ZCL1600 metallic nano anti-fingerprint coating machine has large loading capacity, high efficiency, simple coating process and easily operation. In addition to superior film performance and environmentally friendly manufacturing process, it has been widely used in mobile phones, digital cameras, buttons, electrical appliances and many other fields. These products after coating would with more resistant to dirt, easier to clean and longer lasting.
The metallic nano anti-fingerprint coating machine is suitable for any metal material appearance, so that it has super-hydrophobic, anti-oil, easy to clean, anti-bacterial, anti-fingerprint and long-lasting surface characteristics.
|Inner size of vacuum room||Ф1600*1600mm|
|Equipment Data||Weight: 13 Tons,Power:85KW, Voltage:380V|
|Film Forming||AF/AS film|
|Coating Technology||Multiple arc, MF,antifingerprint|
|Substrate||mobile phone back cover，stainless steel sheet，glass, ceramics|
|The material of chamber||Stainless steel|
|Coating Feature||Hardness reaches sapphire 9H level With anti-reflection function, single-sided AR, T≥95% Passed steel wool friction test Ultra-high durability AF/AS anti-fouling and waterproof effect|
|Control system||Manual,Semi-automatic, Fully automatic|
|Operation system||Touch screen+PLC|
|Stepping motor drives with optical incremental encoders|
|Steel reinforced polyurethane drive belts|
|Simple teach pad|
|Optional turbo, continuous path, constant velocity|
|Handshaking or direct control of other equipment, pneumatics etc.|
|Searching, analog measurements, timing etc.|
|Drives for turntables etc.|
|Complete with controller, manuals, software, cables, etc. Ready to go|
|Optional cleanroom preparation|
A complete robot system which is tailor-made from a range of modules for almost any workspace and payload. Used for handling, positioning, gluing, trimming and numerous other industrial and laboratory applications. Rugged and reliable, fast, accurate, easy to interface and program. R15 systems are only ever built to order after exact specifications are agreed with the customer. All STI robot systems are programmed in ROBOFORTH II which provides tools for synchronising robot motion with other equipment, handshaking, direct control of pneumatics, palletizing and so on.
R15 cartesian system is built up from linear modules, fully assembled and tested by ST.
The first step is to decide which format you need. Usually the first axis will be the X-axis. If you need simple X-Y motion then the next axis will be the Y-axis as in diagrams A and B. This would be X-Y format. You might instead need the second axis to be vertical; this is X-Z format.
If you need three axes of motion this could be X-Y-Z format where the vertical (Z) motion is the third axis as in diagrams C and D or X-Z-Y format where the vertical motion is the second axis as in diagrams E and F.
For the second and/or third axes you can choose whether the axis is fixed with a carriage that moves carrying the payload as in diagram A or carrying the next axis as in diagrams C and E, or you can have the carriage fixed so that the whole axis moves as in diagrams B, D and F. To clarify: in the case of a Y axis a moving carriage has the axis fixed and always occupying the workspace. The Y-axis is cantilevered and the carriage moves along it as in diagrams A and C. A moving axis has its carriage fixed to and carried by the X-axis and it moves in and out such that when fully retracted it extends backwards behind the robot as in diagrams B and D.
When a very long Y axis is required you need two X-axes, one at each end of the Y-axis to support it as in diagram G. The limit for a cantilevered axis is about 500mm depending on payload and expected acceleration.
The first axis, which is always called the X-axis (even though it may be mounted vertically) has to be fairly strong to support the weight of the other axes. Usual choice is the L-type which has dual crossed roller bearings. A K-type may optionally be used; it is fast and smooth but is harder to mount. The L-type is only ever used as the first axis.
The second axis is usually a strong axis and may be a K-type or an Ultraglide as used on R19.
The third axis may be another K-type or an Ultraglide.
Finally up to 3 rotary axes may fitted, pitch, yaw and/or roll.
Hello, please leave your name and email here before chat online so that we won't miss your message and contact you smoothly.