stroke Length 80 mm Speed (Continuous) 80 spm Slide / Bolster Area 80 mm * 80 mm (Contact for details) Die Height / Adjustment 80 mm / 80 mm

Robust Architecture & Dynamic Accuracy The foundation of the Leadwell V50i lies in its high-rigidity Mehanite cast iron structure, ensuring maximum thermal stability and vibration dampening during heavy-duty operations. With a generous 1260mm X-axis travel and high-speed linear guides on all three axes, this machine delivers rapid acceleration and deceleration without compromising positioning accuracy, making it ideal for the most demanding tolerances. High-Performance Spindle & Rapid Tool Change Equipped with a powerful BT40 spindle running at 8000rpm, the V50i offers the perfect synergy between torque for roughing and precision for finishing. The 24-station arm-type Automatic Tool Changer (ATC) facilitates lightning-fast tool swaps, significantly reducing non-productive time and boosting overall spindle utilization rates. Intelligent Control & Advanced Chip Disposal At its core, the FANUC Oi-MF control system provides a sophisticated yet intuitive interface, allowing operators to execute complex 3D machining paths with ease. To maintain continuous operation, the machine is fitted with a dual-screw chip conveyor system, efficiently managing large volumes of metal waste and maintaining an optimal thermal environment inside the cabinet. Technical Specification Value Control System FANUC Oi-MF X/Y/Z Travel 1260 x 635 x 610 mm Spindle Taper & Speed BT40 / 8000 rpm ATC Capacity 24 Tools (Arm-Type) Chip Disposal Dual-Screw Chip Conveyor

In the global machining community, YCM (Yeong Chin Machinery) stands for "Quality without Compromise." We are delighted to announce the arrival of the YCM NDV102A, a flagship Vertical Machining Center designed specifically for high-precision mold making and complex component manufacturing. This machine combines extreme speed with the legendary durability that YCM is known for. Advanced BBT40 Spindle Technology The YCM NDV102A features a BBT40 (Big-Plus) dual-contact spindle, capable of reaching 12,000 rpm. This dual-face contact system provides significantly higher radial and axial rigidity compared to standard BT40 tapers, drastically reducing tool deflection and surface chatter. It is the perfect setup for achieving mirror-like surface finishes on intricate mold cavities. Japanese THK Linear Guides & Dynamic Stability Reliability is built into every axis. Equipped with premium Japanese THK linear guides, the machine offers rapid, precise motion control across its 1020 * 600 * 600 mm travel. The high-response linear motion system ensures dynamic accuracy during high-feed cutting, making it ideal for the aerospace and automotive industries where tight tolerances are mandatory. FANUC 18i-MB Intelligence & Large Tool Capacity Powered by the industry-standard FANUC 18i-MB control system, operators can leverage advanced look-ahead algorithms for smoother path execution. With a 30-station arm-type ATC, the NDV102A handles complex, multi-tool setups effortlessly, minimizing downtime and maximizing the productivity of your shop floor. Key Features Technical Specifications Control Unit FANUC 18i-MB X/Y/Z Travel 1020 * 600 * 600 mm Table Dimension 1120 * 650 mm Spindle / Speed BBT40 / 12,000 rpm Guideway Type Japanese THK Linear Guides ATC Capacity 30 Stations (Arm-Type)

The pursuit of zero-defect production in the plastic industry ends with the used Toyo TM180G2. This Japanese-made, all-electric injection molding machine represents the pinnacle of energy efficiency and high-speed precision. Designed for manufacturers who refuse to compromise on quality, the TM180G2 is ideally suited for the electronics, medical, and precision packaging industries. Superior Servo-Drive Control The TM180G2 utilizes an advanced all-electric drive system that eliminates the variability of hydraulic systems. With its 46mm screw diameter, it delivers consistent melt quality and highly accurate injection repeatability. This technology ensures shorter cycle times and significantly lower reject rates for complex and thin-walled components. Versatile Clamping & Spacious Design Featuring a generous 510x510 mm tie-bar spacing and a clamping stroke of 470mm, the TM180G2 provides the flexibility to house a wide range of mold designs. The mold thickness range of 200mm to 500mm allows for diverse application scenarios, while the high-rigidity platen design ensures uniform pressure distribution across the entire mold face. Sustainability and Intelligence As part of the G2 generation, this machine is engineered for minimum power consumption. The power regeneration technology captures energy during deceleration and feeds it back into the system, reducing operational costs. Its intuitive control interface offers real-time monitoring of injection pressure and speed, empowering operators to optimize processes with ease. Technical Parameters Specifications Manufacturer Toyo Machinery & Metal (Japan) Model / Type TM180G2 / All-Electric Screw Diameter 46 mm Tie-Bar Spacing 510 * 510 mm Mold Thickness 200 - 500 mm Clamping Stroke 470 mm

In the world of precision metrology, Mitutoyo stands as a symbol of Japanese excellence. The PJ-A3000 series is one of the most reliable and robust profile projectors ever engineered, making it the top choice for workshops requiring high-accuracy 2D measurement and contour analysis. 1. EXPERT SPOTLIGHT: Why the PJ-A3000? Exceptional Optical Clarity: Features a massive Φ315mm effective screen with sharp, 90° solid cross-hairs, ensuring minimal distortion even at 100X magnification. Integrated Digital Protractor: The built-in digital angle display with ABS/INC modes allows operators to measure complex angles with zero-reset convenience. Precision You Can Trust: With a transmission accuracy of less than ±0.1%, this instrument provides laboratory-grade results on the production floor. 2. TECHNICAL SPECIFICATIONS Stock No. 810091 Brand / Origin Mitutoyo / Japan Screen Diameter Φ315 mm Rotation Range ±360° (Digital Display) Resolution (Angle) 1′ or 0.01° (Switchable) Magnification Lens 10X, 20X, 50X, 100X (Bayonet Mount) Transmission Accuracy Under ±0.1% Reflection Accuracy Under ±0.15% Min. Resolution 0.001 mm 3. PROFESSIONAL APPRAISAL This pre-owned Mitutoyo PJ-A3000 remains in excellent optical condition. For quality control rooms demanding 0.001mm resolution, this machine offers an ideal alternative to high-priced new equipment. Its ±360° rotation capability and 1' angular reading accuracy cover almost all inspection scenarios, from electronic components to high-precision hardware.

1. TECHNICAL SPECIFICATIONS   Stock Number 810096 Brand Litz (Taiwan, China) Model CV1000 CNC Control System Mitsubishi M70 (High-Speed & High-Stability) Travel (X / Y / Z) 1000 mm × 560 mm × 540 mm Spindle Speed 8,000 RPM Guideway Type 3-Axis Linear Guide Ways Tool Changer ATC Optional / Standard Configuration   2. KEY PERFORMANCE ADVANTAGES   Superior Control Reliability: Equipped with the industry-standard Mitsubishi M70 CNC system, this machine offers exceptional processing speed and stability. It is renowned for its smooth trajectory control and excellent surface finish quality, making it ideal for both precision parts and complex mold manufacturing. High-Speed Linear Motion: The Lichi CV1000 features precision linear guideways on all three axes. Compared to traditional box ways, linear guides offer lower friction coefficients and faster rapid traverse rates, ensuring long-term positioning accuracy and high productivity in mass production environments. Rigid Taiwanese Engineering: As a premier brand from Taiwan, Lichi machines are built for durability and rigidity. The CV1000’s structure is optimized through FEA (Finite Element Analysis) to maintain minimal vibration even at a full 8,000 RPM spindle speed, ensuring consistent part quality over long shifts.   3. TARGET APPLICATIONS   This VMC is perfectly suited for Medium-sized Mold Bases, Automotive Components, Medical Device Parts, and Precision Engineering. With its 1000mm X-axis travel, it accommodates a wide variety of workpieces. As a high-performance used machine, it allows workshops to rapidly expand capacity with significant cost savings compared to purchasing new equipment.   GET A QUOTE:Interested in this Lichi CV1000 (Stock No. 810096)? Contact our sales team today for detailed pricing, machine inspection reports, and operational videos.

1. TECHNICAL SPECIFICATIONS   CNC Control System FANUC 18i-MB (Highly Stable & Industry Standard) Travel (X / Y / Z) 3100 mm × 2200 mm × 1000 mm Spindle Taper BT50 / Gear-Head Drive Spindle Speed 6,000 RPM (High Torque Output) Table Size 3000 mm × 2100 mm Gantry Dimensions Width: 2300 mm | Height Clearance: 1500 mm Guideway Configuration Hybrid: Two Linear + One Box Way (Speed Meets Rigidity)   2. KEY PERFORMANCE ADVANTAGES   Massive Machining Envelope: With a 2.3m gantry width and 3.1m longitudinal travel, this machine easily accommodates large automotive mold bases, wind power components, and heavy industrial frames. Powerful Gear-Driven Spindle: The BT50 gear-head delivers immense torque at low RPMs. Whether you are roughing heavy castings or deep-cutting high-strength steel, this spindle ensures stable performance without vibrations. Optimized Guideway Layout: The "Two Linear, One Box Way" configuration provides the perfect balance. Linear ways on X/Y axes ensure rapid response for the massive gantry, while the Z-axis box way provides the extreme rigidity required for vertical heavy cutting.   3. TARGET APPLICATIONS   This VMC is ideally suited for **Automotive Body Molds, Construction Machinery Parts, Shipbuilding Components, and Large-scale Die Casting Molds**. It offers a high-performance alternative to new machinery, allowing for rapid capacity expansion with significant cost savings.

1. The Hartford Advantage: Built for Longevity Hartford (Taiwan) is world-renowned for its "Overbuilt" philosophy. This CNC-1682 model features a massive 10.2-ton body, providing the structural damping required for aggressive material removal while maintaining sub-micron repeatability. Choosing a pre-owned Hartford ensures world-class performance with an exceptional return on investment (ROI).   2. Technical Specifications CNC Control System FANUC Oi-MD (Reliable & Global Support) Travel (X / Y / Z) 1600 mm × 800 mm × 650 mm Spindle Taper BT50 Gear-Head Drive Spindle Speed 6,000 RPM (Equipped with Oil Chiller) Guideway Type High-Rigidity Box Ways (Hard Rails) Table Size 1750 mm × 820 mm Machine Weight 10,257 kg   3. Key Engineering Highlights Heavy-Duty Gear-Head: Unlike standard belt-drive spindles, the **BT50 gear-head** provides massive torque at low RPMs, making it perfect for heavy roughing of steel and cast iron. Box Way Design: The X/Y/Z axes utilize wide-surface box ways, offering superior vibration absorption and surface finish quality compared to linear rail machines. Thermal Management: An integrated Oil Chiller regulates spindle temperature, preventing thermal drift and ensuring part accuracy during long-run production cycles.   4. Ideal Applications This VMC is perfectly suited for **Large Injection Molds, Engine Blocks, Industrial Baseplates, and Aerospace Structural Parts**. It offers a "stable and powerful" alternative to new machinery at a significantly lower capital expenditure.

Large Stroke · High Rigidity · Four-Axis Extension · First Choice for Heavy Cutting In today's machining industry, where demands for efficiency, stability, and return on investment are constantly increasing, a mature and well-configured used large machining center is often an ideal choice for companies to quickly increase production capacity and reduce investment costs.We recommend the Used KAFO VMC-21100 vertical machining center, which is large in size, highly rigid, and fully configured, making it particularly suitable for machining medium to large parts and complex workpieces. I. Why Choose This Used KAFO VMC-21100? The usd KAFO VMC-21100 belongs to the heavy-duty vertical machining center series. Its overall structural design focuses on high rigidity and high stability, making it suitable for long-term continuous machining conditions. The machine tool adopts a large-size worktable and an ultra-long three-axis stroke design, which can meet the needs of large structural parts to complete multiple machining operations in a single clamping, effectively reducing clamping errors and improving overall machining accuracy. This machine is equipped with a BT50 gearbox spindle, providing ample spindle torque suitable for heavy-duty cutting of steel, cast iron, and stainless steel, maintaining stable cutting even under heavy loads.Combined with a 24-tool magazine and a mature and reliable mechanical structure, the machine balances efficiency and reliability in actual production. Furthermore, this machine features a Tanjia T500 fourth axis, along with an ejector pin and tailstock, expanding its capabilities beyond vertical machining to include multi-faceted machining and the processing of long shaft parts, thus broadening its application range. II. Machine Tool Machining Capabilities 1️⃣ Large Parts Machining Capability Worktable Dimensions: 2400 × 1000 mm Three-Axis Travel: 2150 × 1000 × 790 mm The extra-large travel design allows the machine tool to easily handle: Large box-shaped parts Engineering machinery structural components Mold base plates and mold frames Integrated machining of welded parts and castings Multiple processes such as plane milling, side machining, grooving, drilling, tapping, and chamfering can be completed in one operation. 2️⃣ Heavy Cutting and Stability Performance Compared to belt-driven spindles, the BT50 gear spindle offers higher rigidity and vibration resistance, making it particularly suitable for: Rough machining of steel parts Machining of cast iron blanks Large depth of cut and high feed rate cutting conditions This configuration effectively reduces tool vibration, improves tool life, and enhances surface finish, while ensuring machining efficiency. 3️⃣ Four-Axis Machining Capability Equipped with a Tanjia T500 four-axis rotary table, enabling: Multi-face machining Inclined / angled surface machining Complex contour machining Four-axis simultaneous surface machining Suitable for: Irregularly shaped structural parts Complex spatial angle holes Curved surface parts and inclined groove structures This significantly improves machining flexibility and reduces the number of workpiece flipping and clamping operations. 4️⃣ Machining of Long Shafts The center-pin + tailstock configuration enables this vertical machining center to support long shaft parts, making it suitable for: End face machining of shaft parts Shoulder and side milling Machining of shaft holes This setup expands the machining boundaries of traditional vertical machining centers and improves overall equipment utilization. III. Why Are Used Machine Tools Reliable? Used machine tools offer significant advantages while maintaining performance and precision: ✅ Low Investment CostsCompared to new machines of the same specifications, used machines are more affordable, significantly reducing initial equipment investment and alleviating financial pressure. ✅ Mature and Stable PerformanceThis machine tool model features a mature structure and high market presence, with stability and reliability proven through actual production. ✅ Short Delivery CycleNo need to wait for new machine production. Once the equipment status is confirmed, it can be quickly delivered and put into production, helping companies rapidly generate capacity. ✅ Controllable Maintenance CostsCommon wear parts are highly versatile, easy to maintain and repair, and suitable for long-term stable use. IV. Applicable Industries and User Groups This machine is particularly suitable for: Construction machinery manufacturing enterprises Mold processing plants Mechanical parts outsourcing factories Pump, valve, and energy equipment industries Users requiring large or complex workpiece machining Whether for expanding production capacity, undertaking larger workpieces, or increasing processing complexity, this equipment offers high practical value. V. Summary The used KAFO VMC-21100 Vertical Machining Center (Used)is a comprehensive machining solution integrating large stroke, high rigidity, four-axis extension, and heavy cutting capability. It achieves an excellent balance between performance, efficiency, and return on investment, making it one of the most competitive used machining center choices in today’s market. Equipment in good condition Supports machine inspection and test cutting Ideal for professional machining users seeking stability and cost-effectiveness

High Efficiency and Precision, Boosting Production: Used Mazak VTC160AN-2PC Vertical Machining Center If you are looking for a vertical machining center that combines high-efficiency machining with precise control, the used Mazak VTC160AN-2PC is your ideal choice. As a reliable medium-sized machining equipment, it performs excellently in various industrial applications, especially suitable for precision machining of small and medium-sized parts such as mechanical parts, automotive parts, and aerospace precision components. Below, we will introduce the excellent performance and application advantages of this machine to help you improve productivity and product quality.   Excellent Mechanical Performance for High-Efficiency Production The Mazak VTC160AN-2PC is a vertical machining center with advanced technology and powerful functions. It adopts Mazak's 640MN CNC system and is equipped with a high-performance spindle and high-precision servo motors, providing powerful power for various precision machining needs. ·  Worktable size: 410mm x 650mm, suitable for efficient machining of small and medium-sized workpieces. ·  ·  Three-axis travel: 560mm x 410mm x 510mm, meeting the machining needs of most standard parts. ·  ·  Spindle type: BT40, supporting higher cutting capabilities and providing stable machining results. ·  ·  Spindle speed: Up to 12000 rpm, capable of handling high-speed cutting and high-precision machining. ·  ·  Spindle power: 15kW powerful power, ensuring efficient completion of high-intensity machining tasks. ·  ·  Tool magazine capacity: 24 tool positions, providing more flexible switching space for complex processes. ·  ·  Through-spindle coolant and chip conveyor: Helps improve cutting conditions, ensuring efficient chip removal and continuous machining stability. ·  These features allow the VTC160AN-2PC to not only meet daily standard machining needs but also withstand higher loads, maintaining excellent machining accuracy and stability even during high-volume production.     Exceptional Machining Capabilities: Precision and Efficiency in Tandem This used VTC160AN-2PC machining center, with its outstanding machining accuracy and efficient production capabilities, is suitable for a variety of complex processes. Whether it's rough machining, mass production, or high-precision detail machining, it can complete tasks quickly and efficiently. Here's how it performs in several typical applications: ·  Milling and Finishing: Suitable for milling various shapes and complex contours, with accuracy meeting ISO standards, ideal for machining precision mechanical parts. ·  ·  Multi-sided Machining and Step Machining: Supports complex multi-sided machining and stepped shapes, widely used in aerospace, automotive, mold making, and other industries. ·  ·  Hole Machining: Provides high-precision drilling, reaming, and tapping functions, suitable for machining various fasteners and connectors. ·  ·  Beveling and Chamfering: Precise beveling and chamfering ensure good assembly and aesthetics of the workpiece. ·  Thanks to its powerful spindle power and high-precision servo drive system, the VTC160AN-2PC can complete complex machining tasks at higher cutting speeds and feed rates, significantly improving production efficiency.   Types of Products that Can Be Machined: Cross-Industry Applications The high performance and versatility of the Mazak VTC160AN-2PC make it play an important role in multiple industries. It not only meets the needs of the machinery industry, automotive parts manufacturing, and aerospace fields, but is also suitable for high-precision machining tasks such as mold manufacturing and industrial control products. Here are some typical machined products: ·  Mechanical Equipment Parts: Brackets, connecting bases, guide blocks, bearing housings, etc., suitable for mass production. ·  ·  Automotive Parts: Oil pump housings, transmission system brackets, brake component bases, etc., with the ability to process various materials such as aluminum alloys, steel, and stainless steel. ·  ·  Aerospace Components: Precision aluminum alloy and titanium alloy components, suitable for producing aircraft structural parts, instrument housings, etc. ·  ·  Molds and Precision Tools: Injection mold cores, die-casting molds, stamping dies, etc., capable of achieving high-precision cavity machining. ·  ·  Industrial Control and Power Accessories: Industrial control parts such as motor housings, distribution box brackets, and mounting bases, meeting the needs of industrial production. ·  Whether it's single-piece small-batch production or large-scale assembly line operations, the VTC160AN-2PC can easily handle it, providing flexible solutions for your production.     Used Machine Tools: An Economical and Efficient Choice Choosing used equipment not only saves you equipment procurement costs but also provides the same efficient processing capabilities as new equipment. This used Mazak VTC160AN-2PC, as a used vertical machining center, has undergone rigorous inspection and maintenance, maintaining excellent working condition and meeting the needs of high-precision machining and high production efficiency. ·  High Cost-Effectiveness: Compared to new equipment, the Used Mazak  VTC160AN-2PC offers a more cost-effective option while ensuring stable performance. ·  ·  Easy Maintenance: Mazak machines are highly durable and stable, and their system and operating interface are simple, making them easy to maintain and debug. ·  ·  Wide Industry Adaptability: Whether in mechanical processing, automotive manufacturing, or mold production, the VTC160AN-2PC can provide excellent processing solutions for customers in different fields. ·    Summary The Mazak VTC160AN-2PC is a high-performance, highly reliable Used Mazak suitable for a variety of complex machining tasks. Whether for high-efficiency production, precision machining, or meeting small-batch needs, it can provide reliable support. If you are looking for an economical and high-performance vertical machining center, the VTC160AN-2PC is undoubtedly your ideal choice. Contact us(https://www.pamtonschnell.com/) today to learn more about the used Mazak VTC160AN-2PC and let this efficient machining center boost your production!