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Lab-Scale Infrared Drying Oven with Programmable Profiles, 30-200°C Range, and Customizable Belt Speed for Molded Pulp R&D
Product Overview
This infrared drying production line is engineered for rapid, energy-efficient drying and curing of water-based, solvent-based, or UV-curable coatings applied to molded pulp tableware and packaging products. The system uses short-wave or medium-wave infrared emitters to directly transfer heat to the coating and substrate surface, significantly accelerating water evaporation and crosslinking reactions.
Unlike conventional hot air drying methods that heat the surrounding air, infrared drying delivers direct energy transfer to the product—achieving drying time reductions of 25-90% and energy savings up to 40% compared to convection methods. Short-wave infrared reaches full power in 1-2 seconds with no preheating delay, reducing idle energy consumption.
For complex-shaped products with deep cavities or varying thicknesses, the system can be equipped with customizable rotating fixtures, tilting pallets, or strategically placed emitter layouts to ensure uniform heat distribution across all surfaces—preventing wet spots, warping, and surface defects.
Teflon mesh, Kevlar mesh, stainless steel mesh, or solid belt
Customizable belt material selection
Drying Capacity
200 - 1,000+ pieces/hour (product-dependent)
Customizable per product configuration
Control System
PLC with touchscreen HMI, recipe storage
Customizable automation protocols
Power Supply
380V / 400V / 460V, 50/60Hz, 3-phase
Configurable to regional standards
Note: All technical parameters are customizable to meet specific production requirements and product specifications.
Applications
Food Service Ware: Drying water-based barrier coatings on plates, bowls, clamshells, lunch boxes, cup carriers—ensuring fast curing and consistent quality
Egg Trays & Produce Trays: Rapid drying of fruit and vegetable packaging coatings to extend shelf life
Electronics Packaging: Precision drying of anti-static coatings on trays for semiconductors, circuit boards, hard drives—maintaining flatness tolerances
Medical Device Trays: Cleanroom-compatible drying for sterile barrier packaging
Cosmetics Packaging: Premium molded fiber inserts and display trays—aesthetic and functional coating drying
Veneer & Thin Wood Panels: Surface drying before final curing or adhesive activation
Materials compatibility: Suitable for various pulp formulations including bamboo fiber, wheat straw, sugarcane bagasse, and recycled paper pulp, with customizable parameter adjustments for different fiber compositions, product thicknesses, and moisture content targets.
Key Features
Rapid Drying: Infrared energy directly heats water molecules within the coating and substrate, reducing drying time by 25-90% compared to conventional hot air methods
Energy-Efficient Operation: Direct heat transfer eliminates energy waste from heating surrounding air, saving up to 40% energy
Instant On/Off Response: Short-wave IR reaches full power in 1-2 seconds—no preheating delay, reducing idle energy consumption
Gentle Processing: Short-wave IR provides effective surface heating without overheating the pulp core, preventing warping and deformation
Superior Drying Uniformity: Engineered emitter layout and multi-zone temperature control achieve ±5% temperature uniformity across the entire belt width
Deep-Cavity Drying Capability:Customizable rotating fixtures and strategic emitter placement ensure complete coverage of complex geometries
Intelligent PLC Control: Touchscreen HMI with recipe storage and real-time monitoring of temperature, power, and conveyor speed
Modular Construction: Facilitates easy installation, maintenance, and future upgrades
Full Data Traceability: Batch logging of temperature, conveyor speed, and power settings for quality control compliance
Safety & Compliance: Built-in over-temperature protection, emergency stops, safety interlocks; CE and ISO9001 certified
Customization Options
Emitter Configuration:Customizable IR wavelength selection and power density arrangement
Drying Chamber:Customizable chamber length (2-15 m), width, and zone count
Conveyor System:Customizable belt materials, speed profiles, and belt height adjustment
Product Handling System:Customizable fixtures for complex 3D shapes
Heating Profiles:Customizable programmable drying cycles for different formulations
Hot Air Assist:Customizable air circulation for deep-cavity products
Control Interface:Customizable automation levels with MES/ERP integration
Cooling Section:Customizable forced-air cooling zone
Line Layout:Customizable configuration for space constraints or large-scale production
Cleanroom Compatibility:Customizable cleanroom integration with HEPA/ULPA filtration
Support and Services
Installation & Commissioning: On-site setup, calibration, and integration by experienced engineers
Comprehensive Training: Hands-on training for operators, maintenance staff, and R&D personnel
Remote Support: 24/7 remote troubleshooting via video call or IoT monitoring
Process Development: Free sample testing and process development with full optimization report
Technical Consultation: Free lifetime technical consultation and future upgrade services
Lifetime Support: Technical assistance via phone, email, or online chat
Frequently Asked Questions
What is the typical production capacity of this infrared drying line?
Production capacity ranges from 200-1,000+ pieces per hour depending on configuration, product geometry, coating formulation, and conveyor speed (0.3-10 m/min). By adding heating zones or increasing chamber length, throughput can be scaled to meet production targets. Capacity is fully customizable based on your target production volume and product geometry.
How does infrared drying compare to hot air drying for molded pulp coatings?
Infrared drying reduces drying time by 25-90% and energy consumption by up to 40% compared to conventional hot air methods. IR heats the product and coating directly, rather than heating the surrounding air, leading to faster heat transfer and less energy loss. For heat-sensitive pulp substrates, short-wave IR offers gentle surface drying without overheating the core.
What is the main advantage of short-wave IR for pulp molds?
Short-wave IR provides rapid surface drying without applying excessive heat that could warp or damage the delicate cellulose structure. It delivers instant response reaching full power in 1-2 seconds, making it ideal for heat-sensitive materials.
Can the system handle complex 3D shapes with deep cavities?
Yes. For deep-cavity and irregular-shaped products, we offer customizable solutions including rotating fixtures, tilting pallets, and strategically placed emitter arrays to ensure uniform heat distribution across all surfaces. This is the core advantage of our customization process—we analyze your specific product geometry and engineer the emitter layout and handling system accordingly.
Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
Business Type:
Manufacturer
Year Established:
2007
Total Annual:
2000000-3000000
Employee Number:
150~200
Ecer Certification：
Verified Supplier
Dongguan OSMANUV Machinery Equipment Co., Ltd. was established in 2007 and is headquartered in Dongguan, Guangdong Province, a renowned manufacturing hub within the Guangdong-Hong Kong-Macao Greater Bay Area. We are a high-tech enterprise integrating R&D, production, sales, and af... Dongguan OSMANUV Machinery Equipment Co., Ltd. was established in 2007 and is headquartered in Dongguan, Guangdong Province, a renowned manufacturing hub within the Guangdong-Hong Kong-Macao Greater Bay Area. We are a high-tech enterprise integrating R&D, production, sales, and af...
