Laser Equipment Suitable for Marking and Engraving Guns and Jewelry

A desktop fiber laser marking machine with a rotary axis is a device that combines flat surface laser marking with three-dimensional engraving using a rotary axis. Building on the foundation of traditional flat surface marking machines, it incorporates a rotary device that can clamp and rotate workpieces, exposing the surfaces to be marked to the laser. This enables efficient and precise marking on circular, cylindrical, square, or irregularly shaped objects. The machine is controlled by a CNC system, supports various image and vector file formats, and offers flexible operation.

How Does the Rotary Axis of a Laser Marking Machine Work?

The rotary axis is a core component of a fiber laser marking machine, designed to enable the rotational marking of workpieces. It is driven by a motor, which allows the workpiece to rotate around its axis. During operation, the rotation parameters of the rotary axis must first be set using the control software. The workpiece is then secured onto the rotary axis, typically using an adjustable chuck that can accommodate most shapes and sizes of workpieces. Once the workpiece is firmly fixed, the rotary axis is activated via the software. It is recommended to observe whether the workpiece rotates smoothly before confirming and proceeding with the marking process.

Advantages of Desktop Fiber Laser Marking Machine with Rotary Device

• The machine has a higher degree of integration and a smaller external size. It can be placed on a desktop and other scenes.

• Using 1064nm wavelength fiber laser, it is suitable for various metals, plastics, and other materials.

• Using high-quality fiber laser and galvanometer system, the marking speed is faster.

• Using dual red light focus, red frame area display, more convenient to use.

• Using software to control the processing power of the galvanometer and fiber marking machine laser, it is more convenient to use.

• Integrated encoder data port, can be connected to the assembly line marking, real-time acquisition of assembly line speed.

Advantages of Desktop Fiber Laser Marking and Engraving Machine with Rotary Device

• Utilizes a fiber laser with a central wavelength of 1064nm, suitable for various metal materials and some non-metal materials.
• Equipped with dual red light positioning, displaying the processing area with a red frame for easier operation.
• Desktop design with high integration, compact structure, small external dimensions, and lightweight, making it suitable for placement on desktops or in various scenarios.
• Features high-quality fiber laser and optical galvanometer systems, enabling faster marking speeds.
• Operates with the bjjcz control system and eacad software, offering simple operation that even beginners can easily use.
• Incorporates Jinhaichuang laser galvanometer, providing high scanning accuracy, responsive performance, and anti-shake compensation for more stable marking.
• Air-cooled system eliminates the need for complex water cooling, ensuring convenient operation and energy savings.
• Requires almost no maintenance, with no need for regular cleaning or lens replacement, making it simpler to use.
• User-friendly operation, supporting multiple software formats such as AI, DXF, TIFF, JPG, BMP, and more.

Details of Desktop Fiber Laser Marking Machine with Rotary Device

SINO-GALVO high-speed galvanometer

Equipped with SINO-GALVO high-speed galvanometer, it features zero drift, high speed, compact size, fast operation, stable performance, and short response time. It ensures stable high-speed marking output and precise engraving, suitable for various processing environments.

High-quality field lens

The high-quality field lens enables rapid positioning and precise focusing. When used with the galvanometer, it allows the laser to quickly locate and form a precisely focused beam. It offers high processing precision, excellent uniformity within the working area, strong stability, high light transmittance, and high-temperature resistance, ensuring no cracking even during prolonged use.

Raycus laser generator

Powered by a Raycus laser generator, it delivers high single-pulse energy and superior beam quality. With features such as high peak power, high single-pulse energy, and adjustable spot diameter, it ensures stable performance and high marking efficiency.

Worktable

Features an aluminum alloy multi-hole worktable with screw holes across the entire table, compatible with stoppers for flexible positioning and adjustment. This design facilitates continuous processing of similar products, improving efficiency.

Hand crank and scaleplate

Equipped with a manual hand crank and a scaleplate, it allows easy adjustment to the appropriate focal length based on the height of the product being processed.

Rotary device

The rotary device allows for 3D processing of products, such as engraving on cylindrical, spherical, or irregular surfaces. This expands the machine's capabilities beyond flat surfaces, enabling efficient laser marking on three-dimensional surfaces.This rotary device can clamp the workpiece for indexed rotation and also allows manual 90-degree rotation of the entire rotating surface.

Dedicated control software

Utilizes JCZ marking machine-specific control system software, compatible with multiple file formats. The system is stable, powerful, and easy to operate, supporting 32-bit or 64-bit operating systems such as Win7/Win8/Win10/Win11. It also supports additional functions like rotary axis expansion, allowing work to begin with simple setup.

Lens size selection

Under the same power, the larger the lens size, the longer the focal length, and the farther the laser head is from the workpiece surface. As a result, the energy received by the marking area decreases, leading to poorer marking depth and precision. Therefore, while choosing a larger lens can increase the marking area, the marking effect must also be taken into consideration.

Technical Parameters of Desktop Fiber Laser Marking Machine with Rotary Device

Optional Configuration of Desktop Fiber Laser Marking Machine with Rotary Device

Applications of Fiber Laser Marking Machines with Rotary Axis

Materials

• Metal Materials: Including iron, carbon steel, stainless steel, aluminum alloy, copper, titanium alloy, hard alloy, etc.
• Non-Metal Materials: Such as plastics, PVC, rubber, epoxy resin, ceramics, non-transparent acrylic, etc.
• Special Surfaces: Such as electroplated layers, spray coatings, coated materials, painted surfaces, etc.

Products

Flat Surface Processing Products

• Electronic Components: CPU modules, keyboards, inverters, motors, cooling fans, contactors, relays, cables, signal amplifiers, engine parts, sensors, network management cards, digital signal analyzers, network analyzers, digital interface modules, switch power supplies, filters, couplers, oscillators, generators, fiber optic cable analyzers, etc.
• Household Appliances: Washing machines, rice cookers, coffee machines, ovens, electric kettles, hot plates, kitchenware, egg steamer shells, etc.
• Hardware Parts: Valves, motors, pumps, connectors, bearings, cables, compressors, valve components, pneumatic components, hydraulic components, electrical components, indicator lights, push-button switches, key switches, bulbs, pressure sensors, plunger pumps, solenoid valves, flow meters, motor protectors, filter elements, sampling pumps, sensors, electronic instruments, filters, proportional valves, ammeters, flow controllers, etc.
• Automotive Parts: Air filters, car tires, automotive components, engine parts, etc.
• Other Products: Metal nameplates, plastic labels, PCB boards, connectors, trophies, souvenirs, etc.

3D Rotary Processing Products

Car bearings, insulated cups, wine bottles, cans, pen holders, clock gears, automotive parts, rings, bracelets, wristbands, bottle caps, flexible tube packaging, O-rings, and various other products.