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- HP PRESSURE ROLLER For 1102/6030/LBP 6230/1606/1005 (FOME)
HP PRESSURE ROLLER For 1102/6030/LBP 6230/1606/1005 (FOME)
Quick Details
Model Pressure Roller (FOME): Durable foam pressure roller
Ensures smooth and accurate paper feeding
Reduces paper jams and misfeeds
Reliable performance for everyday printing
Easy to install and replace
1,000৳
0.0৳
| Feature / Attribute | Product Specification Details | Implementation Impact |
| Product Component | Laser Printer Lower Pressure Roller (LPR) | Applies the essential mechanical upward force to facilitate thermal toner bonding. |
| Material Construction | High-Density Cellular Foam Rubber Core ("FOME") | Provides controlled compression at the fuser nip zone to prevent paper wrinkling. |
| Outer Surface Finish | Heat-Resistant Non-Stick Protective Sleeve | Prevents offset toner accumulation, eliminating back-page smudging defects. |
| Core Shaft | Solid Reinforced Steel Axis | Resists structural bowing or flexing under high mechanical workgroup tension. |
| Thermal Resilience | Rated for continuous operation up to 200°C | Withstands the intense heat radiating directly from the adjacent ceramic heater element. |
| HP LaserJet Compatibility | LaserJet P1102, P1102w, P1005, P1006, P1566, P1606dn | Cross-compatible across several generations of popular HP monochrome engines. |
| Canon LBP Compatibility | LBP-6000, LBP-6030, LBP-6030w, LBP-6230dn, LBP-3010 | Drops perfectly into shared Canon engine variants matching the HP chassis layout. |
| Primary Failure Indicators | Loose toner smudging, creased pages, repeating background marks, back-page spots | Signals that the internal foam layer has collapsed or the outer sleeve has ruptured. |
| Defect Spacing Rule | Periodic repetition based on roller circumference | Fixed spacing intervals on paper help technicians isolate the roller as the failing part. |
| Bushing Compatibility | Designed for standard high-temperature fuser bushings | Requires matching fuser bushings to ensure smooth, low-friction rotational drive. |
| Maintenance Profile | Advanced internal mechanical replacement part | Requires full teardown of the fuser assembly; professional technician install advised. |
Description
The HP Compatible Lower Pressure Roller (Foam Grade / "FOME") is a critical, heavy-duty mechanical component situated inside the printer's fuser assembly. It works in perfect tandem with the upper fuser fixing film sleeve to permanently bond toner powder into the fibers of the paper. While the upper heating element and film sleeve apply the extreme temperatures (up to 200°C) required to liquefy the plastic resins within the toner, the pressure roller provides the intense, uniform upward mechanical force necessary to press that molten toner deep into the paper. This specific "FOME" variant is engineered with a high-density, cellular foam-rubber core that offers a specialized degree of elasticity and structural compliance. This allows the roller to deform slightly at the contact point (known as the fuser nip zone), expanding the surface area of heat and pressure application to ensure flawless toner adhesion without causing paper creasing or wrinkling.
The inner core of the roller rotates on a rigid steel shaft driven by the printer's main gear train, while the outer foam layer is encapsulated in a high-grade, seamless, non-stick heat-resistant sleeve. This outer layer prevents residual toner from tracking onto the roller and contaminating the reverse side of subsequent pages. Over prolonged service lifecycles, the intense heat and continuous pressure causes the internal foam matrix to break down, lose its structural rebound elasticity, or develop flat spots. Additionally, paper dust, accumulated friction from paper edges, or accidental foreign objects like staples can gouge, blister, or tear the outer surface. When a pressure roller degrades, it manifests through distinct print quality issues and mechanical failures, including repeating ghost images, toner that easily rubs or smudges off the page due to poor fusing pressure, skewed paper tracking, and frequent paper jams deep within the fuser section. Rebuilding the fuser with this high-performance foam pressure roller restores original factory-spec mechanical compression, ensures consistent duplex handling, and avoids the steep expense of purchasing an entirely new complete fuser module.