DECODING THE KONICA MINOLTA KM1024i LINEUP
Finding the exact match for your high-speed scanning systems and single-pass industrial production lines.
The Architectural Leap: All-Nozzle Independent Drive
Unlike legacy 3-cycle “shared wall” technology (where nozzles fire in three staggered sub-groups), the “i” series enables all 1,024 nozzles to fire simultaneously. This unlocks massive throughput improvements.
Legacy 3-Cycle Shared Wall
Predecessor- Shared piezo channel walls constraint firing timing
- Only 1/3 of nozzles fire at any single micro-instant
- Lower aggregate jetting frequency and scanning speed
KM1024i Independent Drive
Current Standard- Dedicated piezo structure per ink channel
- All 1,024 nozzles fire simultaneously
- Up to 3x higher throughput for single-pass & high-speed scan
KM1024i Variant Matrix
Select a category to filter models based on droplet volume and application.
KM1024i SHE
Firing speed: 56 – 60 kHz
Optimized for ultra-crisp micro-text, high-resolution graphic details, and precise functional coatings requiring thin film deposition.
KM1024i SAE-C
Water-Based Architecture
Designed specifically for high-speed water-based textile printing, food-grade packaging, and porous paper substrates.
KM1024i 6988H
(Replaces Legacy MHE-D)
Direct drop-in replacement for MHE-D in swissQprint Nyala, Agfa, and Flora systems. Green Product Approval with 1/3 reduced petroleum materials.
KM1024i MAE-C
Water-Based Single Pass
The medium-drop aqueous solution for industrial single-pass configurations, balancing optical ink density with high processing speeds.
KM1024i LHE
(Replaced by HS1000)
Fires 30 pL droplets at 27 kHz. Built specifically for high-density $TiO_2$ White inks, thick 3D textures, tactile effects, and spot primers.
Drop Size vs. Max Jetting Frequency
Mapping printhead velocity across drop volume dynamics.
Fluid Distribution
KM1024i series fluid optimization share
Seamless Upgrade: From MHE-D to 6988H
The historic 13 pL MHE-D workhorse has been officially succeeded by the 6988H. Both heads maintain identical waveform dynamics and mechanical geometry, ensuring 100% plug-and-play drop-in compatibility without software re-calibration.
Field Engineer Tech Tip: Installation Protocol
When replacing or upgrading KM1024i printheads in high-speed industrial environments, strict ribbon cable maintenance is paramount to long-term head longevity.
