CNC Lathes   CNC swiss Type lathe     CNC fixed headed lathe The differences of CNC fixed headed lathe and CNC swiss Type lathe      The horizontal CNC lathe can be categorized into fixed head and swiss type lathe. The mill-turn CNC lathe enable customer to machining the Turn and Mill operation in one machine without secondary process, or even outsource to other job shops. The CNC turning with mill turn function can finish the workpiece in ONE SETUP.      The Fixed head CNC lathe is the workpiece is clamped on the spindle, the spindle rotation in the fixed position. The tool or Turret can machining the fixed workpiece by the continuous moving axis. It is suitable for Heavy Duty, big diameter workpiece, since the runout on the big diameter and long bar will be very much. That’s the reason we use fixed head for bigger diameter workpiece, and the concentricity will be better for fixed head machine. It is suitable for industry, such as aerospace, automobile. The workpiece turning size is always bigger than swiss type machine, and equipped with bigger fixed tool holder, living tools, and motor, the advantage of this is good for heavy duty milling, and turning. In additional, it can install 6/8/10” chuck on the main spindle.      The swiss type machine(sliding head) is the spindle clamped the material and the workpiece is being pushed by the rotary bush continuously to extend the material length.The benefit is to machining long workpiece, small diameter, we recommended the diameter is no bigger than 42mm for sliding operation.  

     Plating provides many benefits to products made from metal and other materials. Plating is a manufacturing process in which a thin layer of metal coats a substrate. This can be achieved through electroplating, which requires an electric current, or through electroless plating, which is in autocatalytic chemical process. In either case, the technique results in one or several of the following benefits: Improved corrosion resistance Decorative appeal Increased solderability Enhanced strength Reduced friction Altered conductivity Enhanced paint adhesion Increased magnetism Chrome Plating      Chromium plating often serves a merely decorative purpose, but can also foster heightened corrosion and friction resistance. Chromium most often plates nickel in the production of furniture and automotive trim products. Iron and steel are other common substrates of chrome plating, but usually require the use of a copper strike to provide proper deposition.     Chrome plating is an electroplating process that most often involves the use of a chromic acid known as hexavelent chromium. Trivalent chromium baths, which consist largely of chromium sulfate or chromium chloride, are another option for industrial purposes. Gold Plating      Gold is prized for its high resistance to oxidation and electrical conductivity. Gold plating, which differs from gilding in that the gold is not a foil, is one of the simplest ways to impart these characteristics on metals such as copper and silver. The process is often used for jewelry decoration and for improving conductivity of electronics parts such as electrical connectors.      When gold plating copper, tarnishing is an issue and can most easily be resolved by preceding deposition with a nickel strike. Also consider hardness and purity of the gold when determining factors such as optimal bath mixture and length of immersion. Silver Plating      Like gold, silver is used in plating applications that call for decorative appeal and improved electrical conductivity. In general, silver serves as a more cost-effective plating solution because it is cheaper than gold and plates copper well.      Issues that may limit silver plating as a viable plating solution include humidity and galvanic corrosion. Specifically, silver plating does not work well for applications that are subjected to high humidity because silver is prone to cracking and flaking, which may eventually expose the base substrate. Nickel Plating      Nickel plating is a popular plating metal, especially because it’s useful in electroless plating. Nickel plating often coats household products such as doorknobs, cutlery and shower fixtures for enhanced decoration and wear resistance. Nickel plates commonly bond with copper and aluminum, but also work on a wide variety of metals.      In electroless plating, a nickel phospho...

Power Splitters Assembly Process PCB Design ⇓         Shell Making ⇓ PCB Product Patch ⇓       Finished Shell ⇓ PCB Finished Product                             ⇓   Finished Shell PCB Mount ⇓ Connector Installation ⇓ Connector and PCB Soldering ⇓ Finished Product Testing                Microstrip Power divider, full name of microstrip Power divider, English name Power divider, is a kind of device that divides one input signal energy into two or more outputs equal or unequal energy; Alternatively, the energy of multiple signals can be synthesized into one circuit output, also known as a combiner. A certain degree of isolation shall be ensured between the output ports of a power splitter. It has the advantages of wide working frequency, small insertion loss, high gain and isolation, stable performance and so on.

Cable Assembly Process 1.Cut   2.Strip   3.Solder     4.Mount   5.Crimp   6.Blow                     7.Test   8.Finished Cable                              This cable Assembly is combine with our company self-made precision connector connect different brand and model flexible soft cable, or semi-rigid, semi-flexible cable assembly , with characteristics of wide bandwidth,low loss, good homogeneity, It’s widely used in microwave equipment and data communications equipment, avionics, phased array radar, RF device.      (7/16 DIN/N/TNC/BNC/FME/U.FL/IPEX/L9/SMA/SMB/MMCX/MCX/OEM)       We focus on coaxial assemblies      Our custom RF cable assemblies are built-in and shipped worldwide      RF cable assemblies in 50 ohms can be ordered using the following connector types such as 7/16 DIN, BNC, FME, MCX, MMCX, N, QMA, SMA, SMB, SMC, SMP, SSMB, TNC, UHF, U.FL and 75 ohms cable assemblies can be made with the following 75 ohms connectors such as BNC, F, N, SMB, SMC, TNC and mini SMB        RF cable assemblies includes: RG141/RG142/RG174/ RG178/RG179/RG180/ RG187/RG196/RG213/RG214/RG218/RG219/ RG223/RG303/RG316/RG316-DS/RG393/RG400/RG401/RG402/RG405/RG58/U RF cable assemblies can be produced with many different connector types and custom lengths depending on your needs and applications      If you require a special RF cable assembly configuration not found here, you can create your own RF cable assembly configuration by calling our sales department.      Note: connector and cable type,length can be changed based on customer's requirements.

Process Inspection PIM Test   VSWR Test   Pressure Test  Air Tightness Test   Dimension Test   Torsion Testing Reliability Test Salt Spray Test   High & Low Temperature Tester   RHOS Test Drop Test   Antenna Darkroom Test     Cable/Connector Test Line     Attenuators & Terminators Test Line     Power Splitters Test Line