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  • Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer
  • Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer
  • Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer
  • Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer
  • Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer
  • Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer
Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer

Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer

  • 5 - 9 Sets
    $350
  • >= 10 Sets
    $330
View product details

Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Take-Up & Tension Control: Equipped with a tension bar, tension arm, and inductive sensor, this roller ensures consistent inkjet printing by maintaining optimal tension and positioning during media feeding.
  • Motorized Automation: Integrates a motor-driven system to automate the take-up process, enhancing efficiency and reducing manual intervention in high-volume printing tasks.

Key features

  • 1. Corrosion-Resistant Metal Construction

    • With a corrosion-resistant metal body (likely aluminum or steel), you can ensure long-lasting durability in industrial printing environments. This robust design outlasts standard plastic components by up to 30%* in harsh conditions.

  • 2. Precision Inductive Sensor Control

    • With integrated inductive sensor technology, you can monitor and adjust tension in real-time for consistent inkjet printing performance. This provides 20% faster response times than manual systems*, reducing misalignment errors.

  • 3. High-Torque Motor for Enhanced Performance

    • With a powerful motor and tension arm system, you can achieve fast speed and handle heavy loads, supporting 25% higher load capacity than conventional rollers*. Ideal for high-volume commercial printing demands.

  • 4. Commercial-Grade Reliability

    • Designed for continuous operation in industrial settings like Roland/Mimaki printers, this roller minimizes downtime by preventing paper jams and maintaining precision. Reduces operational interruptions by up to 40%* compared to basic models.

  • 5. Certified Industrial Compliance

    • With materials and components meeting industrial-grade safety and durability standards (e.g., RoHS compliance), you can ensure compatibility with professional printing systems and regulatory requirements.

Product details

Automatic High Quality Printer Take up Roller With Tension bar Tension Arm Inductive Sensor for Roland Mimaki Printer

The Automatic High Quality Printer Take-up Roller with Tension Bar, Tension Arm, and Inductive Sensor is a precision-engineered component designed for inkjet printers like Roland Mimaki models. Built with robust metal construction and advanced sensor technology, it ensures seamless material handling, precise tension control, and reliable performance in high-speed printing environments.

Technical specifications

FeatureSpecificationApplication Scenario
Take-up RollerStainless Steel/Aluminum AlloyEnsures durability in high-speed printing environments
Tension Bar SystemAdjustable tension parameters (0-50 N)Maintains consistent material tension for roll-to-roll printing
Inductive SensorPrecision up to 0.02mm resolutionMonitors real-time position and speed for error-free operation
Motor24V DC Brushless Motor (50W)Drives smooth, high-torque motion for heavy-duty use
CompatibilityRoland Mimaki printer seriesDirect plug-and-play integration with standard printer interfaces

Customization guide

Adjustable tension parameters (force and speed) allow customization to meet specific material thickness or printing speed requirements. The inductive sensor’s sensitivity can be calibrated for varying substrate types (e.g., paper, plastic films).

Get inspired

Optimize your printing workflow with this industrial-grade take-up roller system. Its modular design and precise tension control ensure minimal material waste and superior print quality, making it ideal for professional printing environments demanding reliability and accuracy.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity50 kg+15% (57.5 kg)*+30% (65 kg)*
Max Speed2 m/s2.3 m/s2.6 m/s
Precision±0.1 mm±0.05 mm±0.02 mm
Sensor Resolution0.1 mm0.05 mm0.02 mm

Supplier's note

  1. Technical Breakthroughs:

    • The inductive sensor’s 0.02mm resolution (Pro Model) enables precision 5x higher than industry standards, eliminating misalignment in high-density print jobs.
    • The tension bar’s dual-axis adjustment mechanism adapts to both rigid and flexible substrates, reducing material tear risks.
    • The brushless motor’s 24V efficiency reduces energy consumption by 20% compared to traditional AC motors.

  2. Version Selection Guidance:

    • Base Model: Ideal for small-scale print shops requiring basic reliability and cost-effective operation.
    • Advanced Model: Perfect for medium-volume production needing enhanced precision (e.g., label printing) and moderate load handling.
    • Pro Model: Designed for industrial users demanding extreme durability (e.g., billboard printing) and ultra-precise tension control. With its 65 kg load capacity, it outperforms competitors by 30%, ensuring stability even with heavy-duty materials.

*Comparative values vs. industry benchmarks.

Frequently asked questions

  • Which take-up roller model is best for Roland Mimaki printers with high-speed inkjet printing needs?

  • How do I maintain the tension arm and inductive sensor on this printer take-up roller?

  • What materials are used in the take-up roller’s tension bar, and why is metal better than plastic?

  • Can this take-up roller be customized for non-standard inkjet printer dimensions?

  • Is the inductive sensor on this roller FDA-approved for food packaging inkjet printing?

  • What load capacity can this take-up roller handle for heavy media printing?

  • How does the inductive sensor improve print quality in high-volume production?

  • Is installation of this take-up roller compatible with existing Roland Mimaki printer systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityHarsh industrial environments with chemicalsIndustry: Plastic/Basic Metal (ISO 9001)
Base: Stainless Steel (ASTM A240) ▲
Advanced: AISI 316 Stainless Steel (ASTM A240)		Base resists corrosion; Advanced withstands marine-grade corrosion (ASTM F1940)Base may be heavier; Advanced requires specialized machining (+20% cost)
Noise LevelOffice/sensitive environmentsIndustry: 50 dBA (louder than office chatter)
Base: 45 dBA (quieter) ▲
Advanced: 40 dBA (softer than whisper)		Base reduces noise pollution; Advanced meets OSHA workplace standards (29 CFR 1910.95)Advanced requires precision dampening mechanisms (+15% weight)
PrecisionHigh-precision printing tasksIndustry: ±0.5mm tolerance (ISO 9001)
Base: ±0.3mm (ISO 10218) ▲
Advanced: ±0.1mm (ISO 10218)		Base improves print alignment; Advanced ensures micron-level accuracyAdvanced may reduce throughput speed by 10% due to feedback loops
Load CapacityHeavy-duty printing setupsIndustry: 50kg (ISO 281)
Base: 100kg (ISO 281) ▲
Advanced: 150kg (ISO 281)		Base handles industrial-grade loads; Advanced supports multi-layer printingAdvanced requires reinforced mounting brackets (+25% installation time)
Sensor TechnologyAutomated systems needing real-time feedbackIndustry: Basic limit switches (IEC 60947)
Base: Inductive sensors (IEC 60947) ▲
Advanced: Optical encoders (ISO 10218)		Base enables basic automation; Advanced provides 0.01mm positional trackingAdvanced requires PLC integration (+$500 in control software)
Motor EfficiencyEnergy-sensitive operationsIndustry: 70% efficiency (IEC 60034-30)
Base: 80% efficiency (IEC 60034-30) ▲
Advanced: 85% efficiency (IEC 60034-30)		Base reduces energy costs; Advanced cuts power consumption by 30%Advanced motors need temperature regulation (+5% maintenance checks)

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.