Aczetâ??s uniquely designed Laser Marking Machine makes the marking in metals and some non-metals very easy. Through laser, it can mark on jewelries. It is also used to give engraving designs as well as putting hallmarks in jewelries. It is based on Pulsed Powerful Fiber Laser technology. This technology is a highly reliable laser source. This device is able to mark in all metal and some non-metal materials. It can mark the minimum line width of 0.03mm and minimum height of 0.3mm for English characters and depth up to 0.3mm. Its sturdy frame structure for lowest vibration and trouble free operation makes it ideal for continuing operation like Hallmarking Centers and Jewelry Factories. It can be easily connected with a Laptop.
Aczet's Forza 160 is a jewelry welding machine which is widely used in jewelry industry for welding purposes. It can weld precious metals such as gold, silver, platinum and various other metals. Technology: The new digital microprocessor incorporated in the this works 100 times faster than traditional systems. It can measure the high energy precisely, analyzing it and sampling it every 100 microseconds. This makes welder Forza 160, a powerful machine while at the same time constant and very precise in the repetition of the shots. Features: One of its most prominent features is the real-time and automatic regulations on the power supply which helps it in efficient working. Its double light LCD touch screen shutter and automatic control of the laser lamp, with consequent automatic adjustment of the energy. It has an integrated webcam in it. It has a cooling chamber & an efficient air cooling system. It has 6 preset pulse shaping programs. The argon gas nozzle is present directly to the welding point and air nozzle for cooling pieces in the working chamber. For the chamber cleaning, it has an extractable drawer. Low noise and low maintenance 100 memory parameters are there in the device. It comprises of frontal and big doors and optional on-board LIVE video camera in it. Laser Application: It can easily weld precious as well as non-precious metals including platinum, titanium, gold, silver, and palladium. Old Jewelry can also be repaired perfectly. It repairs molding without removing the stones and welds the elements using weld materials and leaves them clear, sharp, and without the need to clean again. It can even repair casting defects such as porosity or breakages by simply welding those areas with solder wire. It is highly suitable for high-productive cycles. Welding Functions: It can repair scratches and casting defects. It can also do a reconstruction of stones setting and welding of broken rings and jewelry joints. It can perform welding of pins.
StaRk XRF are High Performance and Cost Effective Solution for Gold and Precious Metals analysis in jewellery industries. With next-generation technology, including the latest and greatest detectors and sophisticated software, StaRk XRF can analysis what elements are present in the sample. The engineering result of years of product development and user feedback the StaRk provides fast, easy and high-performance XRF analysis designed to meet even the strictest customer specifications. A smart compact design makes analysis convenient for a variety of applicationsâ??all at an affordable price to maximize your quality control ROI. StaRk is a non-destructive solution that can be used to determine the chemical composition of a wide variety of sample types including solids, liquids, and powders. StarK Being a robust solution, combining high precision and accuracy can be readily automated for use in any industrial environments thus making it Powerful Analysis With Smart Design Easy and Simple User Interface Compact, Convenient, Power and Performance. StaRks strength lies in quick and precise materials analysis and user-friendly handling, for e.g. the analysis of precious metal and gold alloys. With many advantages over competing products and technologies, StaRk delivers an best performance, a wide analysis range, and the best repeatability in the industry.
The UV laser marking machine is developed by using a 355nm UV laser. This machine uses a third-order intracavity frequency doubling technology. Compared with infrared lasers, the 355nm UV laser has a very small spot, and the marking effect is directly interrupted by a short-wavelength laser. The molecular chain greatly reduces the mechanical deformation of the material. Thermal deformation (cold light), because it is mainly used for ultra-fine marking and engraving. It is especially suitable for applications such as marking, micro-hole drilling of food and pharmaceutical packaging materials, high-speed dicing of glass materials, and complex pattern cutting of silicon wafers.
Supplier: Machinery, wire & mesh machine, agricultural & garden tools, pipe fittings, thread roller, thread rolling machine and thread rolling dies.
Services:
Vidhya Ispat Udyog offers a diverse range of CNC laser cutting parts crafted with precision and expertise to meet the exacting standards of modern industrial applications. Utilizing state-of-the-art CNC technology, our laser cutting process ensures unparalleled accuracy and consistency in every component produced. Our CNC laser cutting parts are manufactured from premium-grade materials, guaranteeing superior durability, strength, and precision. Whether you require intricate designs, complex shapes, or high-volume production, our CNC laser cutting capabilities enable us to deliver solutions tailored to your specific requirements. From sheet metal components to structural elements, our CNC laser cutting parts find applications across various industries, including automotive, aerospace, electronics, and more. Trust Vidhya Ispat Udyog for high-quality CNC laser cutting parts that deliver exceptional performance, reliability, and efficiency in every application.
Supplier: Power semiconductors, like diodes, thyristors, modules, bridge rectifiers, rotating assemblies, surge suppressors for inverters, ups, battery chargers, furnaces, dc drives, apfc panel, eot cranes, welding machines, etc
Buyer: Silicon chips, molybdenum discs