Revolution in Candle Holder Ornament Production｜3D Wire Forming Machine - Redefining Metal Art Processing

When manual wire bending is time-consuming and traditional equipment can only create simple shapes, do you long for a "magic tool" that can transform iron wires into "three-dimensional artworks"? The 3D wire forming machine, specially designed for 3-8mm iron wire candle holder ornaments, enables complex 3D shapes to be formed in one go with three core capabilities: 6-8 pieces/min high-speed forming, ±0.1mm micron-level precision, and 10,000-group program memory. It helps handicraft factories capture both "personalized customization + mass production" markets!

Three Core Advantages - Solving Three Key Pain Points in Ornament Production

① 6-8 Pieces/Min High-Speed Forming: Effortlessly Handle Peak Season Orders

• External torsion motor (1.5KW) + internal torsion motor (1.5KW) enable 360° three-dimensional bending, increasing forming speed for complex spiral patterns and petal-shaped brackets by 40%
• 2.0KW wire rotation motor with 40m/min high-speed wire feeding, 30% more efficient than traditional equipment. During peak seasons like Christmas and wedding seasons, 4,000-5,000 pieces can be produced per 8-hour shift, ending the anxiety of "orders piling up beyond the new year"

② ±0.1mm Micron-Level Precision: Ornament Details 'Perfect Down to the Last Millimeter'

• 18 straightening processes eliminate original wire curvature, achieving ±0.1mm wire feeding precision, finer than a human hair (0.15mm)
• CNC dedicated system controls five-axis linkage, with 3D spiral angle and arc bending errors ≤0.5°, ensuring 99.8% symmetry in candle holder brackets. No manual reshaping is needed, and they can directly enter electroplating/painting processes

③ 10,000-Group Program Memory + 5-Minute Rapid Model Change: Profitable Even for Small Custom Orders

• Supports storage of 10,000 groups of programs, with one-click parameter recall for each candle holder design (e.g., candle cup diameter, bracket height, pattern density). Model changeover takes only 5 minutes, and sample development cycles are shortened from "2 days" to "30 minutes"
• Chinese-English dual-system interface allows zero-experience workers to design new shapes via "graphical programming." Small/medium factories can accept customized gift orders starting at "100 pieces" with "zero-loss production"

 Case Study: A gift company undertook "corporate LOGO customized candle holders." By calling the "letter bending + bracket combination" program, the first sample was developed in 10 minutes, and 800 pieces were produced the same day after customer confirmation, shortening the delivery cycle by 70% compared to traditional methods!

 Technical Parameters - Hard Strength to Create "All-Round Artists"

 Diverse Application Scenarios - Full Coverage from Mass Production to Customization

① Standardized Mass Production Scenarios

• Christmas Candle Holders: High-speed production of bell-shaped and star-shaped brackets at 6-8 pieces/min, with automatic material collection system, daily capacity of 6,000 pieces to meet supermarket bulk Procurement  needs
• Basic Candle Cup Racks: Round brackets with 80-150mm diameters formed in one go, ±0.1mm precision ensures "zero Procurement " candle cup installation, passing SGS certification tests

② High-End Customization Scenarios

• Retro Relief Ornaments: 3D spiral patterns + hollow carvings bent in one go, no welding required, scratch-free surfaces, directly electroplated with 24K gold, suitable for high-end gift markets
• Corporate IP Co-Branded Models: Customized designs based on LOGOs (e.g., brand animal images, iconic buildings), starting at 100 pieces, fast delivery within 72 hours

③ Cross-Industry Expansion Scenarios

• Home Decorations: Special-shaped processing for iron art vase brackets and wall hooks, unlocking diversified businesses in "candle holders + home hardware"
• Festival Decorations: Halloween bat-shaped ornaments and Valentine's Day heart-shaped wreaths, 3D forming 10x faster than manual work

 Translation Notes:

• Used "micron-level precision" and "five-axis linkage" to accurately convey technical terms
• Maintained promotional tone with phrases like "Redefining Metal Art Processing" and "magic tool"
• Ensured numerical accuracy for parameters (e.g., "±0.1mm," "10,000-group program memory")
• Highlighted efficiency comparisons (e.g., "70% shorter delivery cycle") to emphasize competitive advantages