Low carbon steel plate: Q195, Q215, Q235, Q255, etc.
Medium carbon steel plate: Q345, Q390, Q420, etc.
High carbon steel plate: Q500, Q600, Q700, etc.
Alloy steel plate: such as 45 steel, 20CrMnTi steel, etc.
Tool steel plate: such as T10A, T8A, Cr12MoV, etc.
Spring steel plate: such as 65Mn, SiCrV, etc.
Stainless steel plate: such as 304, 316, 321, etc.
Non-ferrous metals
Aluminum plate: 1050, 1060, 1100, 3003, 5052, etc.
Aluminum alloy plate: such as 2024, 6061, 7075, etc.
Copper plate: T1, T2, T3, etc.
Brass plate: H62, H65, H68, etc.
Copper plate: TP1, TP2, etc.
Nickel plate: N0, N1, N2, etc.
Titanium plate: TA1, TA2, TA9, etc.
Other materials
Plastic sheet: such as ABS, PC, PP, PE, etc.
Composite material sheet: such as fiberglass, carbon fiber, etc.
Tolerances of sheet metal processing
The tolerances of sheet metal processing mainly include the following aspects:
Dimensional tolerance: refers to the allowable deviation between the dimensions of the sheet metal part and the dimensions required by the drawing.
Form and position tolerance: refers to the allowable deviation between the shape and position of the sheet metal part and the shape and position required by the drawing.
Surface roughness: refers to the roughness of the surface of the sheet metal part.
The tolerance grades of sheet metal processing are generally divided into:
Precision grade: IT01, IT0
Higher precision grade: IT1, IT2
Medium precision grade: IT3, IT4, IT5, IT6
Lower precision grade: IT7, IT8, IT9, IT10
Strokes of sheet metal processing
The stroke of sheet metal processing refers to the allowable displacement of the sheet metal part during processing. The strokes of sheet metal processing mainly include the following aspects:
Feeding stroke: refers to the allowable displacement of the feeding mechanism during feeding.
Bending stroke: refers to the allowable displacement of the bending machine during bending.
Punching stroke: refers to the allowable displacement of the punch press during punching.
Welding stroke: refers to the allowable displacement of the welding machine during welding.
Precautions for sheet metal processing
The following aspects should be noted in the processing of sheet metal processing:
Material selection: The material of sheet metal processing should meet the requirements of the drawing and have good machinability.
Selection of processing technology: The processing technology of sheet metal should be selected according to the shape, size, and accuracy requirements of the sheet metal part.
Selection of processing equipment: The processing equipment of sheet metal should have sufficient accuracy and rigidity, and be able to meet the processing requirements.
Technical level of operators: The operators of sheet metal processing should have a certain level of technical level and operation experience.
Safety production: Sheet metal processing should pay attention to safety production and prevent accidents from happening.
Product Advantage
Sheet metal manufacturing service Our advanced technology ensures high material savings during structure fabrication. Yetta Tech also offer custom post-treatments and dyeing options. Perfect for new product testing and after-marketing services.
Technical Parameters
Technical Parameters
3 Axis
4 Axis
5 Axis
Tolerances
0.005 (±mm)
0.003 (mm)
0.005 (mm)
Process Max. Size
1200x600x600 mm
500x400x300 mm
1200x600x600 mm
Process Min. Size
6.35mm x6.35mm
6.35mm x6.35mm
6.35mm x6.35mm
De pth
4 x cavity width
%x cavity depth (or larger)
4 x cavity width
4 x cavity width
Internal Edges:Vertical Corner Radius
0.8 mm (metals),1.5 mm (plastics)
yx cavity depth (or larger)
yx cavity depth (or larger)
Min.wall thickness
standard drill bit sizes
0.8 mm (metals),1.5 mm (plastics)
0.8 mm (metals),1.5 mm (plastics)
Hole Dia.
4 x nominal diameter
standard drill bit sizes
standard drill bit sizes
Hole Maximum Depth
2.5 mm (0.1")
4 x nominal diameter
4 x nominal diameter
Min. hole diameter
Recommend 5 mm
2.5 mm (0.1")
2.5 mm (0.1")
Text & Lettering
engraved
Recommend 5 mm engraved
Recommend 5 mm engraved
Product Uses
Thin gage metals for the aerospace, medical, commercial, consumer products, marine, automotive and military industries. Aluminum, copper, brass and stainless steel materials are offered in sheets, foils and strips. Thickness ranges from 0.0002 to 0.031 in. Annealed, soft and quarter, half and full hard tempered materials also provided. Processes include photo and chemical etching, laser or waterjet cutting and precision stamping. Custom slit-to-width and cut-to-length products available. Suitable for formed parts, shims, gaskets and washers. Meets AS9100D, AMS and ASTM standards. RoHS and REACH compliant.Materials used include aluminum & steel. Additional products such as sign blanks, coils, store front panels, aluminum composite panels, sign board panels, awnings, patio covers & rooms can be fabricated. Products can be finished in pre-painted, anodized, bright anodized, Kynar® coated & mill finishes. Capabilities include press brake forming, cutting to length, slitting & fabrication.Custom parts, gaskets, washers and cleaning gaskets
Product Operate Guide
Product Introduction
Materials that can be processed by sheet metal
Ferrous metals
Low carbon steel plate: Q195, Q215, Q235, Q255, etc.
Medium carbon steel plate: Q345, Q390, Q420, etc.
High carbon steel plate: Q500, Q600, Q700, etc.
Alloy steel plate: such as 45 steel, 20CrMnTi steel, etc.
Tool steel plate: such as T10A, T8A, Cr12MoV, etc.
Spring steel plate: such as 65Mn, SiCrV, etc.
Stainless steel plate: such as 304, 316, 321, etc.
Non-ferrous metals
Aluminum plate: 1050, 1060, 1100, 3003, 5052, etc.
Aluminum alloy plate: such as 2024, 6061, 7075, etc.
Copper plate: T1, T2, T3, etc.
Brass plate: H62, H65, H68, etc.
Copper plate: TP1, TP2, etc.
Nickel plate: N0, N1, N2, etc.
Titanium plate: TA1, TA2, TA9, etc.
Other materials
Plastic sheet: such as ABS, PC, PP, PE, etc.
Composite material sheet: such as fiberglass, carbon fiber, etc.
Tolerances of sheet metal processing
The tolerances of sheet metal processing mainly include the following aspects:
Dimensional tolerance: refers to the allowable deviation between the dimensions of the sheet metal part and the dimensions required by the drawing.
Form and position tolerance: refers to the allowable deviation between the shape and position of the sheet metal part and the shape and position required by the drawing.
Surface roughness: refers to the roughness of the surface of the sheet metal part.
The tolerance grades of sheet metal processing are generally divided into:
Precision grade: IT01, IT0
Higher precision grade: IT1, IT2
Medium precision grade: IT3, IT4, IT5, IT6
Lower precision grade: IT7, IT8, IT9, IT10
Strokes of sheet metal processing
The stroke of sheet metal processing refers to the allowable displacement of the sheet metal part during processing. The strokes of sheet metal processing mainly include the following aspects:
Feeding stroke: refers to the allowable displacement of the feeding mechanism during feeding.
Bending stroke: refers to the allowable displacement of the bending machine during bending.
Punching stroke: refers to the allowable displacement of the punch press during punching.
Welding stroke: refers to the allowable displacement of the welding machine during welding.
Precautions for sheet metal processing
The following aspects should be noted in the processing of sheet metal processing:
Material selection: The material of sheet metal processing should meet the requirements of the drawing and have good machinability.
Selection of processing technology: The processing technology of sheet metal should be selected according to the shape, size, and accuracy requirements of the sheet metal part.
Selection of processing equipment: The processing equipment of sheet metal should have sufficient accuracy and rigidity, and be able to meet the processing requirements.
Technical level of operators: The operators of sheet metal processing should have a certain level of technical level and operation experience.
Safety production: Sheet metal processing should pay attention to safety production and prevent accidents from happening.
Product Advantage
Sheet metal manufacturing service Our advanced technology ensures high material savings during structure fabrication. Yetta Tech also offer custom post-treatments and dyeing options. Perfect for new product testing and after-marketing services.
Technical Parameters
Technical Parameters
3 Axis
4 Axis
5 Axis
Tolerances
0.005 (±mm)
0.003 (mm)
0.005 (mm)
Process Max. Size
1200x600x600 mm
500x400x300 mm
1200x600x600 mm
Process Min. Size
6.35mm x6.35mm
6.35mm x6.35mm
6.35mm x6.35mm
De pth
4 x cavity width
%x cavity depth (or larger)
4 x cavity width
4 x cavity width
Internal Edges:Vertical Corner Radius
0.8 mm (metals),1.5 mm (plastics)
yx cavity depth (or larger)
yx cavity depth (or larger)
Min.wall thickness
standard drill bit sizes
0.8 mm (metals),1.5 mm (plastics)
0.8 mm (metals),1.5 mm (plastics)
Hole Dia.
4 x nominal diameter
standard drill bit sizes
standard drill bit sizes
Hole Maximum Depth
2.5 mm (0.1")
4 x nominal diameter
4 x nominal diameter
Min. hole diameter
Recommend 5 mm
2.5 mm (0.1")
2.5 mm (0.1")
Text & Lettering
engraved
Recommend 5 mm engraved
Recommend 5 mm engraved
Product Uses
Thin gage metals for the aerospace, medical, commercial, consumer products, marine, automotive and military industries. Aluminum, copper, brass and stainless steel materials are offered in sheets, foils and strips. Thickness ranges from 0.0002 to 0.031 in. Annealed, soft and quarter, half and full hard tempered materials also provided. Processes include photo and chemical etching, laser or waterjet cutting and precision stamping. Custom slit-to-width and cut-to-length products available. Suitable for formed parts, shims, gaskets and washers. Meets AS9100D, AMS and ASTM standards. RoHS and REACH compliant.Materials used include aluminum & steel. Additional products such as sign blanks, coils, store front panels, aluminum composite panels, sign board panels, awnings, patio covers & rooms can be fabricated. Products can be finished in pre-painted, anodized, bright anodized, Kynar® coated & mill finishes. Capabilities include press brake forming, cutting to length, slitting & fabrication.Custom parts, gaskets, washers and cleaning gaskets
