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Rack-Type Precision Hot Air Conveyor Oven with Precision PID Temperature Control and Multi-Zone Independent Heating for PCB

Rack-Type Precision Hot Air Conveyor Oven with Precision PID Temperature Control and Multi-Zone Independent Heating for PCB

Brand Name: HXT
Model Number: HXT-730
MOQ: 1 pcs
Price: 20000–40000 USD
Packaging Details: Wodden box
Payment Terms: T/T
Detail Information
Place of Origin:
China
Certification:
CE
Machine Type:
Rack-Type Precision Hot Air Conveyor Oven
Application:
PCB Solder Mask Drying, Curing & Ink Baking
Heating Method:
Forced Hot-Air Circulation
Conveyor System:
Automatic Rack-Type Chain Conveyor
Temperature Control:
Precision PID Temperature Control
Heating Configuration:
Multi-Zone Independent Heating
Control System:
PLC + HMI Automatic Control
Suitable PCB Processes:
Solder Mask Pre-Curing, Post-Curing, Legend Ink Curing, Ink Drying, Hole Plugging Baking
Supply Ability:
1000 pcs per month
Highlight:

Precision PID Temperature Control PCB Conveyor Oven

,

Multi-Zone Independent Heating PCB Hot Air Oven

,

Forced Hot-Air Circulation Rack-Type Precision Hot Air Conveyor Oven

Product Description

Rack-Type Precision Hot Air Conveyor Oven with Precision PID Temperature Control and Multi-Zone Independent Heating for PCB

The Rack-Type Precision Hot Air Conveyor Oven is a continuous thermal-processing system designed for PCB manufacturing, especially for drying, pre-curing and final curing of solder mask, solder resist, legend ink and other PCB coatings.

The PCB panels are loaded onto racks and transported continuously through a controlled hot-air chamber. Forced hot-air circulation provides relatively uniform heating across the PCB surface, while controlled temperature and conveyor speed allow the curing process to be matched to different ink and coating requirements. Rack-type conveyor ovens are specifically used in PCB processes such as solder-mask pre-cure/post-cure, marking cure and hole-plug baking.

Parameter Typical / Recommended Specification
Machine Name Rack-Type Precision Hot Air Conveyor Oven
Application PCB Drying, Baking & Thermal Curing
Processing Material Bare PCB / Multilayer PCB / Double-Sided PCB
Main Applications Solder Mask Pre-Cure, Solder Mask Post-Cure, Legend Ink Curing, Hole Plugging Baking
Heating Method Forced Hot-Air Circulation
Oven Type Continuous Conveyor / Tunnel Type
Transport System Rack + Chain Conveyor
Heating Zones 3–8 independent zones, depending on configuration
Temperature Range Ambient to approximately 180–200°C
Temperature Control Independent zone PID control
Temperature Accuracy Approximately ±1–3°C
Temperature Uniformity Approximately ±2–5°C
Air Circulation High-volume forced hot-air circulation
Conveyor Speed Adjustable; typically approximately 0.5–3 m/min
PCB Loading Automatic continuous loading
PCB Unloading Automatic continuous unloading
Conveyor Height Typically around 900 ±20 mm
PCB Size Customized according to production requirements
Maximum PCB Width Typically 400–730 mm, depending on model
PCB Thickness Approximately 0.8–4.0 mm, depending on transport system
Heating Chamber Multi-section insulated heating chamber
Insulation Double-layer thermal insulation
Control System PLC + HMI / Digital temperature controller
Temperature Sensor Thermocouple / RTD
Heating Element Electric resistance heater
Conveyor Drive Industrial geared motor
Exhaust System Adjustable hot-air/solvent exhaust
Safety Over-temperature alarm and protection
Cooling Section Optional forced-air cooling
Machine Construction Powder-coated steel / stainless-steel internal chamber
Production Mode Continuous inline production
Power Supply Typically 3-phase, 380 V, 50 Hz; customizable
Installation Indoor / PCB production line
Customization Oven length, zones, conveyor width, temperature and speed can be customized

Key Advantages

  • Uniform hot-air circulation
    High-volume forced air helps distribute heat evenly throughout the working chamber and across PCB panels.
  • Precision temperature control
    Controlled heating helps maintain a repeatable thermal profile for different solder masks and inks. Commercial PCB conveyor ovens use controlled airflow and temperature profiling specifically to improve process consistency.
  • Rack-type PCB transportation
    PCB panels are supported by racks during transportation, making the system suitable for continuous PCB fabrication processes.
  • Continuous production
    Unlike batch ovens, the conveyorized design allows boards to enter and exit continuously, making it suitable for higher-throughput production.
  • Multi-zone heating
    Different heating zones can be configured for gradual heating, curing and thermal stabilization according to the process recipe.
  • Reduced process variation
    Stable temperature, airflow and transport speed help produce more consistent solder-mask and legend-ink results.
  • Flexible PCB applications
    The same basic platform can support solder-mask curing, legend-ink curing, ink drying, hole plugging and other compatible PCB thermal processes.
  • Production-line integration
    The oven can be integrated with upstream and downstream PCB fabrication equipment to form an automated production line. Rack-type and other transport configurations are used in automatic PCB curing systems.

Main Applications

Application Function
PCB Solder Mask Pre-Curing Tack-dries solder mask after coating so the surface is suitable for subsequent exposure/processing.
PCB Solder Mask Post-Curing Fully cures and hardens the solder mask after development.
Legend / Silkscreen Ink Curing Dries and cures printed component markings, logos, text and identification codes.
PCB Ink Baking Removes solvents and thermally cures screen-printed PCB inks.
Solder Resist Drying Provides controlled drying after solder-resist application.
Hole Plugging Ink Baking Cures plugging ink used for PCB hole-filling processes.
Via Filling / Plugging Curing Thermal treatment of suitable via-filling or plugging materials.
PCB Coating Drying & Curing Used for compatible protective coatings and other thermal-curing materials.
Black Oxide / Related PCB Baking Rack-type systems can also be configured for certain PCB baking processes such as black-oxide drying.

Rack-Type Precision Hot Air Conveyor Oven for PCB Solder Mask Drying Curing and Ink Baking
Side-Clamping Precision Hot Air Conveyor Oven for PCB Solder Mask Curing Ink Drying and Hole Plugging
Automatic PCB Hot Air Conveyor Oven Precision Multi-Zone Tunnel Curing Drying Baking Machine
PCB Hot Air Conveyor Oven for Solder Mask Drying and Curing
PCB Conveyor Oven for Solder Mask Curing and Solder Resist Drying
PCB Conveyorized Oven for Solder Resist Curing and Baking
PCB Hot Air Tunnel Oven for PCB Ink Drying and Curing
PCB Baking Oven for Legend Ink Curing and Screen Printing Drying
PCB Coating Curing Oven for Plugging Ink Drying and Hole Plugging Baking
PCB Via Filling Curing Oven with Precision Hot Air Heating
Precision Hot Air Oven with Precision Conveyor and Multi-Zone Heating
Multi-Zone Hot Air Oven for Continuous PCB Thermal Processing
Multi-Zone Curing Oven for Continuous PCB Drying and Controlled Heating
Continuous PCB Curing Oven for Inline Thermal Processing
Inline PCB Curing Oven with Automatic PCB Drying and Baking
Automatic PCB Curing Oven for PCB Production Line Processing
Automatic Conveyor Oven for Continuous PCB Processing and Thermal Curing
Rack-Type PCB Oven with Rack Conveyor and Cycling Rack Design
Rack-Type Conveyor Oven for PCB Rack Transport and Baking
Side-Clamping PCB Oven with Side-Clamp Conveyor and Side-Support System
Side-Clamping Conveyor Oven for PCB Edge-Clamping and Edge-Support Handling
Side-Clamping Curing Oven for Automatic PCB Thermal Processing
Side-Support Conveyor Oven for Continuous PCB Drying and Curing
Industrial Hot Air Tunnel Oven with Continuous Hot Air Circulation
Continuous Hot Air Oven for PCB Drying, Baking and Curing
Continuous Drying Oven for PCB Ink, Coating and Solder Mask Processing
Industrial Curing Oven for PCB Coating, Ink and Solder Resist
Continuous Baking Oven for PCB Solder Mask and Plugging Applications
Precision Curing Oven with Precision Heating and Temperature Control
Precision Conveyor Oven for PCB Coating Drying and Thermal Curing
PCB Production Line Oven for Automatic Drying and Continuous Curing
PCB Inline Thermal Processing Oven for Solder Mask and Ink Applications
PCB Protective Coating Oven for Thermal Drying and Curing Applications

Good price  online

Products Details

Home > Products >
PCB Machine
>
Rack-Type Precision Hot Air Conveyor Oven with Precision PID Temperature Control and Multi-Zone Independent Heating for PCB

Rack-Type Precision Hot Air Conveyor Oven with Precision PID Temperature Control and Multi-Zone Independent Heating for PCB

Brand Name: HXT
Model Number: HXT-730
MOQ: 1 pcs
Price: 20000–40000 USD
Packaging Details: Wodden box
Payment Terms: T/T
Detail Information
Place of Origin:
China
Brand Name:
HXT
Certification:
CE
Model Number:
HXT-730
Machine Type:
Rack-Type Precision Hot Air Conveyor Oven
Application:
PCB Solder Mask Drying, Curing & Ink Baking
Heating Method:
Forced Hot-Air Circulation
Conveyor System:
Automatic Rack-Type Chain Conveyor
Temperature Control:
Precision PID Temperature Control
Heating Configuration:
Multi-Zone Independent Heating
Control System:
PLC + HMI Automatic Control
Suitable PCB Processes:
Solder Mask Pre-Curing, Post-Curing, Legend Ink Curing, Ink Drying, Hole Plugging Baking
Minimum Order Quantity:
1 pcs
Price:
20000–40000 USD
Packaging Details:
Wodden box
Delivery Time:
15 working days
Payment Terms:
T/T
Supply Ability:
1000 pcs per month
Highlight:

Precision PID Temperature Control PCB Conveyor Oven

,

Multi-Zone Independent Heating PCB Hot Air Oven

,

Forced Hot-Air Circulation Rack-Type Precision Hot Air Conveyor Oven

Product Description

Rack-Type Precision Hot Air Conveyor Oven with Precision PID Temperature Control and Multi-Zone Independent Heating for PCB

The Rack-Type Precision Hot Air Conveyor Oven is a continuous thermal-processing system designed for PCB manufacturing, especially for drying, pre-curing and final curing of solder mask, solder resist, legend ink and other PCB coatings.

The PCB panels are loaded onto racks and transported continuously through a controlled hot-air chamber. Forced hot-air circulation provides relatively uniform heating across the PCB surface, while controlled temperature and conveyor speed allow the curing process to be matched to different ink and coating requirements. Rack-type conveyor ovens are specifically used in PCB processes such as solder-mask pre-cure/post-cure, marking cure and hole-plug baking.

Parameter Typical / Recommended Specification
Machine Name Rack-Type Precision Hot Air Conveyor Oven
Application PCB Drying, Baking & Thermal Curing
Processing Material Bare PCB / Multilayer PCB / Double-Sided PCB
Main Applications Solder Mask Pre-Cure, Solder Mask Post-Cure, Legend Ink Curing, Hole Plugging Baking
Heating Method Forced Hot-Air Circulation
Oven Type Continuous Conveyor / Tunnel Type
Transport System Rack + Chain Conveyor
Heating Zones 3–8 independent zones, depending on configuration
Temperature Range Ambient to approximately 180–200°C
Temperature Control Independent zone PID control
Temperature Accuracy Approximately ±1–3°C
Temperature Uniformity Approximately ±2–5°C
Air Circulation High-volume forced hot-air circulation
Conveyor Speed Adjustable; typically approximately 0.5–3 m/min
PCB Loading Automatic continuous loading
PCB Unloading Automatic continuous unloading
Conveyor Height Typically around 900 ±20 mm
PCB Size Customized according to production requirements
Maximum PCB Width Typically 400–730 mm, depending on model
PCB Thickness Approximately 0.8–4.0 mm, depending on transport system
Heating Chamber Multi-section insulated heating chamber
Insulation Double-layer thermal insulation
Control System PLC + HMI / Digital temperature controller
Temperature Sensor Thermocouple / RTD
Heating Element Electric resistance heater
Conveyor Drive Industrial geared motor
Exhaust System Adjustable hot-air/solvent exhaust
Safety Over-temperature alarm and protection
Cooling Section Optional forced-air cooling
Machine Construction Powder-coated steel / stainless-steel internal chamber
Production Mode Continuous inline production
Power Supply Typically 3-phase, 380 V, 50 Hz; customizable
Installation Indoor / PCB production line
Customization Oven length, zones, conveyor width, temperature and speed can be customized

Key Advantages

  • Uniform hot-air circulation
    High-volume forced air helps distribute heat evenly throughout the working chamber and across PCB panels.
  • Precision temperature control
    Controlled heating helps maintain a repeatable thermal profile for different solder masks and inks. Commercial PCB conveyor ovens use controlled airflow and temperature profiling specifically to improve process consistency.
  • Rack-type PCB transportation
    PCB panels are supported by racks during transportation, making the system suitable for continuous PCB fabrication processes.
  • Continuous production
    Unlike batch ovens, the conveyorized design allows boards to enter and exit continuously, making it suitable for higher-throughput production.
  • Multi-zone heating
    Different heating zones can be configured for gradual heating, curing and thermal stabilization according to the process recipe.
  • Reduced process variation
    Stable temperature, airflow and transport speed help produce more consistent solder-mask and legend-ink results.
  • Flexible PCB applications
    The same basic platform can support solder-mask curing, legend-ink curing, ink drying, hole plugging and other compatible PCB thermal processes.
  • Production-line integration
    The oven can be integrated with upstream and downstream PCB fabrication equipment to form an automated production line. Rack-type and other transport configurations are used in automatic PCB curing systems.

Main Applications

Application Function
PCB Solder Mask Pre-Curing Tack-dries solder mask after coating so the surface is suitable for subsequent exposure/processing.
PCB Solder Mask Post-Curing Fully cures and hardens the solder mask after development.
Legend / Silkscreen Ink Curing Dries and cures printed component markings, logos, text and identification codes.
PCB Ink Baking Removes solvents and thermally cures screen-printed PCB inks.
Solder Resist Drying Provides controlled drying after solder-resist application.
Hole Plugging Ink Baking Cures plugging ink used for PCB hole-filling processes.
Via Filling / Plugging Curing Thermal treatment of suitable via-filling or plugging materials.
PCB Coating Drying & Curing Used for compatible protective coatings and other thermal-curing materials.
Black Oxide / Related PCB Baking Rack-type systems can also be configured for certain PCB baking processes such as black-oxide drying.

Rack-Type Precision Hot Air Conveyor Oven for PCB Solder Mask Drying Curing and Ink Baking
Side-Clamping Precision Hot Air Conveyor Oven for PCB Solder Mask Curing Ink Drying and Hole Plugging
Automatic PCB Hot Air Conveyor Oven Precision Multi-Zone Tunnel Curing Drying Baking Machine
PCB Hot Air Conveyor Oven for Solder Mask Drying and Curing
PCB Conveyor Oven for Solder Mask Curing and Solder Resist Drying
PCB Conveyorized Oven for Solder Resist Curing and Baking
PCB Hot Air Tunnel Oven for PCB Ink Drying and Curing
PCB Baking Oven for Legend Ink Curing and Screen Printing Drying
PCB Coating Curing Oven for Plugging Ink Drying and Hole Plugging Baking
PCB Via Filling Curing Oven with Precision Hot Air Heating
Precision Hot Air Oven with Precision Conveyor and Multi-Zone Heating
Multi-Zone Hot Air Oven for Continuous PCB Thermal Processing
Multi-Zone Curing Oven for Continuous PCB Drying and Controlled Heating
Continuous PCB Curing Oven for Inline Thermal Processing
Inline PCB Curing Oven with Automatic PCB Drying and Baking
Automatic PCB Curing Oven for PCB Production Line Processing
Automatic Conveyor Oven for Continuous PCB Processing and Thermal Curing
Rack-Type PCB Oven with Rack Conveyor and Cycling Rack Design
Rack-Type Conveyor Oven for PCB Rack Transport and Baking
Side-Clamping PCB Oven with Side-Clamp Conveyor and Side-Support System
Side-Clamping Conveyor Oven for PCB Edge-Clamping and Edge-Support Handling
Side-Clamping Curing Oven for Automatic PCB Thermal Processing
Side-Support Conveyor Oven for Continuous PCB Drying and Curing
Industrial Hot Air Tunnel Oven with Continuous Hot Air Circulation
Continuous Hot Air Oven for PCB Drying, Baking and Curing
Continuous Drying Oven for PCB Ink, Coating and Solder Mask Processing
Industrial Curing Oven for PCB Coating, Ink and Solder Resist
Continuous Baking Oven for PCB Solder Mask and Plugging Applications
Precision Curing Oven with Precision Heating and Temperature Control
Precision Conveyor Oven for PCB Coating Drying and Thermal Curing
PCB Production Line Oven for Automatic Drying and Continuous Curing
PCB Inline Thermal Processing Oven for Solder Mask and Ink Applications
PCB Protective Coating Oven for Thermal Drying and Curing Applications