Sheet Metal Fabrication Laser Cutting Service Stainless Steel Metal
Enclosure
Custom sheet metal shell
Whether you need stainless steel, mild steel or aluminum housings,
we can meet your needs. No matter how complex your needs are, any
size or shape can be achieved. Our enclosures can be equipped with
locks, seals, hinges, handles and various painted finishes. We use
only
the best laser cutting tools and machinery on the market for the
best cost effective results.
All of our metal housings are either finished or not, such as
galvanized, galvanized and powder coated. We also offer the option
of anodizing finish and texture brush finish.
- ISO 9001: 2016
- Fast delivery service with DHL/FEDEX/UPS
- Standard-DIN-2768-1-fine
- Free quotation with DFM review in 1 hours
- Deburr all sharp edges: 0.1 - 0.2 mm
- Surface roughness: Ra 1.6
JYH Precision Quality assurance
Our unwavering commitment to product quality assurance in sheet
metal fabrication is evident in every aspect of our process.
Our ISO 9001:2015, ISO 13485, and AS9100D certifications reinforce
our commitment to maintaining the highest standards.
Materials Available for Sheet Metal Enclosures
Aluminium
| This metal is lightweight and corrosion-resistant and has a lower
stiffness level than steel in many conditions. Whilst there are
many types of aluminium, the two primary aluminium alloys employed
in sheet metal enclosures are 1050 aluminium and 5251.
|
| 1050 Aluminium | 1050 aluminium is optimal for many sheet metal projects as it is
easy to form and is very malleable so can handle tight radii. 1050
aluminium can be welded by conventional methods and has good
corrosion resistance. It is the lowest cost of the standard
aluminium available in sheet format.
|
| 5251 Aluminium | 5251 aluminium has a higher tensile strength than 1050 so is
stronger and harder wearing, it also profiles better on the lasers
and is easier to cut with film intact than 1050. Whilst slighter
more expensive than 1050 it is generally preferred for sheet metal
enclosures due to the increased rigidity.
|
| Stainless Steel | Stainless steel enclosures are manufactured to meet the most
demanding industrial and hazardous area environmental applications.
Stainless steel is the premier choice of enclosure for
instrumentation and electrical appliances.
|
The Laser Cutting Benefits
The benefit of using laser cutting to create your sheet metal
enclosure include:
High-speed laser cutting
Unbeatable precision
Supreme edge finish
Create intricate detail and be as artistic as you want
Ability to create complex shapes affordably
Products delivered on time and in budget
Why Choose Laser Cutting for Precise Metal Shapes?
Precision sheet metal manfacturing requires a high level of detail
and care when cutting sheet metal. There are effectively two
options for metal cut to shape: sheet metal punchingand metal laser
cutting using a fibre laser.
|
Fibre laser technology relies on an optical fibre cable to guide
its precision. This technology combines low maintenance and
operational costs with excellent electrical efficiency and
precision making it a fantastic choice for sheet metal manufacture.
|
Laser cutting also makes use of a highly focused beam of light for
metal cooking. This technique is more accurate than plasma cutting,
making it an ideal solution for detailed metalwork.
|
Our metal cutting machines can handle a variety of tasks including
aluminium laser cutting and laser cutting stainless steel, ensuring
that we meet the exact specifications of a product shape set out by
our client.
|
How the sheet metal fabrication process works
● Laser cutting: Using focused laser beams to cut raw materials
with high precision.
●CNC punching: punching holes on metal plates, stamping shapes and
shapes.
● Bending and folding: Metal is formed using press brakes.
● Welding: Using MIG welding, TIG welding, spot welding and other
welding technology, the metal parts are firmly connected together.
● Surface treatment: including powder spraying, wet spraying and
shot peening to improve corrosion resistance and aesthetics.
The three main sheet metal fabrication techniques include:
Cutting: Sheet metal cutting is a precise process that shapes metal sheets
into specific designs using techniques like laser cutting,
shearing, or waterjet cutting.
Forming: Sheet metal forming involves shaping metal sheets through
processes like bending, stretching, and pressing, allowing for the
creation of complex and customized geometries.
Joining: Sheet metal joining refers to techniques like welding, riveting,
or using adhesives to securely assemble separate metal pieces into
a unified, durable structure.
Our workshop
JYH Precision Shipping way
JYH Precision Payment method
JYH Package way
FAQ
1. What are the tolerances for fabricated parts?
Sheet metal fabrication tolerances refer to the acceptable
deviations for features of sheet metal parts required for accurate
and consistent installation and integration.For sheet metal parts,
ISO 2768-mk is usually used to ensure proper control of the
elements of geometry and size.
The following will show you 7 tolerance standards range of linear
and angular dimensions, flatness & straightness, cylindricity, and
circularity.
2. How much does sheet metal fabrication cost?
Every aspect of a sheet metal fabrication project comes with an
associated cost — the design, possible prototype, finishing
processes, and others. Asides from the process itself, materials
also cost money.
3.Whatis the lead time for our project?
It need to based on your product's size and QTY/Structure.
JYH is your best partner of Sheet Metal Enclosure Fabrication And
Production Stainless Steel Sheet Parts!
