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[ML-5510N/ ML-5510ND/ML-6510ND ML-5512ND/ML-6512ND PowerPoint Presentation
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[ML-5510N/ ML-5510ND/ML-6510ND ML-5512ND/ML-6512ND

[ML-5510N/ ML-5510ND/ML-6510ND ML-5512ND/ML-6512ND

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[ML-5510N/ ML-5510ND/ML-6510ND ML-5512ND/ML-6512ND

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  1. [ML-5510N/ ML-5510ND/ML-6510ND ML-5512ND/ML-6512ND Product Summary R&D2-teamSMB Lab Samsung IT Solutions Business Nov. 10. 2010

  2. 1. ProjectPurpose 2. ProjectConcept 3. ProductConfiguration 4. ProductFeatures 5. ProductPerformance 6. Value Curve 7. Design Details of each Unit Contents

  3. Project Purpose Project Summary Biz. Background ■ Entry into the new market of Corp-level ■ Model Configuration - 2 LBP models(62, 52ppm @ A4) - 2 OEM models ■ Target ■ R&D Schedule • Large Workgroup Users in Corp. • and Mid- Enterprise • - Printing Capacity up to 7K (AMPV) • - Performance & TCO driven Management PIA ’09.05 DVR ’09.11 PRA ’10.12 SRA ’10.12 DIA ’09.05 PVR ’10.10 RTS ’11.01 Expected Outcome Value Proposition ■ Target Sales - 226,000ea (OEM 150,000 / SEC brand 76,000) ■ Product Concept - Best Performance for Workgroup - HighlyCompetitive CPP - Support various options ■ Differentiation Points - Long-lasting Image(2 component toner) - Superior CPP (Low cost of material on CRU)

  4. ProjectConcept Quality DifferentiationPoint Performance Harrier 52/62ppm 4 8 • Faster Speed • (43ppm→ 52/62ppm) 1 • More silent : • - 58dBA (62ppm) • - 56dBA (52ppm) • +Quiet Mode(53dB) • (HP : 60dB) • Controller : • (CPU :500700MHz) • (Memory : 128256MB) 9 • Jam rate : 1/10,000→ 1/12,000 • N/W Speed : • (10/1001GB Ethernet) 10 5 2 • Jitter : 3.2  2.3 User Convenience • Higher Toner • Drum: 80K • Toner :30K • (HP : 24K) 6 11 • Margin / Skew : ±1.5mm  ±1.0mm • ±1.5mm  ±1.0mm 3 4-line LCD 12 7 • Input Capacity : • Max 3,660sheets • (HP :3,100sheets) • Envelope print from CST • (HP :Option) Numeric key Higher Output Quality : Pulverized Toner Polymerase Toner 13 Stork 43ppm 외장 USB Host

  5. ProductConfiguration

  6. Product Features

  7. Product Performance

  8. Value Curve: comparing to other brands & existing models the Fastest among equivalent models, excellentTCO Concept • the fastest A4 printing in the world : 62ppm (Lexmark: 53ppm)@A4 • improved CPP : 2-component long-life separated developing system • (30K toner, 80Kdrum) • High Capacity / Various options: Max 3660sheets, Mail Box, HCF, SCF(4layers) 36K ML-6510ND (62ppm) 55dB ¢0.95 30K $1,179 ¢1.07 58dB 700MHz 62ppm $1,449 15sec 57dB ¢1.13 2.0 1/12K 1mm 24K ML-4551ND (43ppm) 60ppm 600MHz 2.3 540MHz ¢1.27 $1,599 60dB 15sec 1.5mm 30sec 53ppm 1/12K 500MHz 20K 2.4 HP-4515 (60ppm) 1/0.8K 43ppm 3.2 35sec T654 next (53ppm) Jitter/ Banding Toner Yield FPOT TCO Noise CPP Jam Margin Speed Process

  9. Harrier Overall Composition ■ Overall Composition– Main parts in Machine (Front View)

  10. Harrier Overall Composition ■ Overall Composition– Main parts in Machine (Rear View)

  11. Harrier Overall Composition ■ Overall Composition– Optional Parts [6] [7] [1] Main SET [2] SCF [3] HCF [4] HDD [5] Wireless Lan Card(b/g/n) [6] Finisher [7] Mail Box [8] Memory (512MB) [9] Duplex (“N” Model) [10]IEEE 1284 Parallel [9] [1] [5] [4] [8] [3] [2] ※ Optional CST : 4 SCF (Max) or2 SCF+ 1 HCF

  12. Harrier Overall Composition ■ Features by Models

  13. Design Details : Operation Panel ■ UI

  14. Design Details: Layout TONER EXIT DEVE LSU OPE FUSER Tray1 MP SMPS/HVPS Tray2 Main CST DUPLEX MP Tray 3 SCF Tray 4 SCF CASSETTE PBA Connector - S-PATH FIFO TYPE, Cassette Type (520sheets/80gsm) - Install/remove the toner cartridge at front - CST in Lifting-structure method /Separating structure with Retard roller - VariousOptions(Mail Box, Finisher, SCF, HCF) HCF

  15. Design Details: Band Periods of Rollers OPC Drum HEAT R MP Pickup Transfer R Regi R Feed R Forward R Pressure R Duplex R Pickup Retard R

  16. Design Details: FRAME -. FRAME robust design 1) Robust design by applying PRESS FRAME 2) 41.9Hz of Eigen frequency, better than recommended (40Hz) through CAE analysis -. Stable dimensions& better performance 1) Align OPC and LSU properly using Frame AssemblyJig (within 0.2mm of tolerance ) 2) Stabilizing CRUM contact by using Modular Jack 3) Smoother install/removal of CST with Guide Rail andRoller 4) Better pick-up performance with CST locking structure 11.9HZ 41.9HZ AssemblyJig CST Rail DEVE contact point CST locking structure Regi Actuator

  17. Rear guide Design Details: CASSETTE -. Improved Feeding Quality 1) Media weight : 60gr ~ 163gr, 520sheets@ 80gr, Supporting Envelope/OHP/Label 2) Retard-roller (Torque Limiter) in CSTprevents multi-feeding of special papers (perforated/horizontal grain/recycled) 3) Support A6 Size paper 4) Apply anti-slide structure for Rear-guide (to hold rear-guide in position at 20Kgf-impact with papers full.) -. Improved Sentiment Quality : Smoother adjusting of Paper Guide / CST in and out -. Modular design: Modularized MP Assycan be spread to other models -. Easier service: Simpler way to exchange Retard Roller Assy -. Modularized Paper Size Sensor Handle Rotation Axis Retard Roller

  18. Design Details: MP -. Improved Feeding Quality 1) Swing type Pick-Up R. + fixedSemi-Retard Roller: more stable feeding performance 2) 100sheets@80gr 3) Wider range of Media Weight : 60gr ~ 220gr 4) install Paper Stopper for more convenient use 5) Easier service: Simpler way to exchange Retard Roller Assy Forward Roller Regi Roller Retard Roller Easy to exchange Retard Roller

  19. Design Details: Duplex & Exit -. Improved Duplex Print Quality 1) Reduced Skew: 2 Roller Align 2) Wider range of Media Weight : 16~28Ib (in the same class with other brand models) -. Better Stacking : Apply Rollers with Non-Contact Overlap for less noise and longer life -. Reduced Noise and Better Reliability : Solenoid -> Motor , Removed De-curl Roller -. Convenience for Users : easy to release Paper-Jam by installing/removing whole UNIT Exit Unit Non-contactRollers Align Roller Duplex Unit

  20. Design Details: DRIVE Swing -. Reduce JITTER and BANDING 1) DeveloperI/F : Coupler 2) Improved Gear Contact Intervaland Strength : Optimize face width of DriveGears 3) Separated drive for OPC / Feed -. the Lowest Noise level in its class: 56.1dBA(Spec : 58dBA) 1) Bracket : Overlapped / Supported in symmetric ends 2) Fuser unitSwing Gear : Uniform Gear Contact Interval -. CST : Lift Motor and Swing structure

  21. Design Details: Developer -. Developing Method : 2-componentMagneticBrush -. Light-Sensitive Device: OPC, Pi 30 -. Long-lifeCartridge : Low CPP 1) Imaging Unit : 80K life (@ N/N, Simplex ISO 5% Coverage Pattern, 100% Duty Running) 2) 10K, 30K Separated Toner units 3) 30K Waste Toner Bottle -. AC + DC developing technology: High image quality / Stable development -. PolymeraseToner -. Charge Roller : ion-conductingCR  electron-conductingCR -. EP control: CTD control(maintain the image concentration) Toner unit OPC Drum Mag Roller Imaging unit Turbine Roller

  22. Design Details: FUSER -. Improved Fusing Quality 1) Lamp & Sensor : 1300W 2 Lamp - center (image part) : non-contactThermistor - side : contactThermistor 2) Jam : Pi Primer-Coating Claw /Safe distance between Nip and Claw 3) Preventing abrasion of Gear : Swing Gear with Gap Ring 4) Curl : Optimized Exit2 Roller Path after H/R & P/R Nips 5) Release PressureMotor : Control pressure envelope print, Release Nip to remove Jam 6) PL : SquareBi-metal Thermostat (H/R Gap 1.15mm), Cutoff temperature195℃ -. Easier Service : Draw Con. Thermistor Swing gear Release PressureMotor Heat Roller Pressure Roller

  23. Design Details: LSU -Resolution: Mono, A4, 600dpi -4Beam LD (60PPM), Dual Beam LD (50PPM), 1 P/Motor, 2f Lens -Optical system: Real 1200 Optical system(the same as Rushmore’s) Datum Scanning Direction