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Automatic PCB DES Line for High Production Efficiency and Fine-Line PCB Manufacturing with Inline Continuous Production

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Miss. Alina

alina@hxt-smt.com

+86 16620793861

+86 16620793861

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Automatic PCB DES Line for High Production Efficiency and Fine-Line PCB Manufacturing with Inline Continuous Production

Brand Name:	HXT
Model Number:	DES-650
MOQ:	1 pcs
Price:	80000–180000 USD
Packaging Details:	Wodden box
Payment Terms:	T/T

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

Product Type:

Automatic PCB Developing Etching Stripping Production Line / PCB DES Line

Processing Method:

Continuous Wet Chemical Processing – Developing, Copper Etching & Photoresist Stripping

PCB Application:

Bare PCB Manufacturing, PCB Fabrication, Printed Circuit Board Production

PCB Type:

Single-Sided, Double-Sided, Multilayer, HDI And Fine-Line PCBs

Circuit Processing:

Inner Layer PCB Processing & Outer Layer PCB Processing / Copper Circuit Pattern Formation

Photoresist Process:

Photoresist Developing, Exposed Copper Etching And Photoresist Stripping

Production Mode:

Automatic Inline Continuous Production With Conveyorized Board Transfer

Industry Application:

PCB Manufacturing Plants, Electronics Manufacturing And High-Volume PCB Production

Supply Ability:

1000 pcs per month

Highlight:

Automatic Inline Continuous Production PCB DES Line

High Production Efficiency PCB DES Line

Fine-Line PCB Manufacturing PCB DES Line

Product Description

Automatic PCB DES Line for High Production Efficiency and Fine-Line PCB Manufacturing with Inline Continuous Production

What is a Developing–Etching–Stripping Production Line?

A Developing–Etching–Stripping Production Line is an automated PCB fabrication system that performs three critical processes:

Developing → Etching → Stripping

It is mainly used after photoresist coating and UV exposure during PCB manufacturing.

Developing

The developing section removes the unexposed photoresist/dry film, revealing the copper areas that need to be etched.

Etching

The etching section uses a controlled chemical etchant to remove the exposed unwanted copper, leaving the desired copper circuit pattern on the PCB.

Stripping

After etching, the remaining photoresist is chemically stripped away, exposing the finished copper circuit pattern for subsequent PCB manufacturing processes.

Typical process flow:

Photoresist Coating → Exposure → Developing → Etching → Stripping → Cleaning → Next PCB Process

Technical Parameter	Reference Specification
Product Name	Automatic PCB Developing–Etching–Stripping Production Line
Equipment Type	Automatic Inline PCB Wet-Process Line
Main Processes	Developing, Etching, Stripping
Working Width	650 mm
Minimum PCB Size	50 × 50 mm or 120 × 80 mm, depending on configuration
Maximum PCB Size	Up to 650 mm wide; length depends on the model
PCB Thickness	0.2–3.2 mm
Conveyor Speed	0.5–6 m/min, adjustable
Conveyor Height	850 mm ± 50 mm
Spray System	Double-sided spray; oscillating spray system optional or model-dependent
Operating Temperature	Approximately 35–55°C, depending on process section and chemistry
Heating System	Chemical-resistant heater; titanium heating tubes on applicable models
Control System	PLC control with adjustable conveyor speed, spray pressure and temperature
Process Monitoring	Pressure and temperature monitoring; additional chemical monitoring optional
Rinsing System	Multiple-stage water rinsing
Drying System	Air blow-off and hot-air drying, depending on configuration
Chemical Circulation	Process-specific circulation pumps and tanks
Filtration System	Chemical filtration; specification to be confirmed
Machine Dimensions	Approximately 25,000 × 1,700 × 1,850 mm for one published 650 mm model
Power Supply	380 V, 50 Hz, three-phase; other voltages available by configuration
Installed Power	Approximately 45–60 kW for certain configurations
Loading / Unloading	Manual or automatic, depending on configuration

Main Advantages

① Complete 3-in-1 PCB Wet Process

Integrates developing, etching and stripping into one continuous production line, reducing manual handling and improving production efficiency.

② High Automation

Automatic PCB conveying, spraying, chemical processing, rinsing and transfer help achieve stable continuous production.

③ Uniform Etching

Multiple precision spray sections provide relatively uniform chemical distribution across the PCB surface, helping maintain consistent line width and circuit quality.

④ Suitable for Fine Circuit Patterns

The controlled developing and etching process can support the production of fine-line PCB circuits, depending on the specific machine configuration and process parameters.

⑤ Stable Chemical Control

Chemical circulation, spray pressure, temperature and processing time can be controlled to improve process consistency.

⑥ Reduced Manual Operation

Automatic loading/conveying and continuous processing reduce operator intervention and potential handling damage.

⑦ High Production Efficiency

The inline structure is suitable for high-volume PCB fabrication, especially where continuous board processing is required.

⑧ Improved Process Consistency

Standardized process parameters help reduce variations between production batches and improve PCB manufacturing yield.

Applications

The DES line is primarily used in bare PCB manufacturing and PCB fabrication, rather than SMT component assembly.

Main applications:

Bare PCB Manufacturing
Printed Circuit Board Manufacturing
PCB Fabrication
PCB Production
Double-Sided PCB Manufacturing
Multilayer PCB Manufacturing
Inner Layer PCB Processing
Outer Layer PCB Processing
HDI PCB Manufacturing
Fine-Line PCB Manufacturing
High-Density PCB Production
Copper Circuit Pattern Formation
Photoresist PCB Processing
Copper Etching Processes

Typical PCB products

Single-sided PCBs
Double-sided PCBs
Multilayer PCBs
HDI PCBs
Fine-line PCBs
High-density interconnect boards
Rigid PCBs
Various copper-clad laminate based circuit boards

PCB DES Line for High Efficiency PCB Production and Double Sided PCB Manufacturing
Automatic Wet Process Line for Multilayer PCB Manufacturing and Inner Layer PCB Processing
Industrial PCB Processing Equipment for Outer Layer PCB Processing and HDI PCB Manufacturing
Precision PCB Etching System for Fine Line PCB Manufacturing and High Density PCB Production
Automated Copper Etching Equipment for Copper Circuit Pattern Formation
Photoresist PCB Processing Line for Advanced Copper Etching Processes

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pcb screen printer

automated optical inspection machine

Automatic pcb drilling machine

Products Details

Home > Products >

PCB Machine

Automatic PCB DES Line for High Production Efficiency and Fine-Line PCB Manufacturing with Inline Continuous Production

All Category

Pick And Place Machine

Reflow Oven

SMT AOI Machine

SMT Solder Paste Printing Machine

SMT SPI Machine

SMT Machine Line

Automatic Insertion Machine

Wave Soldering Machine

SMT Loader Unloader Machine

SMT Conveyor

Glue Dispensing Machine

Conformal Coating Machine

Curing Oven Machine

PCB Cutting Machine

Electronics Production Machinery

PCB Machine

Automatic PCB DES Line for High Production Efficiency and Fine-Line PCB Manufacturing with Inline Continuous Production

Brand Name:	HXT
Model Number:	DES-650
MOQ:	1 pcs
Price:	80000–180000 USD
Packaging Details:	Wodden box
Payment Terms:	T/T

Detail Information

Product Description

Detail Information

Place of Origin:

China

Brand Name:

HXT

Certification:

Model Number:

DES-650

Product Type:

Automatic PCB Developing Etching Stripping Production Line / PCB DES Line

Processing Method:

Continuous Wet Chemical Processing – Developing, Copper Etching & Photoresist Stripping

PCB Application:

Bare PCB Manufacturing, PCB Fabrication, Printed Circuit Board Production

PCB Type:

Single-Sided, Double-Sided, Multilayer, HDI And Fine-Line PCBs

Circuit Processing:

Inner Layer PCB Processing & Outer Layer PCB Processing / Copper Circuit Pattern Formation

Photoresist Process:

Photoresist Developing, Exposed Copper Etching And Photoresist Stripping

Production Mode:

Automatic Inline Continuous Production With Conveyorized Board Transfer

Industry Application:

PCB Manufacturing Plants, Electronics Manufacturing And High-Volume PCB Production

Minimum Order Quantity:

1 pcs

Price:

80000–180000 USD

Packaging Details:

Wodden box

Delivery Time:

15 working days

Payment Terms:

T/T

Supply Ability:

1000 pcs per month

Highlight:

Automatic Inline Continuous Production PCB DES Line

High Production Efficiency PCB DES Line

Fine-Line PCB Manufacturing PCB DES Line

Product Description

Automatic PCB DES Line for High Production Efficiency and Fine-Line PCB Manufacturing with Inline Continuous Production

What is a Developing–Etching–Stripping Production Line?

A Developing–Etching–Stripping Production Line is an automated PCB fabrication system that performs three critical processes:

Developing → Etching → Stripping

It is mainly used after photoresist coating and UV exposure during PCB manufacturing.

Developing

The developing section removes the unexposed photoresist/dry film, revealing the copper areas that need to be etched.

Etching

The etching section uses a controlled chemical etchant to remove the exposed unwanted copper, leaving the desired copper circuit pattern on the PCB.

Stripping

After etching, the remaining photoresist is chemically stripped away, exposing the finished copper circuit pattern for subsequent PCB manufacturing processes.

Typical process flow:

Photoresist Coating → Exposure → Developing → Etching → Stripping → Cleaning → Next PCB Process

Technical Parameter	Reference Specification
Product Name	Automatic PCB Developing–Etching–Stripping Production Line
Equipment Type	Automatic Inline PCB Wet-Process Line
Main Processes	Developing, Etching, Stripping
Working Width	650 mm
Minimum PCB Size	50 × 50 mm or 120 × 80 mm, depending on configuration
Maximum PCB Size	Up to 650 mm wide; length depends on the model
PCB Thickness	0.2–3.2 mm
Conveyor Speed	0.5–6 m/min, adjustable
Conveyor Height	850 mm ± 50 mm
Spray System	Double-sided spray; oscillating spray system optional or model-dependent
Operating Temperature	Approximately 35–55°C, depending on process section and chemistry
Heating System	Chemical-resistant heater; titanium heating tubes on applicable models
Control System	PLC control with adjustable conveyor speed, spray pressure and temperature
Process Monitoring	Pressure and temperature monitoring; additional chemical monitoring optional
Rinsing System	Multiple-stage water rinsing
Drying System	Air blow-off and hot-air drying, depending on configuration
Chemical Circulation	Process-specific circulation pumps and tanks
Filtration System	Chemical filtration; specification to be confirmed
Machine Dimensions	Approximately 25,000 × 1,700 × 1,850 mm for one published 650 mm model
Power Supply	380 V, 50 Hz, three-phase; other voltages available by configuration
Installed Power	Approximately 45–60 kW for certain configurations
Loading / Unloading	Manual or automatic, depending on configuration

Main Advantages

① Complete 3-in-1 PCB Wet Process

Integrates developing, etching and stripping into one continuous production line, reducing manual handling and improving production efficiency.

② High Automation

Automatic PCB conveying, spraying, chemical processing, rinsing and transfer help achieve stable continuous production.

③ Uniform Etching

Multiple precision spray sections provide relatively uniform chemical distribution across the PCB surface, helping maintain consistent line width and circuit quality.

④ Suitable for Fine Circuit Patterns

The controlled developing and etching process can support the production of fine-line PCB circuits, depending on the specific machine configuration and process parameters.

⑤ Stable Chemical Control

Chemical circulation, spray pressure, temperature and processing time can be controlled to improve process consistency.

⑥ Reduced Manual Operation

Automatic loading/conveying and continuous processing reduce operator intervention and potential handling damage.

⑦ High Production Efficiency

The inline structure is suitable for high-volume PCB fabrication, especially where continuous board processing is required.

⑧ Improved Process Consistency

Standardized process parameters help reduce variations between production batches and improve PCB manufacturing yield.

Applications

The DES line is primarily used in bare PCB manufacturing and PCB fabrication, rather than SMT component assembly.

Main applications:

Bare PCB Manufacturing
Printed Circuit Board Manufacturing
PCB Fabrication
PCB Production
Double-Sided PCB Manufacturing
Multilayer PCB Manufacturing
Inner Layer PCB Processing
Outer Layer PCB Processing
HDI PCB Manufacturing
Fine-Line PCB Manufacturing
High-Density PCB Production
Copper Circuit Pattern Formation
Photoresist PCB Processing
Copper Etching Processes

Typical PCB products

Single-sided PCBs
Double-sided PCBs
Multilayer PCBs
HDI PCBs
Fine-line PCBs
High-density interconnect boards
Rigid PCBs
Various copper-clad laminate based circuit boards

Tags: