PCB + stencil: This option lets you order a stencil alongside the PCB.
Stencil: This option is only for stencil orders.
We can only accept Gerber files for PCB and stencil production. The gerber files have to be uploaded in zip format. Gerber file extension should be named as follows:
Gerber Files Required(2-layer):
Layer
File extension
Top layer
pcbname.GTL
Bottom layer
pcbname.GBL
Solder Stop Mask top
pcbname.GTS
Solder Stop Mask Bottom
pcbname.GBS
Silk Top
pcbname.GTO
Silk Bottom
pcbname.GBO
NC Drill
pcbname.TXT /XLN
Mechanical layer
pcbname.GKO / GML
Note: In the case of one layer PCB, only the top or bottom files are required.
Additional Required Gerber Files for 4-layer production
Layer
File extension
Inner1 layer
pcbname.G2L / G1
Inner2 layer
pcbname.G3L / G2
Note: The number of inner layers increases at more than four layers PCBs.
×
Drop file here or
Typical solder mask color is green. The green is the cheapest color design. Choosing colors other than green brings minimal extra cost.
Typical solder mask color is green. The green is the cheapest color design. Choosing colors other than green brings minimal extra cost.
Width of the printed circuit board in millimeter.
The width of PCB can be from 6mm to 500mm at single, double and multi layer PCB.
The height of PCB can be from 6mm to 400mm at single, double and multi layer PCB.
Notes: For the order with a quantity of more than 50pcs, if the board size is smaller than 2x2cm, you need to penalize them to bigger size, otherwise 100% E-test cannot be applied to your individual small pieces.
Height of the printed circuit board in millimeter.
The width of PCB can be from 6mm to 500mm at single, double and multi layer PCB.
The height of PCB can be from 6mm to 400mm at single, double and multi layer PCB.
Notes: For the order with a quantity of more than 50pcs, if the board size is smaller than 2x2cm, you need to penalize them to bigger size, otherwise 100% E-test cannot be applied to your individual small pieces.
Typical panel thickness is 1.6 mm. Most users choose this size.
Available PCB thicknesses depending on the number of conductive layers.
Layers
Available PCB thicknesses
Single & Double layer
0.4 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
4 Layer
0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
6 Layer
1.2mm, 1.6mm, 2.0mm
Megjegyzés: The board thickness tolerance is ±0.10 mm at boards thickness smaller than 1.0mm. The board thickness tolerance is ±10% at boards thickness equal or bigger than 1.0mm.
Typical panel thickness is 1.6 mm. Most users choose this size.
Available PCB thicknesses depending on the number of conductive layers.
Layers
Available PCB thicknesses
Single & Double layer
0.4 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
4 Layer
0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
6 Layer
1.2mm, 1.6mm, 2.0mm
Megjegyzés: The board thickness tolerance is ±0.10 mm at boards thickness smaller than 1.0mm. The board thickness tolerance is ±10% at boards thickness equal or bigger than 1.0mm.
Typical panel thickness is 1.6 mm. Most users choose this size.
Available PCB thicknesses depending on the number of conductive layers.
Layers
Available PCB thicknesses
Single & Double layer
0.4 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
4 Layer
0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
6 Layer
1.2mm, 1.6mm, 2.0mm
Megjegyzés: The board thickness tolerance is ±0.10 mm at boards thickness smaller than 1.0mm. The board thickness tolerance is ±10% at boards thickness equal or bigger than 1.0mm.
Typical PCB layer designs
Single és Double layer
4 Layer
Copper Weight
For 2 Layer board, it is 1oz or 2oz copper thickness for your top and bottom layer.
For 4 and 6 layer board, it is 1oz or 2oz for your top and bottom layer, and for the inner layer, the copper thickness is 0.5oz, please note.
Notes:
1. For 1oz board, please make sure a trace width/space of bigger than 5mil for 2 layer board, 4mil for 4/6 layer board.
2. For 2oz board, please make sure a trace width/space of bigger than 8mil for 2/4/6 layer board.
Copper Weight
For 2 Layer board, it is 1oz or 2oz copper thickness for your top and bottom layer.
For 4 and 6 layer board, it is 1oz or 2oz for your top and bottom layer, and for the inner layer, the copper thickness is 0.5oz, please note.
Notes:
1. For 1oz board, please make sure a trace width/space of bigger than 5mil for 2 layer board, 4mil for 4/6 layer board.
2. For 2oz board, please make sure a trace width/space of bigger than 8mil for 2/4/6 layer board.
HASL and lead-free HASL
For decades HASL was one of the most popular surface finish choices. While a surface finish may be low cost and robust, fundamental changes in the PCB industry—namely, the rise complex surface mount technology—have exposed its shortcomings. HASL leaves uneven surfaces and is not suitable for fine pitch components. Although it does come in lead-free, there are other lead-free options which will likely make more sense for a high-reliability product.
Pros:
Cons:
Low-cost
Available
Repairable
Uneven Surfaces
Not good for fine pitch components
Thermal Shock
Not good for plated through-hole (PTH)
Poor wetting
Electroless Nickel Immersion (ENIG)
ENIG is quickly becoming the most popular surface finish in the industry. It’s a double layer metallic coating, with nickel acting as both a barrier to the copper and a surface to which components are soldered. A layer of gold protects the nickel during storage. ENIG is an answer to major industry trends such as lead-free requirements and rise of complex surface components (especially BGAs and flip chips), which require flat surfaces. But ENIG can be expensive, and at times can result in what is commonly known as “black pad syndrome,” a buildup of phosphorous between the gold and nickel layers that can result in fractured surfaces and faulty connections.
Pros:
Cons:
Flat surfaces
Strong
Lead-free
Good for PTH
Black pad syndrome
Expensive
Not good for rework
Note: Panels with 0.4 mm thickness can only be ordered with ENIG surface finish methode.
HASL and lead-free HASL
For decades HASL was one of the most popular surface finish choices. While a surface finish may be low cost and robust, fundamental changes in the PCB industry—namely, the rise complex surface mount technology—have exposed its shortcomings. HASL leaves uneven surfaces and is not suitable for fine pitch components. Although it does come in lead-free, there are other lead-free options which will likely make more sense for a high-reliability product.
Pros:
Cons:
Low-cost
Available
Repairable
Uneven Surfaces
Not good for fine pitch components
Thermal Shock
Not good for plated through-hole (PTH)
Poor wetting
Electroless Nickel Immersion (ENIG)
ENIG is quickly becoming the most popular surface finish in the industry. It’s a double layer metallic coating, with nickel acting as both a barrier to the copper and a surface to which components are soldered. A layer of gold protects the nickel during storage. ENIG is an answer to major industry trends such as lead-free requirements and rise of complex surface components (especially BGAs and flip chips), which require flat surfaces. But ENIG can be expensive, and at times can result in what is commonly known as “black pad syndrome,” a buildup of phosphorous between the gold and nickel layers that can result in fractured surfaces and faulty connections.
Pros:
Cons:
Flat surfaces
Strong
Lead-free
Good for PTH
Black pad syndrome
Expensive
Not good for rework
Note: Panels with 0.4 mm thickness can only be ordered with ENIG surface finish methode.
Different Design
If there are more designs in the uploaded file, mark the number of designs.
Two type of test available:
100% - full test
98% - random test
For the order with a quantity under 50 pieces the full test is free.
Two type of test available:
100% - full test
98% - random test
For the order with a quantity under 50 pieces the full test is free.
Two type of test available:
100% - full test
98% - random test
For the order with a quantity under 50 pieces the full test is free.
You can choose from three different production time options:
Express - Your order will be made as soon as possible
Normal - To optimize your costs, we put different orders in one batch arriving in the same week and launch their production together
Economical - We try to produce your order at the lowest possible cost, thus reducing your expenses.
The expected production time is depending on the actual load. You can find the expected production time in a separate field.
The estimated production time depends on several factors. Typical factors are:
Ordered PCB quantity
Number of layers
PCB color
Selected production mode
We try to do our best to keep the production time in place, but it may happen that production may slip for reasons beyond our control.
PCB + stencil: This option lets you order a stencil alongside the PCB.
Stencil: This option is only for stencil orders.
We can only accept Gerber files for PCB and stencil production. The gerber files have to be uploaded in zip format. Gerber file extension should be named as follows:
Gerber Files Required(2-layer):
Layer
File extension
Top layer
pcbname.GTL
Bottom layer
pcbname.GBL
Solder Stop Mask top
pcbname.GTS
Solder Stop Mask Bottom
pcbname.GBS
Silk Top
pcbname.GTO
Silk Bottom
pcbname.GBO
NC Drill
pcbname.TXT /XLN
Mechanical layer
pcbname.GKO / GML
Note: In the case of one layer PCB, only the top or bottom files are required.
Additional Required Gerber Files for 4-layer production
Layer
File extension
Inner1 layer
pcbname.G2L / G1
Inner2 layer
pcbname.G3L / G2
Note: The number of inner layers increases at more than four layers PCBs.
Typical solder mask color is green. The green is the cheapest color design. Choosing colors other than green brings minimal extra cost.
Typical solder mask color is green. The green is the cheapest color design. Choosing colors other than green brings minimal extra cost.
Width of the printed circuit board in millimeter.
The width of PCB can be from 6mm to 500mm at single, double and multi layer PCB.
The height of PCB can be from 6mm to 400mm at single, double and multi layer PCB.
Notes: For the order with a quantity of more than 50pcs, if the board size is smaller than 2x2cm, you need to penalize them to bigger size, otherwise 100% E-test cannot be applied to your individual small pieces.
Height of the printed circuit board in millimeter.
The width of PCB can be from 6mm to 500mm at single, double and multi layer PCB.
The height of PCB can be from 6mm to 400mm at single, double and multi layer PCB.
Notes: For the order with a quantity of more than 50pcs, if the board size is smaller than 2x2cm, you need to penalize them to bigger size, otherwise 100% E-test cannot be applied to your individual small pieces.
Typical panel thickness is 1.6 mm. Most users choose this size.
Available PCB thicknesses depending on the number of conductive layers.
Layers
Available PCB thicknesses
Single & Double layer
0.4 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
4 Layer
0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
6 Layer
1.2mm, 1.6mm, 2.0mm
Megjegyzés: The board thickness tolerance is ±0.10 mm at boards thickness smaller than 1.0mm. The board thickness tolerance is ±10% at boards thickness equal or bigger than 1.0mm.
Typical panel thickness is 1.6 mm. Most users choose this size.
Available PCB thicknesses depending on the number of conductive layers.
Layers
Available PCB thicknesses
Single & Double layer
0.4 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
4 Layer
0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
6 Layer
1.2mm, 1.6mm, 2.0mm
Megjegyzés: The board thickness tolerance is ±0.10 mm at boards thickness smaller than 1.0mm. The board thickness tolerance is ±10% at boards thickness equal or bigger than 1.0mm.
Typical panel thickness is 1.6 mm. Most users choose this size.
Available PCB thicknesses depending on the number of conductive layers.
Layers
Available PCB thicknesses
Single & Double layer
0.4 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
4 Layer
0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm
6 Layer
1.2mm, 1.6mm, 2.0mm
Megjegyzés: The board thickness tolerance is ±0.10 mm at boards thickness smaller than 1.0mm. The board thickness tolerance is ±10% at boards thickness equal or bigger than 1.0mm.
Typical PCB layer designs
Single és Double layer
4 Layer
Copper Weight
For 2 Layer board, it is 1oz or 2oz copper thickness for your top and bottom layer.
For 4 and 6 layer board, it is 1oz or 2oz for your top and bottom layer, and for the inner layer, the copper thickness is 0.5oz, please note.
Notes:
1. For 1oz board, please make sure a trace width/space of bigger than 5mil for 2 layer board, 4mil for 4/6 layer board.
2. For 2oz board, please make sure a trace width/space of bigger than 8mil for 2/4/6 layer board.
Copper Weight
For 2 Layer board, it is 1oz or 2oz copper thickness for your top and bottom layer.
For 4 and 6 layer board, it is 1oz or 2oz for your top and bottom layer, and for the inner layer, the copper thickness is 0.5oz, please note.
Notes:
1. For 1oz board, please make sure a trace width/space of bigger than 5mil for 2 layer board, 4mil for 4/6 layer board.
2. For 2oz board, please make sure a trace width/space of bigger than 8mil for 2/4/6 layer board.
HASL and lead-free HASL
For decades HASL was one of the most popular surface finish choices. While a surface finish may be low cost and robust, fundamental changes in the PCB industry—namely, the rise complex surface mount technology—have exposed its shortcomings. HASL leaves uneven surfaces and is not suitable for fine pitch components. Although it does come in lead-free, there are other lead-free options which will likely make more sense for a high-reliability product.
Pros:
Cons:
Low-cost
Available
Repairable
Uneven Surfaces
Not good for fine pitch components
Thermal Shock
Not good for plated through-hole (PTH)
Poor wetting
Electroless Nickel Immersion (ENIG)
ENIG is quickly becoming the most popular surface finish in the industry. It’s a double layer metallic coating, with nickel acting as both a barrier to the copper and a surface to which components are soldered. A layer of gold protects the nickel during storage. ENIG is an answer to major industry trends such as lead-free requirements and rise of complex surface components (especially BGAs and flip chips), which require flat surfaces. But ENIG can be expensive, and at times can result in what is commonly known as “black pad syndrome,” a buildup of phosphorous between the gold and nickel layers that can result in fractured surfaces and faulty connections.
Pros:
Cons:
Flat surfaces
Strong
Lead-free
Good for PTH
Black pad syndrome
Expensive
Not good for rework
Note: Panels with 0.4 mm thickness can only be ordered with ENIG surface finish methode.
HASL and lead-free HASL
For decades HASL was one of the most popular surface finish choices. While a surface finish may be low cost and robust, fundamental changes in the PCB industry—namely, the rise complex surface mount technology—have exposed its shortcomings. HASL leaves uneven surfaces and is not suitable for fine pitch components. Although it does come in lead-free, there are other lead-free options which will likely make more sense for a high-reliability product.
Pros:
Cons:
Low-cost
Available
Repairable
Uneven Surfaces
Not good for fine pitch components
Thermal Shock
Not good for plated through-hole (PTH)
Poor wetting
Electroless Nickel Immersion (ENIG)
ENIG is quickly becoming the most popular surface finish in the industry. It’s a double layer metallic coating, with nickel acting as both a barrier to the copper and a surface to which components are soldered. A layer of gold protects the nickel during storage. ENIG is an answer to major industry trends such as lead-free requirements and rise of complex surface components (especially BGAs and flip chips), which require flat surfaces. But ENIG can be expensive, and at times can result in what is commonly known as “black pad syndrome,” a buildup of phosphorous between the gold and nickel layers that can result in fractured surfaces and faulty connections.
Pros:
Cons:
Flat surfaces
Strong
Lead-free
Good for PTH
Black pad syndrome
Expensive
Not good for rework
Note: Panels with 0.4 mm thickness can only be ordered with ENIG surface finish methode.
Different Design
If there are more designs in the uploaded file, mark the number of designs.
Two type of test available:
100% - full test
98% - random test
For the order with a quantity under 50 pieces the full test is free.
Two type of test available:
100% - full test
98% - random test
For the order with a quantity under 50 pieces the full test is free.
Two type of test available:
100% - full test
98% - random test
For the order with a quantity under 50 pieces the full test is free.
You can choose from three different production time options:
Express - Your order will be made as soon as possible
Normal - To optimize your costs, we put different orders in one batch arriving in the same week and launch their production together
Economical - We try to produce your order at the lowest possible cost, thus reducing your expenses.
The expected production time is depending on the actual load. You can find the expected production time in a separate field.
The estimated production time depends on several factors. Typical factors are:
Ordered PCB quantity
Number of layers
PCB color
Selected production mode
We try to do our best to keep the production time in place, but it may happen that production may slip for reasons beyond our control.
