item | value |
Condition | Used |
After Warranty Service | Video technical support, Online support, Field maintenance and repair service |
Local Service Location | None |
Showroom Location | None |
Video outgoing-inspection | Provided |
Machinery Test Report | Provided |
Marketing Type | New Product 2020 |
Warranty of core components | 1 Month |
Core Components | Motor, Gear, Pump |
Place of Origin | China |
Guangdong | |
Brand Name | |
Model Number | G5 |
printing accuracy | ± 0.025mm |
Repeatability accuracy | ± 0.01mm |
Printing cycle | <7.5s |
PCB Maximum size | 400X310m |
PCB Minimum size | 50X50mm |
Thickness | 0.4 ~ 6mm |
Transmission height | 900 ± 40mm |
Transfer speed | 1500mm / s (MAX) |
Warpage | Max. Industrial PCB Diagonal 1% |
Name | screen printing machine |
Programmable Squeegee System
Squeegee pressure can be independently programmed.
Direct motor driven lead screws for front and rear movement provide a stable leveling of the squeegee for precise solder paste
transfer.
Vision and Optics
Uniform ring light and high brightness coaxial light equipped with ultra adjust
able brightness control and Hitachi CCD enhance the image's resolution and accuracy, and ensures the fast and exact identification
of registration marks, pads or apertures.
These make the superior vision performance in both alignment and post print inspection.
Stencil Cleaner
New design of paper over plenum with enhanced vacuum suction gives the best results and ensures no solder paste remains in the
stencil apertures.
The three modes, Dry, Wet, Vacuum, can be individually selected or combined for use.
PCB Clamping
Top clamping
Side clamping
Vacuum pins (option)
Vacuum hold down box (option)
Our unique PCB top and side clamping methods are completely adjustable to optimize the process and to ensure high quality
printing.
Stencil Framed Clamping System
GKG uses unique highly adaptable stencil-frames clamping that enable the printing of a wide variety of frame sizes and also allows
simple and fast changeover between different jobs.
Easy To Use Interface
Intuitive operator interface
Easy programming
2D Solder Paste Print Inspection
The G5 and the K series incorporate 2D inspection capability (optional).
The 2D system detects all solder paste deposition defects such as offset, lack of paste, coverage, bridges etc.. and ensures
An SMT solder PCB printing machine, also known as a solder paste printer or solder paste screen printer, is a piece of equipment used in the surface mount technology (SMT) process for applying solder paste onto printed circuit boards (PCBs) before component placement.
The solder paste printer is typically the first machine in the SMT assembly line. It is responsible for accurately applying solder paste onto specific areas of the PCB where electronic components will be placed. The solder paste acts as a bonding material that holds the components in place and creates electrical connections.
Here's a general overview of how an SMT solder PCB printing machine works:
Setup: The operator prepares the machine by aligning the PCB and the stencil, which is a metal sheet with openings that correspond to the solder paste deposition areas on the PCB.
Alignment and Vision System: The machine uses a vision system to align the PCB and stencil precisely. This ensures that the solder paste is applied accurately to the intended areas.
Solder Paste Application: The solder paste is dispensed onto the stencil, typically using a squeegee or a rolling mechanism. The solder paste is forced through the openings in the stencil, depositing a controlled amount onto the PCB.
Cleaning and Inspection: After the solder paste is applied, the stencil is cleaned to remove any excess paste. The PCB is then inspected to ensure proper solder paste deposition.
Ready for Component Placement: Once the solder paste is applied and inspected, the PCB is ready for the next step in the SMT assembly process, which is the placement of electronic components onto the solder paste.
SMT solder PCB printing machines are crucial in ensuring accurate and consistent solder paste application, which plays a vital role in the quality and reliability of the final electronic products.
