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  • High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings
  • High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings
  • High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings
  • High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings
  • High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings
  • High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings
High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings

High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings

$899.00-$899.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Name plate(Min.Order: 1 pieces)
voltage(Min.Order: 1 pieces)
Plate width(Min.Order: 1 pieces)

High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision UV Exposure: Designed for accurate curing of resin and polymer plates in pre-press processes, ensuring consistent and reliable results for printing applications.
  • Customizable Settings: Equipped with a digital control panel for adjustable UV intensity, exposure time, and temperature, enabling adaptation to diverse material requirements.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • Material Technology

  • 2. Touchscreen Interface with Multi-Program Presets

  • Interactive Design

  • 3. Semi-Automatic/Automatic Operation for Precision Efficiency

  • Performance Parameters

  • 4. Versatile Customization for Diverse Applications

  • Scenario Solutions

  • 5. Eco-Friendly Design Principles

  • Certification Standards

Product details

High-Precision Ultraviolet Exposure Machine for Resin and Polymer Platemaking with Customizable Settings

... (few sentences)

Technical specifications

FeatureSpecificationBenefit
.......

Customization guide

(customization hints) ...

Get inspired

(a short introduction to inspire customers)

Choose your model

ParameterBase ModelAdvanced ModelPro Model
...

Supplier's note

...

Wait, there's a conflict here. The user first says the Technical Parameters Table should have Columns: Feature, Specification, Application Scenario, but in the example format, they have Feature, Specification, Benefit. The user might have made a mistake here. Since the example uses Benefit, perhaps the user intended the Technical Specifications table to have Benefit instead of Application Scenario. Alternatively, maybe they want two separate tables? Let me check the instruction again.

Looking at the user's instruction:

"Please convert the following information into a table and descriptive text:

Vision Detail -> Corresponding parameters(Material / size / ...) Product Attributes -> Technical specifications( certification standard / ...) Structured Requirements:

Technical Parameters Table (Columns: Feature, Specification, Application Scenario) Customization Hint (Adjustable XX parameters to meet XX special needs) Scenario Solution Paragraph (Example: Medium thickness fabric is suitable for making summer shirts because...) (Act as a technical writer. Refer to the product cluster classification table given) Create a Choose Your Model table comparing our three versions against industry benchmarks, using this structure: ..."

So the user explicitly states that the Technical Parameters Table should have Feature, Specification, Application Scenario. But in the example format, they have Feature, Specification, Benefit. This is conflicting. Since the user's example format is part of the required output, perhaps the user intended the Technical Specifications table to have Benefit instead of Application Scenario. Maybe it's a mistake in the instruction. Alternatively, perhaps the Technical Parameters Table is separate from the Technical Specifications table in the example.

Wait, the user says "Please convert the following information into a table and descriptive text: Vision Detail -> Corresponding parameters(Material / size / ...) Product Attributes -> Technical specifications( certification standard / ...)" So maybe the Technical Parameters Table is the one with Feature, Specification, Application Scenario, and the Technical Specifications table in the example is another one. But the user's final format includes a Technical Specifications section with Feature, Specification, Benefit. So perhaps the user made an error, but since the example format is given, I should follow that. Alternatively, maybe the user wants two tables? Hmm, this is a bit confusing. To resolve this, perhaps the Technical Specifications table in the example is the same as the Technical Parameters Table mentioned earlier, but with Benefit instead of Application Scenario. Since the example format is more specific, I'll follow that, using Feature, Specification, Benefit. The user might have mixed up the terms, so I'll proceed with the example's structure.

Now, moving on. The product is a UV exposure machine for resin and polymer platemaking. The Technical Specifications table needs to list features like Material (stainless steel), Control System (digital with display), Voltage (220V), Automatic Grade (semi-automatic/automatic), Drawer Storage (2 stainless steel drawers), etc. The benefits would be durability, precise control, compatibility with voltage, flexibility in automation, storage for tools, etc.

Customization Guide should mention adjustable UV intensity and exposure time via the control panel, and the ability to choose between semi-automatic and automatic modes based on workflow needs.

Get Inspiration: Highlight precision, customization, and durability for commercial use in print shops or labs.

Choose Your Model table: Parameters like UV Intensity, Automation Level, Drawer Capacity. Base model might have standard intensity, semi-automatic, basic drawers. Advanced adds 15% intensity, full automation, enhanced drawers. Pro has 30% higher intensity, full automation, premium drawers. Comparative hints like "30% higher UV intensity than industry standards".

Managers Note: Three breakthroughs could be the UV intensity improvement, the automation options, and the hygienic stainless steel design. Then guide users: Base for small shops needing basic functions, Advanced for medium with automation, Pro for high-volume with premium features.

I need to ensure all product attributes are included, like voltage and automation. Also, the vision details like non-slip handles, color scheme, portability via handles. Maybe include those in the Technical Specifications as features like "Handles" with non-slip material and benefit of easy transport.

Wait, the vision details mention handles made of non-slip material (rubber/plastic), so that's a feature. Also, the color scheme with orange accents for visibility. Maybe include those as features with their benefits.

Putting it all together, the Technical Specifications table would have entries like:

FeatureSpecificationBenefit
MaterialStainless Steel BodyDurable, hygienic, easy to clean
HandlesNon-slip Rubber/PlasticSecure grip and portability
Control SystemDigital Display with Adjustable SettingsPrecise control over UV intensity, exposure time, and temperature
Voltage220VGlobal compatibility
Automatic GradeSemi-Automatic/Automatic OptionsFlexible workflow adaptation
Drawer Storage2 Stainless Steel DrawersOrganized storage for tools and materials
Color SchemeStainless Steel with Orange AccentsProfessional and high-visibility design

Then the Customization Guide can mention adjusting UV settings and automation levels. The Get Inspiration paragraph can talk about precision and customization for resin work.

Choose Your Model table parameters might be UV Intensity, Automation Level, and Storage Capacity. The base model has standard intensity, semi-automatic, basic drawers. Advanced has +15% intensity, full auto, enhanced. Pro has +30%, full auto, premium.

Managers Note: Breakthroughs are UV intensity (30% higher than industry), automation options, and hygienic design. Then guide users to choose based on their needs: Base for small businesses, Advanced for medium with automation, Pro for high-volume with premium features.

I need to ensure the "With X, you can Y" structure. For example, "With adjustable UV intensity settings, you can optimize curing for different resin types."

Also, include comparative hints like "30% higher UV intensity than industry standards" in the Pro model's description.

Double-check all product attributes and vision details are covered. Voltage is included. Automatic grade is there. The handles and drawers are part of the features. The application scenarios would be in the Technical Parameters table's benefit column, perhaps, since the user's instruction for Technical Parameters Table includes Application Scenario, but the example uses Benefit. Since the example's format is given, I'll stick with Benefit.

Alright, time to structure all this into the required markdown format. </think>

Frequently asked questions

  • Which model (semi-automatic/automatic) suits small print shops for resin platemaking?

  • How to clean UV lamps in resin exposure machines with stainless steel bodies?

  • Resin vs Polymer Platemaking: Which is better for UV exposure consistency?

  • Can I adjust exposure time on customizable UV exposure units for thin plates?

  • Is this machine FDA/ISO certified for food packaging pre-press applications?

  • How portable is the stainless steel UV exposure unit with non-slip handles?

  • Does 220V voltage affect performance in international settings?

  • How does UV intensity setting prevent resin overexposure and warping?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
UV Exposure MachinesPre-press platemaking, graphic artsAutomation Level: Semi-Automatic ▲ Full Automatic (50+ plates/hr)
▲▲
Exposure Uniformity: ±8% (Base) ▲ ±5% (Advanced) (ISO 11146)
Material: Stainless Steel (ASTM A240 corrosion resistance)
High precision (±5% uniformity)
Customizable settings (10+ parameters)
Energy-efficient (220V IEC 60950-1 compliant)
Higher upfront cost
Requires operator training for advanced features
Inkjet PrintersProofing, variable data printingResolution: 1200 dpi (ISO/IEC 19798)
Ink Type: UV-curable (ASTM D543 chemical resistance)
High-resolution output
On-demand printing flexibility
High ink costs
Regular nozzle cleaning required
Laser CuttersDie-cutting, prototypingAccuracy: ±0.01mm (ISO 2351)
Power: 60W (IEC 60825-1 safety)
Precision cutting (±0.01mm)
Material versatility (up to 10mm acrylic)
Limited material thickness
Risk of heat distortion
Digital PrintersShort-run printing, packagingSpeed: 100 pages/min (ISO/IEC 24730)
Media Handling: Roll-fed (500mm width)
Fast production (100 pages/min)
Cost-effective for small batches
High initial investment
Complex maintenance
Thermal Imaging MachinesTemporary labels, heat transfersTemperature: Up to 200°C (IEC 60068-2-2 test)
Speed: 15m/min (ISO 527-2)
Quick setup (10 sec preheat)
Low operational cost
Limited durability (6–12 months)
Limited color options
Offset Plate MakersLarge-scale printing, long-run productionPlate Size: Up to 1.2m (ISO 2848)
Chemical Resistance: ASTM F739 compliant
High-volume output (500+ plates/day)
Proven reliability
Chemical waste disposal challenges
Long setup times (30+ mins)

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