Brand: TTnS, Korea
Coating Workcell
TTnS conformal coating systems with the total solution can provide edge-defined transparent film build selectively in the inline production. The techniques of non-atomized film patterning, tri-mode spiral dispensing in addition to the focused curing ideas of TTnS patented, user-environment friendly. It comes true bubble-free selective dry film where almost no material losses exist. ln addition, it ensures double to triple up throughput (UPH) improvement as well as excellent material penetration plus adhesion by aids of TTnS unique coating technologies of “Intermittent Film Dispensing“ and “Pulse-Controlled Spiral Spraying”.
We’d love to help you boost your production efficiency.
Contact us.
_Features_
- Precision, 5-Axis Cartesian Robot
- Equipped with Easy Coat Manager Software (ECM)
- Dual Heads with Needle Checker
- World Cutting-Edge Cutting Technologies
- High Energy Saving more than 50% compared to usual IR Curing
_Specifications_
- PCBA Size : Min. 60(W) x 60(D)mm, Max. 360(W) x 350(D)mm with Standard Platform Max. 460(W) x 350(D)mm allowable with 2 Stepped (Extra) Platform
- PCBA Thickness : 0.8(mm) – 4.0(mm)
- PCBA Edge Clearance : Min of 3.5(mm) both sides
- PCBA Pass-Line Height : FL(+)900±50(mm)
- PCBA Transfer-Conveyor Running Speed : Max. 300(mm/sec) / adjustable by STEP motors
- Motorized Width-Adjustment in RS25 Transfer-Conveyor / by STEP motor
- Pulse Action : TTnS Exclusive, TPC999 millisecond scale, 4channels, Pulse Time Controller
- Transfer-Conveyors : Run left to right
- Transfer-Conveyors : Front-Rail Fixed
- Communication : Compatible with SMEMA Interface, Spec. 1.2
- Primary Electric Power : 220(VAC) x single phase x 50/60(Hz) x Max. 3(KVA)
Brand: TTnS, Korea
Curing Oven
TTnS Convection Curing Oven basically runs at magazine basis and selective convection heating processed where the magazine of coating-works stacked repeats a cyclic moving as programmed. And it is mostly useful for curing solvent based materials such as acrylic, epoxy, urethane resin and rubber. Under the unique selective heating circumstances and/or with the reinforced system design eligible for US/Europe safety standards, precise SCR-control and wide-vision of advanced Touch program, ECO99C has accomplished a bubble-free solution, minimal 50% energy & working space savings in the fully automated continuous coating processes.
We’d love to help you boost your production efficiency.
Contact us.
_Features_
- Electric-powered, Convection Focused heating
- Magazine-base curing creates Bubble-free Solution
- Better working conditions, User & Environmental friendly
- Free Knocked-down structure with advanced Insulation panel
- Safety interlock of the systems
_Specifications_
- Primary Power Supply: 220(VAC) x 3phase x 50/60(Hz) x 32(Ampere) peak
- Primary Compressed Air: min. 60(psi) at Ø6 hose, DCA
- Fume Vent Stack: Ø125 at one place
- Noise Level: ≤ 72dBA
- Shipment System Weight: 960(Kg)
- Space Requirement: 1,100(D) x 1,750(H) x 2,500(W) mm
Similar Products
_SMT Line Solutions_
A PCB conformal coating machine is an essential tool in the electronics manufacturing industry, designed to apply a protective coating to printed circuit boards (PCBs). This coating is a barrier, safeguarding the delicate components and circuitry from environmental factors such as moisture, dust, chemicals, and temperature fluctuations.
Conformal coating machines automate the coating process, ensuring consistent and uniform application, and enhancing the reliability and longevity of the PCBs. Conformal coating machines offer a range of features and capabilities to accommodate different production requirements. Depending on the desired application and coating material, these machines utilize advanced technologies such as selective coating, spray coating, or dip coating methods.
They are equipped with precision control systems that allow operators to adjust parameters such as coating thickness, speed, and coverage area, ensuring optimal results for various PCB designs.
A conformal coating system goes beyond the coating process itself. It includes components such as curing ovens or UV curing chambers, where the coated PCBs are exposed to heat or UV light to ensure proper drying and curing of the coating.