✅ CNC PANTOGRAPH MODEL ALFA 35/27
Tabletop CNC pantograph model ALFA 35/27 made of cast aluminum, movements on rails with recirculating ball bearings, screws with automatic backlash recovery.
✅ TECHNICAL CHARACTERISTICS
- cast aluminum structure
- worktop in extruded aluminum alloy with T-slots
- movements on rails with recirculating ball bearings
- screws with automatic backlash recovery
- stepper motors
- HF electro spindle from 800 W to 30,000 rpm
- ER11 collet
- protective nose and handheld control keyboard.
- Working speed 6 m/min. X-axis: 350 mm. Y-axis: 270 mm. Z-axis: 100 mm.
✅ WHERE THIS PANTOGRAPH IS USED
It can be used for engraving work on plates and tags, making gadgets and customizing various objects, but also for engraving and hollowing out plastic and metal materials.
These are the main sectors where this numerical control machine is used:
✔️ FASHION Sector
In the fashion component manufacturing sector, in particular for the manufacturing of buckles, CNC pantographs are used to produce a variety of accessories with high precision and quality. Here are some of the accessories that can be made using CNC pantographs:
Accessories for the Production of Fashion Components
Buckles:
- Belt buckles: made of metal or plastic, with complex and detailed designs.
- Bag buckles: different shapes and sizes, often customized with logos or particular patterns.
- Shoe buckles: detailed and high quality, used for sandals, boots and other types of footwear.
Decorative plates:
- Logo plates: Used on bags, belts, shoes and other accessories, precisely engraved to represent the brand.
- Ornamental plates: With artistic designs, used as decorations for various fashion accessories.
Buttons and studs:
- Custom buttons: Made of metal or plastic, with detailed engravings or inlays.
- Snap fasteners: Used in clothing and accessories, customizable in shape and design.
- Fasteners:
- Hooks and eyes: For belts, shoes, bags and other accessories, produced with precision to ensure functionality and design.
- Decorative zippers: Zippers with customized pulls and decorative details.
Ornaments and decorations:
- Charms: Small decorative pendants used on bags, bracelets and other accessories.
- Medallions and pendants: Detailed ornaments used in jewelry and fashion accessories.
Clothing components:
- Tags and labels: Made of metal, engraved with names or logos, applied to clothing and accessories.
- Studs and rivets: Used to decorate jackets, jeans, bags and other clothing.
Prints and inlays:
- inlay designs: complex patterns inlaid in materials such as metal, wood or plastic, used as decorations for various accessories.
- custom engravings: custom patterns and designs engraved on different materials, to add a unique touch to fashion accessories.
✔️ MECHANICAL Sector
Mechanical processing with CNC pantographs
Engraving:
- Metal engravings: making precise engravings on metal surfaces, useful for the production of plates, customized components and tools.
- Engravings on plastic and composite materials: for the creation of control panels, identification plates and other industrial applications.
Precision milling:
- Milling of small components: ideal for the production of small mechanical components, such as gears, supports and machine parts.
- Prototyping: used for the creation of mechanical prototypes with very tight tolerances.
Drilling and threading:
- Precision drilling: making precise and small holes in various materials, necessary for complex assemblies.
- Internal and external threading: Creating threads for screws and bolts, essential for the production of fasteners
Cutting and shaping:
- Small part cutting: Cutting pieces of metal, plastic or other materials with high precision, for the production of custom components.
- Material shaping: Creating complex shapes and contours, used in the production of specific mechanical parts.
3D surface machining:
- 3D sculpting and modelling: Creating complex three-dimensional surfaces, used for the production of molds, patterns and dies.
- Surface finishing: Machining surfaces to achieve smooth and precise finishes, essential in industries such as automotive and aerospace.
Micro machining:
- Micromechanics: Manufacturing very small components for watches, precision instruments and medical devices.
- Hard material machining: Used for machining hard and resistant materials such as titanium, stainless steel and ceramics.
Specific applications:
- Automotive: Manufacturingof small precision components such as sensors, mounts and engine parts.
- Electronics: manufacturing of components for printed circuit boards, connectors and housings for electronic devices.
- Aerospace: creating lightweight and resistant parts, necessary for aeronautical and space applications.
- Medicine: manufacturing of surgical instruments, prostheses and components for medical devices.
- Watchmaking and jewelry: high-precision machining for the production of watches, jewelry and luxury accessories.
✔️ EYEWEAR
In the eyewear sector, small CNC pantographs such as the ALFA 35/27 model by Cielle are used for a series of essential precision machining operations that allow the creation of detailed components and guarantee a high level of finishing.
Eyewear Industry Processing with CNC Pantographs (ALFA 35/27)
Frame Milling:
- Acetate frame milling: cutting and shaping acetate frames, with the ability to create complex shapes and unique details.
- Metal frame milling: creating precise and detailed metal frames, with smooth, high-quality finishes.
Engraving:
- Frame engraving: customizing frames with logos, names or decorative motifs.
- Metal component engraving: creating aesthetic and functional details on metal parts such as hinges and nose pads.
- Lens cutting and shaping:
- Lens cutting: creating precision lenses, including shaped and customized cuts for specific frames.
- Lens drilling: creating holes for rimless lenses, ensuring precision and stability.
Component manufacturing:
- Hinges and joints: manufacturing mechanical components such as hinges and joints, which are essential for the functionality of eyewear.
- Bridges and temples: milling and shaping bridges and temples to ensure comfort and durability.
3D surface machining:
- 3D surface modeling: creating ergonomic surfaces for the comfort of eyewear, including nose pads and contact areas.
- Surface finishing: machining surfaces to achieve a flawless finish, which is important for comfort and aesthetics.
Micro machining:
- Decorative details: creating small decorative details on frames and components, including inlays and micro-modeling.
- Advanced material machining: using innovative and advanced materials such as titanium and special alloys to create lightweight and resistant eyewear.
Specific Applications
- Luxury eyewear manufacturing: manufacturing frames and components with high-quality details and fine finishes.
- Sports eyewear: creating resistant and lightweight eyewear, designed for comfort and durability during sports activities.
- Fashion eyewear: production of fashionable frames with unique and customizable designs, in line with industry trends.
- Technical eyewear: production of eyewear with specific functions, such as work or safety glasses.
- Advantages of CNC Pantographs in the Eyewear Industry
- High precision: ensures the production of accurate and detailed components, essential for the comfort and quality of the eyewear.
- Flexibility: allows working on different materials and creating a wide range of customized designs.
- Efficiency: reduces production times and increases productivity, maintaining high quality standards.
- Personalization: facilitates the creation of custom eyewear, responding to the specific needs of customers and market trends.
- Small CNC pantographs such as Cielle's ALFA 35/27 are indispensable tools for the eyewear industry, offering the precision and versatility needed to produce high-quality eyewear with distinctive designs.
✔️ GOLDSMITH Sector
In the goldsmith sector, small CNC pantographs such as the ALFA 35/27 model allow for detailed and complex work on precious metals, ensuring a high level of finishing and customization. Here are some of the main processes that can be carried out in the goldsmith sector:
Processing in the Goldsmith Sector with CNC Pantographs (ALFA 35/27)
Engraving:
- Custom engravings: Creating personalized engravings on rings, bracelets, pendants and other jewelry, including names, dates and decorative motifs.
- Engravings on curved surfaces: Machining of curved surfaces to create intricate designs on three-dimensional objects.
Precision milling:
- Milling of models and molds: Creating detailed models and molds for jewelry production, using materials such as wax or resin.
- Production of jewelry components: Milling of components such as clasps, settings for precious stones and parts of necklaces or bracelets.
Cutting and shaping:
- Sheet and wire cutting: precise cutting of gold, silver and other metal sheets and wires