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Sheet Metal Fabrication Services
Professional Sheet Metal Fabrication Services
From rapid prototyping to mass production, we provide precision custom sheet metal parts with the industry’s renowned quality. Laser cutting and CNC bending are among our capacity facilities, and welding is excellently mastered, thereby predicting that your project will be manufactured up to the highest-quality standards.
25+
Years Experience
98%
On-Time Delivery
500+
Active Customers
24hr
Quote Turnaround
ISO 9001:2015
Quality Certified
Quality Certified
Fast 5-10 Day
Lead Time
Lead Time
No Minimum
Order Quantity
Order Quantity
Precision Made
in China
in China
Our Services
Complete Sheet Metal Fabrication Capabilities
From precision laser cutting to expert metal finishing, we provide end-to-end custom metal fabrication services for your most demanding applications.
Laser Cutting Services
High-precision fiber laser cutting for clean edges and intricate designs. We process aluminum, stainless steel, and carbon steel up to 1″ thick with ±0.005″ tolerances.
CNC Bending & Forming
Advanced CNC press brake bending with 6-axis back gauges for complex, multi-bend parts. Our precision forming capabilities ensure consistent results across production runs.
Precision Welding
Certified TIG and MIG welding for structural integrity and aesthetic finish. Our AWS certified welders handle aluminum, stainless steel, and carbon steel assemblies.
Metal Finishing
Complete surface finishing including powder coating, wet painting, anodizing, plating, and brushed finishes. Protect and enhance your fabricated metal parts.
CNC Punching
High-speed turret punching for holes, louvers, and forming operations. Ideal for high-volume sheet metal part production with repeatable accuracy.
Hardware Insertion
PEM fastener installation, threaded inserts, riveting, and clinch hardware. We integrate fastening solutions directly into your sheet metal fabrication process.
Prototyping Services
Rapid sheet metal prototyping with 3-5 day turnaround. Perfect for design validation, functional testing, and pre-production samples before full manufacturing.
Assembly Services
Complete mechanical and electromechanical assembly including wiring, gaskets, and component integration. Ship ready-to-install fabricated metal assemblies.
Gallery of Sheet Metal Enclosure Fabrication
Check out our gallery of custom sheet metal enclosure fabrications. See examples of our high-quality craftsmanship and precision engineering for various industries.
Materials On Which We Do Work
High-Quality Metals for Any Application. We fabricate sheet metals of varieties to suit specific performance and durability parameters.
Aluminum Sheet
Lightweight aluminum perfect for corrosion-resistant fabrication. Ideal for aerospace, car, and electronics.
5052-H32
6061-T6
3003-H14
Anodizable
Stainless Steel
Corrosion resistant and medicinal grades. Capacities in 304, 316 suitable for vaccinations and hygienic needs.
304 SS
316 SS
430 SS
FDA Compliant
Carbon Steel
Economical sheet metal for structural and industrial applications. Cold-rolled, hot-rolled, and pre-galvanized.
CRS 1008-1010
HRS A36
Galvanized
Galvanneal
Copper & Brass
Excellent electrical and antimicrobial properties. Used for electrical components and decorative applications.
C110 Copper
C260 Brass
Phosphor Bronze
Titanium
Premium performance with high strength-to-weight ratio and corrosion resistance for aerospace and medical implants.
Grade 2 CP
Grade 5 Ti-6Al-4V
AMS Certified
Specialty Alloys
High-performance alloys for challenging environments in aerospace and defense applications.
Inconel 625
Hastelloy C-276
Monel
Professional Engineering Tools
Sheet Metal Fabrication Tools
Precision calculators and reference data for engineers, fabricators, and procurement professionals. Industry-standard formulas with verified material properties.
Sheet Metal Gauge Thickness Chart
Interactive reference for standard gauge thicknesses, weights, and typical applications.
Material
Units
| Gauge | Thickness | Weight | Applications |
|---|
Gauge System
Lower gauge numbers = thicker material. Standard gauge differs from B&S (Brown & Sharpe) used for aluminum and non-ferrous metals.
Tolerances
Industry standard allows ±5% thickness tolerance. For critical dimensions, specify exact thickness rather than gauge number.
Sources: ASTM A480, AISI Standard Gauge, Aluminum Association B&S Gauge specifications.
Material Properties Comparison
Compare mechanical properties, formability, and cost factors of common sheet metals.
Material 1
Material 2
Sources: ASM Handbook Vol. 2, MatWeb Material Database, manufacturer specifications.
Sheet Metal Weight Calculator
Calculate part weight based on material, dimensions, and thickness for shipping and structural analysis.
Material
Units
Length
in
Width
in
Thickness
in
Quantity
Material Density Reference (lb/in³)
Calculation Results
Total Weight
0.000lb
Per Piece
0.000lb
Area
0.00in²
Formula
Weight = L × W × T × ρ
Bend Allowance & K-Factor Calculator
Calculate bend allowance, bend deduction, and flat pattern length for accurate part design.
Units
Material / K-Factor
Thickness (T)
in
Inside Radius (R)
in
Bend Angle (A)
°
Results
Bend Allowance
0.0000in
OSSB
0.0000in
Bend Ded.
0.0000in
Formulas
BA = π(R + KT)(A/180)
OSSB = tan(A/2)(R + T)
BD = 2×OSSB − BA
OSSB = tan(A/2)(R + T)
BD = 2×OSSB − BA
Units
Leg 1 (L1)
in
Leg 2 (L2)
in
Bend Allowance
in
Result
Flat Pattern Length
0.0000in
Formula
Flat = L1 + L2 + BA
Material
Soft
Half-Hard
Full Hard
Aluminum
0.33
0.38
0.43
Copper/Brass
0.33
0.38
0.42
Cold Rolled Steel
0.38
0.42
0.46
Stainless Steel
0.42
0.45
0.50
Titanium
0.40
0.44
0.48
About K-Factor
K-Factor is the ratio of neutral axis position to material thickness (0.3–0.5). Lower values for soft materials/large radii. Always verify with test bends for production.
Sources: Machinery’s Handbook, ASM Metals Reference. Results are theoretical—verify with test bends.
Industries We Serve
Custom Sheet Metal Solutions for Every Sector
Our unique set of manufacturing qualifications can be varied easily to serve a wide range of diverse industries using specialized production site requirements.
01
Automotive & EV
Battery enclosures, chassis components, body panels, and EV structural parts
02
Aerospace & Defense
Aircraft components, avionics enclosures, military spec equipment housings
03
Medical Devices
FDA-compliant enclosures, surgical equipment, diagnostic device housings
04
Electronics & Telecom
Server racks, EMI shielding enclosures, heat sinks, electronic chassis
05
HVAC & Construction
Commercial ductwork, architectural panels, structural brackets, louvers
06
Industrial Equipment
Machine guards, control panels, equipment housing, conveyor components
07
Renewable Energy
Solar panel mounts, wind turbine components, battery storage enclosures
08
Consumer Products
Household appliance parts, retail fixtures, kiosk enclosures, furniture parts
Why Choose Us
Precision Sheet Metal with Advanced Capabilities
Modern manufacturing facility with advanced CNC equipment for high-quality customized projects. From prototypes to production runs, we cater to your specific needs.
Fiber Laser Cutting
Superior edge quality up to 1″ thick
10kW Power
CNC Press Brakes
Six-axis with auto tool-change
350 Ton
Certified Welding
AWS D1.1 & D17.1 standards
AWS Certified
In-House Finishing
Powder coat, plate, anodize
One-Stop
CMM Inspection
Dimensional verification
±0.001″
Technical Specifications
Live Data
Max Size
60″×120″
Thickness
0.020″–1″
Cut Speed
4000 IPM
Min Qty
1 Piece
Proto Lead
3-5 Days
Prod Lead
5-10 Days
Tolerance
±0.005″
Bending
350 Ton
Client Success Stories
Resolving Actual Manufacturing Challenges
CASE 01
Automotive / Electric Vehicles
Automotive EV Battery Enclosure Fabrication
Client: California-based EV Start-Up
The Challenge
California-based EV start-up with acute prototyping requirement. Previous supplier failed to meet tight tolerances causing assembly problems and potential safety issues.
- Tight Tolerances: ±0.005″ on critical mating surfaces for proper gasketing and thermal coupling
- Material Complexity: 5052-H32 (formability) and 6061-T6 (structural rigidity) with different forming methods
- Urgency: 5 prototypes in 3 weeks for investor showcase + scalable production
Our Approach
DFM Review (1 Day)
- Bend radii changed to 1x thickness — 40% springback reduction
- Hole locations 3x thickness from bends — stress reduction
6kW Fiber Laser Cutting
5052-H32:
4,500W, 180 ipm, N₂ assist
6061-T6:
5,200W, 150 ipm, adjusted focus
CNC Bending & TIG Welding
23 bends with crowning compensation + ER5356 filler + post-weld heat treatment
Quality & Delivery
- First-article inspection with springback compensation confirmed
- 100% critical dimensions within ±0.003″ — exceeding ±0.005″ requirement
- All 5 prototypes delivered in 18 days — 3 days ahead of schedule
- DFM recommendations reduced unit cost by 22%
- Production running 500 enclosures/month at 99.7% on-time delivery
Ongoing Partnership
Now regarded as sole source supplier for all battery enclosure components.
18 Days
Delivery (3 days early)
±0.003″
Achieved Tolerance
22%
Cost Savings via DFM
99.7%
On-Time Delivery Rate
“Their engineering team found issues in the design that we hadn’t even noticed. We now regard them as our sole source supplier.”
CASE 02
Aerospace / Commercial Aviation
Aerospace Engineering Sheet Metal Components for Aircraft Interiors
Client: ASM Aerospace Texarcana
The Challenge
Management not pleased with previous fabricator. Three customer withdrawals from quality dip points, closing gap with largest customer — a leading aircraft manufacturer.
- Traceability: Full material traceability with mill certs per ASTM/AMS specs, First Article per AS9102
- Surface Finish: Ra 32 microinches or better, no scratches, tool marks, or handling damage
- Documentation: Exhaustive quality docs — dimensional reports, material certs, process certs
Our Approach
AS9100D Quality System
- Dedicated production cell with full material lot control
- Incoming PMI testing verification
- Lot-segregated storage with FIFO controls
- In-process SPC inspection at each operation
- CMM final inspection per AS9102 format
Precision Processes
- Laser Cutting: Fiber laser + N₂ assist — no secondary deburring
- CNC Bending: Servo-electric press brake with angle measuring, ±0.25° tolerances
- Fasteners: Certified PEM with thrust-out/torque-out testing per NASM 1312
- Finishes: Chromate conversion coat MIL-DTL-5541 Type II Class 3
Zero
Customer Escapes (18 mo)
100%
First Article Acceptance
6→4 Wk
Lead Time Reduction
60%
Admin Load Reduction
“Documentation has been perfect every time and our quality team does not fear incoming inspections anymore.”
CASE 03
Medical Equipment / Diagnostic Equipment
Enclosures for Medical Devices in Compliance with FDA
Client: Medical Device Manufacturer, Massachusetts
The Challenge
R&D stage point-of-care diagnostic instrument requiring FDA Class II compliant enclosure.
- Cleanability: Repeated hospital-grade disinfection without degradation or bacteria harboring
- EMI/RFI: 40dB minimum shielding for sensitive electronics, FCC Class B
- Cosmetics: Medical-grade look with consistent finish across lots
- Validation: Documentation for FDA 510(k) — IQ/OQ/PQ process validation
Our Approach
FDA 21 CFR Part 820 Compliance
- Controlled environment with documented cleaning/handling
- Full traceability + RoHS + biocompatibility docs
- Device History Record (DHR) per production lot
- Change control with customer approval
EMI Shielding Design
- Continuous seams for service maintenance
- Laser cut gasket grooves ±0.002″ tolerance
- Integrated EMI filter connections
Premium Finishing
Five-stage circular treatment for medical-grade finish:
- Sandblasting at 63 microinches
- Powder coating with anti-microbial substance
- Withstands 10,000+ cleaning cycles
- Compatible with sodium hypochlorite, quaternary ammonium, H₂O₂-based cleaners
Scale Production
Successfully scaled from 25 units to 150 units/month while maintaining quality.
1st Try
FDA 510(k) Clearance
48dB
EMI Shielding (>40dB req)
Zero
Field Failures (24 mo)
25→150
Units/Month Scale-Up
“Finding a fabricator who truly understands medical device requirements is a rarity. They became an extension of our quality team.”
Common Questions About Sheet Metal Fabrication
For custom metal projects, we offer custom metal cutting and bending, flat laser cutting, tube laser cutting, CNC punching, metal sheet bending, and welding and finishing services. We can assist multiple sectors with metal and laser cutting services for sheet metal parts and assemblies. We provide a range of metal sheet services, including rapid-fire sheet metal prototyping, high-quality sheet metal parts, and end-to-end sales and service to meet your complex metal fabrication requirements.
The metal fabrication process consists of turning raw sheet metal into finished product(s) through cutting, bending, forming, and finishing. With metal fabrication, you provide your sheet metal design, or we assist with design for manufacturability, we laser cut or custom metal sheet assemble your components, and we perform finishing services prior to shipping. Fabrication services are designed with speed in mind and provide a seamless flow from design input to delivered parts.
Yes, you can get instant laser quote sheet metal transactions or instant online quotations available. This feature enables you to submit engineering CAD files, complete an options sheet for materials and finishes, and receive an electronic sheet-metal-processed quote for laser-cut parts, flat laser cutting, and assembly integrations. You can order or obtain parts without project delays for your sheet metal stock.
Design for manufacturability (DFM) is the practice of optimizing your sheet metal design to minimize costs and improve manufacturability. This can involve changes to materials, bend radii, and tolerances. A competent sheet metal fabricator will recommend design changes that will foster your manufacturability and support efficient processes when incorporating flat laser cutting or tube laser cutting on your sheet metal components and assemblies.
Many jobs combine CNC turning and CNC milling. The lathe produces parts with cylindrical features. CNC milling machines can add flat surfaces, slots, or more complex contours. The integration of these machines offers less operator handling, improved efficiency and accuracy, and potentially lower costs and setup time when jobs can be completed in a single workflow or on multi-function machines.
Metal precision is the product of merging cutting-edge technology such as automated tube lasers and bending cells with skilled personnel and reliable quality control methods. Services for fabrication include finishing inspections and verification of specifications to provide a part that is completed to the client’s specifications. In addition to rapid sheet metal prototyping, we provide consistent manufacturing services that accommodate the tight tolerances required in various industries.
Cutting, bending, forming, welding, assembly, and finishing services such as powder coating, plating, and anodizing are included in fabrication services. We provide kitting and packaging services that enable clients to install the parts upon delivery directly. We provide on-time delivery services to support your manufacturing process and ongoing production runs as your sheet metal project develops.
The use of sheet metal across industries including automotive, aviation and space, medical, computer and telecommunications, and industrial goods. Fabrication services are in high demand, with fast turnarounds: instant online quotes and options for the swift manufacture of sheet metal enable you to quote and fabricate quickly when you need custom parts and assemblies.
Sheet metal fabrication services support a range of sectors, including aerospace, automotive, medical devices, telecommunications, industrial devices, and consumer electronics. The company is adaptable to metal production sheets and manufacturing services extend to either a single custom metal prototype or mass production, allowing us to provide metal fabrication services to meet specific industry requirements and guarantee the quick turnaround of reliable components.
