High precision multi station rotating worktable:
Suitable for laser marking occasions with high requirements for laser safety protection and positioning accuracy
PLC+high torque servo motor
The feeding position and laser marking position are completely separated, with high laser radiation safety
Rotation division accuracy: ± 15 seconds radians
Adjacent workstation movement time:<0.8 seconds
Supporting marking machines: solid-state laser marking machines such as semiconductor end pump and side pump.
A manual rotary worktable, which includes a worktable and a base. The worktable is set above the base, and a rotating shaft is fixed on the base and threaded through the worktable. The worktable and the base are connected by bearing steel balls. The worktable is formed with a lower protrusion, and the base is formed with an upper protrusion. The lower protrusion and the upper protrusion are locked by a star shaped locking mechanism; Turntable "is the abbreviation for rotary worktable, also known as indexing table in metrology work. Generally speaking, instruments or equipment with a rotating worktable can be referred to as "turntables", such as servo turntables, rate turntables, and other specialized instruments used in gyroscope testing. However, the commonly referred to "turntable" does not refer to these specialized instruments, but rather to the versatile and widely applicable rotary worktable. It is not only an important indexing accessory in machine tool processing, but also an indispensable angle instrument in measurement work. When used for processing, the turntable can be used with ordinary drills, milling machines, or precision milling machines, lathes, grinders, coordinate lathes, etc., to process parts with precision angle requirements such as drilling dies, indexing plates, gears, camshafts, templates, polyhedra, end gear disks, as well as aircraft engine casings, vortices, composite drilling tools, etc; When used for measurement, a precision turntable can be used as a precise angle measuring instrument to test various parts with precise angle requirements. Turntables have a wide range of applications in industrial systems such as machinery, aviation, instrumentation, and electronics. The level of development of turntables largely reflects a country's level of craftsmanship. With the development of industrial production and the continuous improvement of technological level, the demand and requirements for turntables are also constantly increasing. The scope of technology has expanded from simple mechanical fields to current fields such as mechanical, hydraulic, pneumatic, optical, electronic, electromagnetic, etc. The use of turntables has also expanded from ordinary machine tool accessories and angle instruments to be combined with automatic machine tools, machining centers, or coordinate measuring machines, thereby achieving efficient and precise machining or measurement of complex angle parts.

application area
Driven by high-precision DD motor; Can load workpieces while meeting standards; Suitable for marking complex workpieces;

Scope of application:

It can be used in various industries such as power products and electronic components, electrical appliances, electronic communications, automotive and motorcycle parts, precision hardware, gift accessories, medical equipment, glasses and clocks, instruments and meters, and sanitary ware.

Applicable subdivision products: bulb lamps, energy-saving lamps, lamp heads, lamp holders, flashlights, lamp cups, etc. Applicable materials: ordinary metals and alloys (especially suitable for aluminum alloys), surface special treatments (phosphating, aluminum anodizing, electroplating surfaces), plastics (PVC/PC/PU), ABS materials, epoxy resins, etc.

performance parameter
All solid state air-cooled laser marking machine, using fiber laser laser principle; Configure a multi station (optional 8 station, 6 station, 4 station) 3D rotating turntable, which can achieve single station automatic rotation and multi station automatic feeding for products that need to be rotated for continuous processing without interruption;