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  • Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing
  • Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing
  • Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing
  • Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing
  • Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing
  • Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing
Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing

Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing

$4.20-$9.99/ Piece|5 Piece/Pieces(Min. Order)

Customization:

colors(Min.Order: 50 pieces)
hardness(Min.Order: 50 pieces)
size(Min.Order: 50 pieces)
shapes(Min.Order: 50 pieces)

Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Media Handling & Pressure Control: Designed to precisely feed and guide paper or flexible materials through inkjet printers and cutter plotters, ensuring smooth media transport and consistent pressure distribution.
  • Durability & Low Friction: The polyurethane-coated rubber exterior reduces wear and friction, while the metallic core provides structural integrity for high-load applications.

Key features

  • 1. Advanced Material Technology

  • With a polyurethane-coated rubber exterior and durable metallic core, you can achieve superior wear resistance and low-friction performance in heavy-duty printing applications. ~20% longer lifespan than traditional rubber rollers*

  • 2. High-Load Performance Capacity

  • Engineered with a high-strength alloy inner structure, these rollers can withstand loads up to 500N, ensuring consistent operation even in high-volume commercial printing environments.

  • 3. Commercial-Grade Reliability

  • Designed for continuous operation, the smooth cylindrical design minimizes paper jams and ensures precise media feeding, ideal for 24/7 industrial use.

  • 4. Customizable Adaptability

  • With customizable dimensions, material compositions, and coating thicknesses, you can tailor the rollers to specific applications—such as thick fabric cutting or delicate inkjet printing.

  • 5. Seamless Integration Design

  • The precision-machined central mounting hole allows for quick and secure installation into existing machinery, reducing downtime by ~30% compared to standard rollers*

Product details

Roland Mimaki Cutter Plotter Pinch Roller 4x10x14mm 3x10x14mm Paper Pressure Rubber Polyurethane Coated Roller Bearing

The Roland Mimaki Cutter Plotter Pinch Roller combines durable rubber-coated polyurethane with a high-strength alloy core, designed for precision paper feeding in inkjet printers. Available in 3x10x14mm and 4x10x14mm sizes, these rollers ensure smooth operation, reduced friction, and extended lifespan in high-volume printing environments.

Technical specifications

FeatureSpecificationBenefit
MaterialRubber-coated polyurethane over alloyWear resistance, low friction, load durability
Size Options3x10x14mm / 4x10x14mmVersatile fit for standard plotter models
Coating TypeBlack polyurethaneUniform wear distribution, chemical resistance
ApplicationInkjet printer pinch rollersPrecision paper guidance in graphic arts
Load CapacityUp to 500 N (depending on model)Supports high-volume printing workflows

Customization guide

Adjustable parameters include:

  • Material: Swap to silicone or EPDM for extreme temperature resistance.
  • Coating Thickness: Customize to balance friction and durability for specific paper types.
  • Core Diameter: Modify to fit non-standard plotter dimensions.

Get inspired

Optimize your inkjet printer’s performance with rollers engineered for precision. Whether you’re printing large-format banners or detailed signage, these rollers ensure consistent paper tension and minimal jams, even under prolonged use.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity500 N+15% (575 N)+30% (650 N)*
Coating Thickness1.2mmEnhanced (1.5mm)Premium (2.0mm)
Core MaterialSteelStainless SteelHigh-Carbon Alloy

Supplier's note

  1. Technical Breakthroughs:

    • The polyurethane coating reduces friction by 20% compared to traditional rubber, extending roller lifespan.
    • The alloy core withstands 3x the torsional stress of standard steel cores, preventing deformation.
    • Customizable coating thickness allows users to tailor surface hardness for paper types (e.g., glossy vs. matte).
  2. Optimal Version Selection:

    • Base Model: Ideal for standard inkjet printers handling lightweight paper (e.g., photo paper).
    • Advanced Model: Suitable for industrial users requiring moderate load handling (e.g., banner printing).
    • Pro Model: Designed for heavy-duty applications like rigid media cutting, where tripled load capacity ensures reliability.

With the Pro Model’s high-carbon alloy core, you can handle 650 N loads without deformation, enabling seamless integration into industrial plotter systems. Pair its thick polyurethane coating with abrasive media to minimize wear and downtime.

Frequently asked questions

  • Which Roland Mimaki Cutter Plotter Pinch Roller size (4x10x14mm vs 3x10x14mm) suits inkjet printers with narrow media?

  • How do I clean the rubber coating on a Roland Mimaki Pinch Roller to maintain low friction?

  • Why choose rubber-coated pinch rollers over silicone for inkjet printer applications?

  • Can I customize the coating thickness of the Roland Mimaki Pinch Roller for heavy-duty use?

  • Are Roland Mimaki Pinch Rollers certified for use in food packaging applications?

  • What industries are Roland Mimaki Cutter Plotter Rollers best suited for?

  • How long do the polyurethane-coated rollers last compared to metal-only alternatives?

  • Do the central mounting holes on Roland Mimaki Rollers fit standard plotter hardware?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Pinch RollersMedia feeding in inkjet/plottersMaterial: Steel core with polyurethane coating (Industry: 200 N load; Our Base: 300 N▲; Our Advanced: 400 N▲▲)
Friction Coefficient: 0.15 (ISO 11998 compliant)
Noise Level: 42 dBA (quieter than a whispering voice)
▲▲ Our Advanced handles 2x heavier loads than Industry Standard
Low friction reduces media slippage
Higher cost than basic rollers
Requires alignment adjustments
Tension RollersMaintaining media tension in printersTension Range: Industry: 0-10 N; Our Base: 0-15 N▲; Our Advanced: 0-20 N▲▲
Spring Load: 500 cycles (ASTM D3330)
▲▲ Our Advanced accommodates 100% wider tension variation
Prevents wrinkling in high-speed printing
Complex calibration needed
Less durable under extreme loads
Drive RollersPower transmission in high-speed printersRPM: Industry: 1500; Our Base: 1800▲; Our Advanced: 2000▲▲
Motor Torque: 5 Nm (IEC 60034-1)
▲▲ Our Advanced boosts print speeds by 33%
Quiet operation (45 dBA)
Longer motor lifespan
Higher energy consumption
Requires frequent lubrication
Idler RollersGuiding media in lightweight systemsMaterial: Industry: Aluminum; Our Base: Fiberglass▲; Our Advanced: Carbon Fiber▲▲
Weight: 200g (ISO 3801 verified)
▲▲ Our Advanced reduces inertia by 50%
Quieter than metal rollers
Lower load capacity (max 150 N)
Costly for large-scale use
Coated RollersHigh-wear environments (e.g., industrial printers)Coating Thickness: Industry: 1mm; Our Base: 1.5mm▲; Our Advanced: 2mm▲▲
ASTM F739 chemical resistance (withstands 50+ exposures)
▲▲ Our Advanced doubles coating durability
Resists abrasion and chemicals
Heavier, may require stronger mounting brackets
Slower heat dissipation
Precision RollersHigh-accuracy printing (e.g., PCB prototyping)Tolerance: Industry: ±0.1mm; Our Base: ±0.05▲; Our Advanced: ±0.02▲▲
Surface Finish: Ra 0.2 μm (ISO 4287)
▲▲ Our Advanced achieves micron-level precision
Minimizes print misalignment
Expensive manufacturing process
Sensitive to dust/particles

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