VMC 1580 CNC Vertical Machining Center https://www.josencnc.com/VMC-1580-CNC-Vertical-Machining-Center.html The machine is suitable for automobile and locomotive parts production, aviation, communication electronics, various types of precision mold processing and other fields. The bed adopts high rigidity structure, which makes the internal force structure more optimized and ensures the rigidity and thermal stability of the whole machine. The spindle box adopts balance cylinder counterweight to avoid vibration when running at high speed. 1.This model is suitable for mass production of automobile and locomotive parts, aerospace and communication electronics, automation parts processing, and various types of precision mold processing. 2.The base, slide, table, column, spindle box and other major foundation parts are made of high rigidity cast iron structure, and the internal reinforcement bars are distributed in a mesh structure to ensure the high rigidity of the foundation parts and the anti-bending and anti-vibration performance. 3.The X and Y axes adopt heavy-duty 45mm roller rail, and the Z axis adopts 55mm roller rail, which makes the machine stronger in terms of load bearing capacity and cutting performance, and the Y axis saddle adopts four-rail full support, which is stable and reliable. 4.The spindle box adopts balance bar counterweight to ensure no shaking when the spindle box is shifted quickly and to ensure the accuracy of movement. 5.The spindle is equipped with belt type 8000rpm as standard, no noise and low vibration, suitable for high speed milling and tapping.

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VMC 1166 CNC Vertical Machining Center https://www.josencnc.com/VMC-1166-CNC-Vertical-Machining-Center.html 1.This model is suitable for communication electronics, automobile and locomotive parts production, and automated parts processing. 2.Combined with FEM analysis, the main components of the base, column and saddle all adopt unique high rigidity structure, which makes the internal force structure of the whole machine more optimized and ensures the rigidity and thermal variation stability of the whole machine. 3.Three axes linear precision rolling guide design, fast acceleration and deceleration response, effectively improve the machining efficiency and machining accuracy of the machine, even under heavy load is also excellent. 4.The front end of the spindle is equipped with a circular water jet to allow effective cooling of the cutting tool, while the internal air curtain with negative pressure extends the service life and ensures reliable use of the spindle for long time and high-speed operation. 5.The stable base and column with lightweight motion axis components effectively ensure the stability of the machine during high acceleration and deceleration movements. DV-1166 X-axis travel 1100mm Y-axis travel 620mm Z-axis travel 600mm Working table size (X*Y) 1200x600mm Max.loading capacity of working table 900kg Table T-slot size (width * number of slots * spacing) 18x5x100number Spindle speed 10000rpm Spindle drive form belt driven Spindle power BT40:11/15kW Spindle bore specification BT40 Distance from spindle to table surface BT40:125-725mm Rapid feed rate(X,Y,Z) 36/36/36m/min Cutting feed rate 10000mm/min Tool magazine capacity cutter arm type 24 Tool diameter/adjacent tool space BT40:Φ80/Φ150 Max. Tool length 300 mm Max. Tool weight BT40:8kg Positioning accuracy ±0.005mm Reproduction accuracy ±0.003mm Controller 0i-MF/M80 Air pressure demand 6kg/cm2 Power demand 30kVA Machine weight 6.5T A B C D E F G H I J K T-slot number 1200 600 100 100 100 100 100 18 31 13 30 5 DV-1166B X-axis travel 1100mm Y-axis travel 620mm Z-axis travel 600mm Working table size (X*Y) 1200x600mm Max.loading capacity of working table 900kg Table T-slot size (width * number of slots * spacing) 18x5x100number Spindle speed 8000rpm Spindle drive form belt driven Spindle power BT50:15/18.5 Spindle bore specification BT50 Distance from spindle to table surface BT50:145-745 Rapid feed rate(X,Y,Z) 36/36/36m/min Cutting feed rate 10000mm/min Tool magazine capacity cutter arm type 24 Tool diameter/adjacent tool space BT50:Φ110/Φ200 Max. Tool length 300 mm Max. Tool weight BT40:15kg Positioning accuracy ±0.005mm Reproduction accuracy ±0.003mm Controller 0i-MF/M80 Air pressure demand 6kg/cm2 Power demand 30kVA Machine weight 6.5T A B C D E F G H I J K T-slot number 1200 600 100 100 100 100 100 18 31 13 30 5

VMC 955 CNC Vertical Machining Center https://www.josencnc.com/VMC-955-CNC-Vertical-Machining-Center.html 1.This type of automobile and locomotive parts of the mass production needs, medical equipment, aviation and communication electronics, various types of precision mold processing production. 2.The casting structure is analyzed by machine dynamics and finite element analysis, which makes its geometry more reasonable, and the proper match with the reinforcement bones ensures the high rigidity of the base parts. 3.The whole machine is designed with fully enclosed outer cover for better waterproofing, and the chassis is directly sitting on the base, which reduces the problem of leakage from the floor and ensures the cleanliness of the workshop. 4.The X-axis saddle is designed with inverted structure, which makes the center of gravity more stable and the bearing contact surface more solid, and the one-piece design of bearing seat and saddle, combined with precision machining and high-quality assembly process, ensures smooth parallelism. 5.The bottom adopts three-way chip discharge design, with the combination of large inclined plate and large flow pump, which makes the chip discharge of the base excellent and reliable. X-axis travel 900mm Y-axis travel 520mm Z-axis travel 550mm Working table size (X*Y) 1120x520mm Max.loading capacity of working table 500kg Spindle speed 12000rpm

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Metal domes make up tiny but often overlooked components of our devices in the world of electronics manufacturing. Metal domes are tiny components, but they play an important role in transmitting instructions. They are key components in various electronic products. Most metal domes are made of stainless steel, and the surface of the stainless steel can be electroplated according to the needs of the product. But have you ever thought about the benefits of nickel plating these tiny wonders? In this article we take a closer look at metal domes and explore the differences between natural domes and nickel domes. Introduction to natural dome Metal domes are small components used in a variety of electronic devices, including keyboards, remote controls, and cell phones. They are responsible for providing tactile feedback when pressed, making them an important part of user interface design. The role of nickel dome The raw material for metal domes is generally stainless steel, which is known for its durability and corrosion resistance. However, depending on the specific requirements of the product, the stainless steel surface can be electroplated with nickel. This process is called nickel dome plating and has several advantages: Enhanced contact sensitivity A significant advantage of using nickel-plated metal domes is the lower contact resistance compared to natural domes. Lower contact resistance means electrical signals are more easily transmitted when the dome is pressed. This results in a more responsive and responsive user interface, which is critical for applications such as keyboards and touch screens. https://www.metal-domes.com/blog/2023/10/06/what-is-the-difference-between-a-natural-dome-and-a-nickel-dome/

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Analysis of the use of metal domes in silicone rubber keyboards The metal dome used on the silicone membrane keyboard is mainly located on the conductive part of the PCB (mostly above the gold fingers on the circuit board). While the metal dome is mainly made of stainless steel, the metal dome plays an important role in the tactile switch and also has conductive properties. When the silicone rubber keypad is pressed, the center point of the metal dome is concave and contacts the circuit on the PCB to form a loop. The metal dome is reflowed to make the silicone rubber keyboard work. The role of metal domes in silicone rubber keyboards Metal domes are easier to assemble on silicone rubber membrane keyboards. The manufacturer made the assembly process easier when purchasing the metal dome to assemble it into the keyboard. The metal dome is designed to fit snugly on the keyboard, which not only speeds up the customer’s production schedule, but also reduces the possibility of errors during assembly. Best Technology can ensure that the metal domes produced are of precision and reliability, allowing users to have a good experience in assembly and use. Metal domes last longer in silicone rubber keyboards. For the metal dome installed in the silicone rubber keyboard, the most important thing is the service life of the metal dome. Metal domes have been measured to last approximately five million uses, which is one of the reasons our metal domes are popular in the industry. The stainless steel metal dome is pressed hard and resilient in application, maintaining the integrity of the dome after countless uses. This also gives the metal dome a relatively long lifespan during use. Application of metal dome silicone rubber membrane keyboard. The metal dome is used as a key component in the keyboard, which makes the keyboard have unique advantages in various fields. With the continuous updating of technology, there are applications of metal domes in the medical field, automotive interface, aerospace, industrial production and other industries. The versatility of these metal dome mounted keyboards has emerged and become an important part of the industry. The metal dome is an inseparable component in work and life, it connects the command transmission between us and the machine. There is a metal dome added to the silicone rubber keyboard, which makes the transmission command fast, accurate and efficient. From modern consumer electronics to industrial mechanical interfaces, the sophistication and reliability of metal domes has evolved little by little. https://www.metal-domes.com/blog