512I HEAD CABLE 2 SIDE CLIP
₹500
/ Pcs.
Kyocera printheads require incredibly dense data arrays to fire multiple drop sizes at high frequencies. Our cables feature high-grade electromagnetic shielding that repels electronic noise and cross-talk from heavy gantry motors, completely eliminating erratic nozzle firing and vertical banding.
Industrial Kyocera gantries slide at extreme speeds with rapid directional changes. Standard cables fail quickly under this whipping action, but our ribbon utilizes custom-annealed, ultra-flexible flat copper lines that easily survive millions of continuous bending cycles inside the drag chain.
Kyocera printheads require incredibly dense data arrays to fire multiple drop sizes at high frequencies. Our cables feature high-grade electromagnetic shielding that repels electronic noise and cross-talk from heavy gantry motors, completely eliminating erratic nozzle firing and vertical banding.
Industrial Kyocera gantries slide at extreme speeds with rapid directional changes. Standard cables fail quickly under this whipping action, but our ribbon utilizes custom-annealed, ultra-flexible flat copper lines that easily survive millions of continuous bending cycles inside the drag chain.
| Technical Parameter | Specification Details |
| Product Name | Industrial Kyocera Printhead Data Cable / High-Flex FFC Harness |
| Printhead Compatibility | Kyocera KJ4A, KJ4B Series (UV-Curable, Water-Based, Textile Inks) |
| Pin Density / Layout | High-Density Multi-Pin Industrial Layout (Pitch matches exact Kyocera socket standards) |
The Kyocera Head Cable is a high-density, ultra-precise electronic data harness specifically engineered to meet the demanding signal requirements of industrial Kyocera printheads (such as the KJ4A and KJ4B series). Kyocera printheads are famous for their unmatched speed and high nozzle density, requiring millions of perfectly synchronized electrical pulses to fire simultaneously. This specialized data cable acts as a flawless, high-speed highway to transmit that massive data stream without a microsecond of lag.
