JINGDIAO North America

At Jingdiao, the holiday season is a time to celebrate meaningful connections within the manufacturing community. 🌟 This year, we're proud to share our holiday video, 'Christmas Reindeer', where precision meets creativity through our 5-axis high-speed milling technology. Take a moment to watch and see how innovation drives possibilities in advanced manufacturing. Thank you for your continued support and partnership. Here's to a bright and successful 2024 ahead — we look forward to collaborating with you to achieve greatness together! 🎄✨ #HappyHolidays #MerryChristmas #ManufacturingExcellence #PrecisionEngineering #AdvancedManufacturing #5AxisCNC #Innovation #Engineering #CNCmachining #MadeWithPrecision #FutureOfWork

When it comes to fine jewelry, intricate details make all the difference. Using the JDGR100_P10SHE machining center and MCD-form tools, we’ve perfected techniques that deliver stunning, radiant patterns on materials like 6061 aluminum, and these effects translate beautifully to precious metals. Key Highlights ✨ Patterning Techniques: Striped Engraving: Achieved with Φ10.754MCD side-balanced cutter. Fish Scale Lines: Crafted with a 90°-0.1MCD tapered flat cutter. Fish Scales: Brought to life with MCD flat tools, delivering mesmerizing textures. ✨ Unparalleled Precision: Our pulse-level synchronization control ensures not only speed but unmatched quality, making it ideal for creating exquisite base patterns for luxury jewelry. ✨ Design Flexibility: By combining different MCD tool shapes and techniques, endless possibilities of decorative effects are achievable, adding elegance and brilliance to any precious metal jewelry piece. Bring a new level of sophistication and allure to your fine jewelry designs with these advanced techniques. #FineJewelry #LuxuryDesign #PrecisionCraftsmanship #JewelryInnovation #CNCJewelry #LuxuryBrands #JewelryMaking #JewelryDesign #CNCMachining #AdvancedManufacturing

🌟 Precision Engineering for Healthcare! 🌟 Our latest milestone: producing distal fibula locking plates for orthopedic implants using our cutting-edge JDMRT200D five-axis high-speed machining center. 🔹 Material: TC4 Titanium Alloy 🔹 Features: 15 angled holes, tapered threads, needle, and waist-shaped holes 🔹 Efficiency: Dual-axis, dual-station setup halved production time 🔹 Quality: Surface finish Ra < 0.6 μm, tool marks < 10 μm 🔹 Material Removal: Over 70% With industry-leading accuracy and efficiency, we're driving advancements in medical manufacturing and ensuring exceptional outcomes for fracture treatment. #MedicalDevices #OrthopedicImplants #PrecisionMachining #FiveAxisMachining #TitaniumAlloy #AdvancedManufacturing #Sustainability #Innovation #EngineeringExcellence

Elevating Mold Insert Machining with Precision and Consistency When it comes to machining automotive engine block mold inserts, precision is everything. Utilizing the GRA400, we achieved unparalleled results that showcase the power of advanced 5-axis machining and our DT programming technology. Key Highlights Material: H13 (HRC52) Workpiece Dimensions: 183 x 184 x 191 mm Surface Quality: Surface roughness Ra < 0.2 μm Seamless surface transitions with cut marks < 7 μm Curve surface deviation controlled within 15 μm Advanced Technology at Work Our DT programming technology enables precise control of tool lengths, machining angles, and simulation for overcuts, collisions, and interference. This meticulous approach ensures: ✅ Smooth and uniform surface finishes ✅ Reliable machining of complex geometries ✅ Consistent quality with exceptional attention to detail This achievement redefines precision and efficiency in mold machining, paving the way for higher standards in the industry. #5AxisMachining #CNCPrecision #AutomotiveManufacturing #MoldMachining #AdvancedManufacturing #CNCInnovation #SurfaceFinish #EngineeringExcellence #MachiningSolutions

"Today, JINGDIAO North America had the pleasure of welcoming our friends and partner from MST corporation. From left to right, MST Kevin Kikkawa, Jingdiao's Wei Yu, Acer Chou, P.J. Naughton, and MST Samson Zhang. MST is the world's leading manufacturer of shrink-fit tool holders, a critical component utilized in Jingdiao high-speed machining centers

Efficiency Revolution in Mold Manufacturing | 5-Axis Machining at Its Best When it comes to automotive engine block molds, achieving unparalleled precision and efficiency is non-negotiable. With the GRA400 5-axis high-speed machining center, we’ve set a new benchmark in mold insert production. Key Highlights: ✅ Workpiece Material: S136 (52HRC), with 0.5mm allowance ✅ Complex Features: 19 cavity features, minimum width of 6.2mm Fillet radii ranging from R1 to R3mm, with depths up to 118mm ✅ Tooling Excellence: D17R0.8 insert end mill ensuring precision in every corner ✅ Performance Boost: Seamless Corner Finishing: Achieving ≤10μm step marks Surface Quality: Ra ≤ 0.3μm ✅ Efficiency Breakthrough: Replacing traditional 3-axis + EDM methods with 5-axis machining, improving overall efficiency by an impressive 2.1x! By eliminating the need for post-EDM finishing, 5-axis machining not only enhances productivity but also ensures a superior surface finish and unmatched precision. Let’s redefine manufacturing efficiency and precision together! #5AxisMachining #EfficiencyBoost #PrecisionEngineering #CNCInnovation #MoldManufacturing #AdvancedMachining #AutomotiveManufacturing #ManufacturingSolutions

Precision in Action: 5-Axis Machining of Engine Block Inserts This project demonstrates the unparalleled capabilities of Jingdiao’s GRA400 5-axis high-speed machining center in crafting high-precision engine block inserts. Key Highlights: Workpiece Specs: 186mm x 74mm x 167mm, H13 (52HRC). Machining Features: Completed 3-axis fine machining for the cavity and top curved surfaces. 5-axis finishing for side surfaces and fillet features. Critical Tools: D32 disk cutter, R1.5mm and R1mm ball-end mills. Precision Achieved: Overall stock removal error ≤ 10μm. Surface finish uniformity ≤ 0.2μm. Fillet transition marks ≤ 5μm. Jingdiao’s advanced 5-axis machining solutions continue to set the standard for precision and surface quality, helping manufacturers achieve exceptional results for complex components. #Jingdiao #5AxisMachining #PrecisionEngineering #CNC #HighSpeedMachining #ManufacturingInnovation #SurfaceFinish #EngineBlockMachining #H13Steel

Precision and Efficiency in Compressor Guide Vane Machining with Jingdiao GRA400 We’re proud to showcase the incredible capabilities of our Jingdiao GRA400 5-axis high-speed machining center in manufacturing aluminum compressor guide vanes. Here’s what sets us apart: Workpiece Specs: Radius 252mm × 94mm, aluminum alloy 6061, pre-turned blanks. Machining Features: 7 sets of blades and flow channels, blade dimensions: Length: 39.8mm Width: 40.5mm Thinnest section: 1.6mm Precision: Blade profile accuracy < 0.08mm, surface roughness Ra < 0.8μm. Advanced Tools: 12°-R1mm tapered ball-end mill, 5-axis linked plunge milling for fine finishing. Efficiency: Achieved a 30% improvement in processing time. Currently, two GRA400 machines are producing these components with stable monthly output, supporting customers in their ongoing R&D and full-machine production efforts. Jingdiao’s precision technology continues to drive innovation and excellence in the manufacturing industry. #Jingdiao #CNCMachining #PrecisionManufacturing #5AxisMachining #CompressorComponents #InnovationInManufacturing #AluminumMachining #SurfaceFinish #HighPerformanceMachining #AerospaceManufacturing

Maximizing Precision and Efficiency with Jingdiao's High-Speed Graphite Machining Solutions We’re excited to showcase our latest graphite electrode test piece, crafted using the Jingdiao PGA600 three-axis high-speed machining center. This component exemplifies Jingdiao’s capability to deliver unparalleled precision and surface quality for North America’s graphite electrode users. Key Highlights of the Project: Workpiece Dimensions: 80mm x 80mm x 40mm Material: TOYO (ISO-63) graphite Complex Geometry: The part integrates features such as thin walls, pins, and curved surfaces, representing common challenges in graphite electrode applications. Advanced Tooling: Utilized 14 tool types with a maximum length-to-diameter ratio of 18:1, including key tools like a D0.8mm and R0.5mm end mill. Precision and Surface Quality: Maintained dimensional accuracy within ±15μm and achieved a surface roughness of Ra < 0.8μm, with no chipping—an exceptional performance standard. Jingdiao’s advanced machining solutions empower graphite electrode users with high-efficiency and high-precision capabilities, ensuring optimal results for even the most complex electrode designs. Let’s discuss how Jingdiao can help you overcome your machining challenges! #Jingdiao #GraphiteMachining #PrecisionEngineering #ElectrodeManufacturing #HighSpeedMachining #CNC #ManufacturingInnovation

Innovating the Future of Medical Implants with Jingdiao At Jingdiao, we’re proud to contribute to the medical industry with our advanced manufacturing technology. Here's an example of our precision work: 🔹 Project: Meniscus Implant 🔹 Workpiece Dimensions: 59mm x 39mm x 29mm 🔹 Material: High-density Polyethylene 🔹 Machine Used: JDGR100 (P10EHE) 🔹 Key Tool: R3mm Diamond Ball-End Mill Using our 5-axis high-speed machining center, we achieved: ✔️ Surface roughness: Ra < 0.3µm ✔️ Contour precision: < 20µm This ensures exceptional quality for artificial joints, meeting the strict demands of modern medical applications. Jingdiao delivers not just precision but scalable solutions for batch production with unmatched efficiency. Want to know how Jingdiao can transform your manufacturing process? Let’s connect and discuss! #Jingdiao #MedicalManufacturing #PrecisionMachining #CNCInnovation #FiveAxisMachining #ManufacturingExcellence #SmartManufacturing #MedicalDevices #SurgicalInnovation #HighPrecision #CNCPerformance