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C-7/48 Dayalpur Delhi - 110090
Our Bangle Design Cutting Machine is a digital model specially designed for high-precision jewellery cutting and finishing. This machine delivers smooth performance with adjustable spindle speeds, making it ideal for detailed design work on various jewellery items.
Key Features:
• Advanced Digital Model for accurate and consistent operation
• Horizontal Spindle Speed: 100 – 6000 RPM
• Vertical Spindle Speed: 100 – 8000 RPM
• Variable Speed Motor for Rotary Axis / Self Lining operations
• Automatic Cut-Off System for smooth switching between horizontal and vertical modes
• Horizontal Tool Holder supports up to 8 tools at a time
• Automatic Balancing Vertical Holder with 5 tool holding bits for stable cutting
• Suitable for milling and faceting of:
• Bangles
• Rings
• Bracelets
• Pendants
• Earrings
Machine Specifications:
• Net Weight: Approx. 130 Kg
• Dimensions: 70 × 60 × 30 cm (Approx.)
This machine is perfect for jewellery manufacturers looking for precision, durability, and versatility in one compact setup.
The Bangle Design Cutting Machine by Verma Engineering Works is a precision-engineered digital jewellery cutting machine developed to meet the daily production and design requirements of jewellery manufacturers. Designed for accuracy, stability, and ease of operation, this machine is ideal for milling and faceting work on bangles as well as other jewellery items such as rings, bracelets, pendants, and earrings.
Built with a strong mechanical structure and advanced digital controls, this machine ensures smooth cutting performance, consistent results, and long-term reliability. It is especially suitable for workshops and manufacturing units looking for a cost-effective yet high-performance solution for jewellery design cutting.
This machine is equipped with a digital control system that allows operators to achieve precise and repeatable cutting results. The digital model improves accuracy compared to conventional manual machines, reducing human error and increasing productivity.
The machine features dual spindle operation, enabling both horizontal and vertical cutting functions within a single setup. This flexibility allows operators to perform multiple operations without frequent machine adjustments, saving time and effort.
The horizontal spindle operates at a variable speed range of 100 to 6000 RPM, while the vertical spindle supports speeds from 100 to 8000 RPM. These wide speed ranges allow the machine to handle different materials and design complexities with ease.
Higher spindle speeds ensure clean cuts and smooth finishes, while lower speeds provide better control for delicate design work. The ability to adjust spindle speed makes the machine suitable for a wide variety of jewellery cutting and finishing applications.
The machine is fitted with a variable speed motor for the rotary axis / self-lining function, enabling accurate rotation and alignment during cutting. This feature ensures uniform design depth and consistency across the entire bangle surface, especially during circular and continuous cutting operations.
Self-lining capability significantly reduces manual intervention and improves overall design accuracy.
An important feature of this machine is the automatic cut-off system for switching between horizontal and vertical operations. This ensures smooth and safe transitions between cutting modes without damaging tools or workpieces.
Automatic mode switching improves workflow efficiency and enhances operator safety, making the machine suitable for continuous production environments.
The horizontal tool holder is designed to accommodate up to eight tools, allowing operators to perform multiple operations without frequent tool changes. This feature is especially useful for complex designs that require different cutting tools and angles.
Additionally, the machine includes an automatic balancing vertical holder equipped with five tool holding bits. This setup ensures stable vertical cutting and reduces vibration, resulting in better surface finish and extended tool life.
The Bangle Design Cutting Machine is not limited to bangles alone. It can be effectively used for milling and faceting of various jewellery items, including:
• Bangles
• Rings
• Bracelets
• Pendants
• Earrings
This versatility makes the machine a valuable investment for jewellery manufacturers offering diverse product ranges.
Despite its powerful performance, the machine features a compact design that fits easily into most workshop layouts. With an approximate net weight of 130 kg, the machine offers sufficient rigidity for stable cutting while remaining easy to install and maintain.
The approximate machine dimensions of 70 × 60 × 30 cm make it suitable for workshops with limited space, without compromising on performance.
The machine is designed with operator convenience in mind. Digital controls are simple to understand and operate, making it suitable for both experienced operators and new users. Minimal training is required to start production, which helps reduce downtime and operational costs.
The well-balanced mechanical structure ensures smooth operation with minimal vibration and noise.
This machine is ideal for small to medium jewellery manufacturing units that require reliable, day-to-day production. Its robust construction and quality components ensure long operational life with low maintenance requirements.
By improving cutting accuracy and reducing rework, the machine helps manufacturers save time, material, and labor costs.
Verma Engineering Works is a trusted manufacturer of jewellery machinery, known for delivering machines that combine precision, durability, and value. Every machine is manufactured using quality-tested components and practical designs based on real industry requirements.
The Bangle Design Cutting Machine by Verma Engineering Works is a versatile, efficient, and dependable solution for jewellery manufacturers seeking high-quality milling and faceting performance. With digital controls, dual spindle operation, multiple tool holding options, and a compact footprint, it is an excellent choice for workshops aiming to enhance productivity and design quality without investing in complex CNC systems.