Used ASYMTEK C 740 #9160279 for sale
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ID: 9160279
Vintage: 2004
Conformal coating machine
Single head
User environment: Easy coat fluid move
SC-200 valve
Operating system: Windows NT
Laser fan width control
Dispense area: 457 x 432 mm
Purge and solvent cups:
Door interlocks
Light beacon
Conveyor:
Chain conveyor with queue stop and pinning set
Manual width adjust 2-18 inches
System foot print: 36 x 41 inches
Power: 100 / 120 / 220 / 240
50/60 Hz, 10 amps
Motion system:
Type: Brush-less DC stepper motor
X-Y velocity:
Maximum: 508 mm/s (20 in./s)
Default: 381 mm/s (15 in./s)
Z axis velocity: 203 mm/s (8 in./s)
X-Y repeatability: ±0.025 mm (0.001 in.), 3 sigma
Z-axis repeatability: ±0.025 mm (0.001 in.), 3 sigma
X-Y resolution: ±0.025 mm (0.001 in.), 3 sigma
Z-Axis resolution: ±0.025 mm (0.001 in.), 3 sigma
Positional accuracy: ±0.13 mm (0.005 in.), 3 sigma
Dispense area:
Inline: 457 x 432 mm (18 x 17")
With solvent-purge station: 457 x 400 mm (18 x 15.75")
With fan width control: 457 x 387 mm (18 x 15.25")
Board size up to 400 mm (15.5") wide can be accommodated
Conveyor:
Inline: Standard chain conveyor with queue stop and pinning set
Manual width adjustment from 51 to 457 mm (2 to 18")
Maximum clearance: 89 mm (3.5") above and below PCB
Maximum pallet / PCB weight: 2 kg (5.5 lbs)
Computer:
Computer: Pentium PC
User interface: Monitor, keyboard and mouse
User environment: Easy coat for Windows NT
Operating system: Windows NT
Fluid delivery method: SC-104/105
Film coater module: Non-atomizing, heat-circulating system SC-204/205
Film coater module: Non-atomizing, non-circulating system
Swirl coat module: Tri-mode swirl system
Facilities requirements:
Air supply: 620 kPa (90 psi, 6.2 Bar), up to 57 liter/min (2 SCFM) max depending on configuration
Ventilation air: 0.28 m3/s @ 25 mm water column (600 SCFM @ 1.0" water column)
Nitrogen source: Required for moisture-sensitive materials – 410 kPa (60 psi, 4.1 Bar) @ 14 liter/min. (0.5 CFM)
Power (Mains): 100/120/220/240 VAC 50/60 Hz, 10 A
Noise: <70 dBA
Standard compliance: SMEMA, CE
Configured with valve, SC204 film coater
Inline machine
2004 vintage.
ASYMTEK C 740 is a high-performance automated syringe dispensing equipment designed to provide precise and repeatable dispensing of photoresist. The system offers industry leading dispensing accuracy of ± 1% (by volume), ensuring that parts of an assembly or circuit board are accurately sized. The user interface has been developed to allow fast, easy and intuitive operation, allowing users to maximize throughput and cycle time. The unique modular design of C 740 enables users to achieve greater levels of flexibility and control over the dispensing process. The unit is expandable, with up to five dispensing axes and can be configured for wide variety of applications. The machine is also optimized for low fluid pressure and usage, reducing residue and contamination. ASYMTEK C 740 is equipped with a multi-angle vision tool, ensuring accurate placement of parts and reliable dispensing onto a variety of target surfaces, including metal, plastic, glass, and foam. The vision asset also supports the automatic generation of masks, allowing photoresist patterns to be accurately and repetitively placed. The model incorporates advanced, high-speed software which can integrate into the production line for a truly automated process. Many components of the equipment can be accessed remotely, thus increasing operational efficiency. C 740 is designed for compatibility with a wide range of materials, including photoresist, epoxy, solder paste, and adhesives - allowing users to optimize process parameters and increases throughput. The system is also designed to work in both cleanroom and outdoor environments, allowing users to extend flexibility within multiple locations. ASYMTEK C 740 delivers reliable dispensing with the highest level of production quality for a wide range of photoresist applications. Easy setup and operation combined with industry leading dispensing accuracy allows this unit to provide production close tolerance in a wide variety of applications.
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