What isLaser Cutting
Laser cutting uses a focused beam to convert digital drawings into accurately shaped metal parts. For sheet metal projects, it helps create clean profiles, repeatable holes, brackets, panels, and enclosure components without dedicated hard tooling.
At Guangdong Xinghaoxin Technology Co., Ltd. (XHX Metal), precision laser cutting is part of an integrated custom metal fabrication workflow. Our two 6kW fiber laser cutting machines support OEM and ODM work for carbon steel, stainless steel, aluminum, brass, and other approved metal specifications, from development samples to repeat production.
Instead of relying on assumptions, send your latest CAD files, drawings, material requirements, and quantity to XHX Metal for a technical review. Our engineering team can clarify manufacturability questions before quotation and coordinate cutting with bending, welding, deburring, and CNC machining when the project requires multiple processes.
Fiber Laser Cutting at XHX Metal
XHX Metal uses fiber laser cutting for metal parts that require consistent profiles, accurate hole patterns, and a controlled heat-affected area. The correct cutting parameters are selected according to the material, thickness, geometry, and required finish so that the process supports both prototype evaluation and repeatable production.
Fiber Laser Cutting
Solve the challenge of cutting reflective or conductive metals with speed and precision. Our fiber lasers deliver exceptional edge quality and minimal heat-affected zones, ideal for intricate designs and high-volume sheet metal production. This technology reduces operational costs and accelerates throughput for metals like stainless steel, aluminum, and copper.
Metal Materials for Laser Cutting
Carbon Steel, Stainless Steel, Aluminum, and Brass
Select the material according to the part’s strength, weight, corrosion exposure, appearance, and downstream process requirements. XHX Metal supports custom laser-cut components in carbon steel, stainless steel, aluminum, and brass, with material and thickness confirmed against the approved drawing before production.
XHX Metal
Precision Laser Cutting Capabilities
Our laser cutting service is supported by a broader fabrication setup, allowing a cut part to move into forming, welding, deburring, or CNC machining without requiring the buyer to coordinate every operation separately. This integrated approach is useful for brackets, panels, equipment housings, cabinets, and other made-to-drawing components.
| Feature | Specification |
| Laser equipment | laser cutting machines |
| Stated precision | Up to ±0.01 mm, depending on material, geometry, and process conditions |
| Materials | Carbon steel, stainless steel, aluminum, and brass |
| Part types | Sheet metal parts, brackets, panels, and enclosure components |
| Secondary operations | CNC bending, TIG/MIG/laser welding, automated deburring, and CNC machining |
| Quality system | ISO 9001:2015; CE and SGS credentials as applicable |
| Production model | OEM/ODM, drawing-based, sample-based, and small-batch custom orders |
| Inspection approach | Material traceability and full inspection available for finished parts |
How XHX Metal Controls Laser Cutting Quality
Quality control starts before the material reaches the laser. XHX Metal reviews the drawing revision, material specification, critical dimensions, and follow-up operations so that the cutting plan reflects the finished part rather than only the flat pattern.
Design Review and Process Feasibility
During pre-production review, the team checks geometry, hole locations, bend allowances, edge conditions, and features that may affect nesting or later assembly. Early DFM feedback can help reduce avoidable rework and clarify which dimensions are critical to function.
In-Process Checks
Production checks focus on cutting parameters, material identification, critical dimensions, and edge condition. When a project includes bending or welding, the cut parts are also reviewed for downstream fit so that issues can be addressed before the complete assembly is finished.
Final Inspection and Traceability
Finished parts are checked against the approved drawings and order requirements. XHX Metal supports material traceability and full inspection for finished products, with inspection records and special quality requirements arranged according to the project scope.
Explore the XHX Metal Laser Cutting Facility
XHX Metal operates a 2,000㎡ manufacturing facility in Dongguan, Guangdong. The production setup combines fiber laser cutting with CNC bending, TIG/MIG and laser welding, automated deburring, and CNC machining to support complete sheet metal parts and assemblies.
With 28 production machines and laser cutting machines, XHX Metal serves drawing-based OEM/ODM projects, small-batch development work, and repeat orders. Final capability is confirmed from the material, geometry, tolerance, quantity, and finish requirements provided with each RFQ.
Laser Machines
±0.01mm
Stated Precision Capability
28 Production Machines
Key Advantages of XHX Metal Laser Cutting
XHX Metal’s laser cutting workflow is designed around the practical needs of engineers, buyers, and product teams: accurate profiles, clear communication, coordinated secondary operations, and production information that can be checked before parts are released.
Repeatable Metal Part Profiles
Reduce variation between parts by defining the important dimensions, hole patterns, and edge requirements in the drawing review. Our fiber laser process is selected and checked for the material and geometry so components can move into assembly with fewer fit-related surprises.
Multiple Metal Materials
Work with one fabrication partner for common sheet metal materials, including carbon steel, stainless steel, aluminum, and brass. Material grade, thickness, and approved alternatives are confirmed before production so the quotation reflects the intended part rather than an unapproved substitute.
A Practical Route from Sample to Production
Laser cutting avoids the need for dedicated hard tooling for many sheet metal parts, which makes it suitable for prototypes, design revisions, and small-batch orders. Once the drawing is approved, the same process can be coordinated with bending, welding, and finishing for repeat production.
Controlled Edge Quality
Cutting parameters and post-processing are matched to the material and part requirements. When the application needs additional edge treatment, XHX Metal can coordinate automated deburring or other specified secondary operations instead of leaving the buyer to arrange them separately.
Non-Contact Cutting Process
Because the cutting tool does not physically contact the sheet, the process avoids conventional tool wear at the cut line. This helps support detailed profiles and repeated hole patterns while keeping the focus on the approved material, geometry, and finish requirements.
Material Use and Process Efficiency
Efficient nesting and a clear cutting plan can help reduce avoidable scrap and unnecessary secondary work. XHX Metal reviews part geometry and order quantities together so the selected process balances material utilization, production effort, and the required part quality.
APPLICATIONS
Applications of Metal Laser Cutting
Laser-cut metal components are used across the equipment and product categories served by XHX Metal. The final process is selected according to the part’s structural role, appearance, fit, environment, and follow-up fabrication requirements.
Industrial Equipment and Automation
Produce brackets, mounting plates, panels, guards, and structural parts for industrial equipment and automation systems. Clear drawing requirements help maintain alignment between laser-cut features and the later bending, welding, and assembly steps.
Sheet Metal Enclosures and Cabinets
Create panels, covers, chassis parts, and cabinet components for control systems, electrical equipment, and industrial machinery. Laser cutting provides the openings and profiles needed before forming and enclosure assembly.
Medical Equipment Enclosures
Fabricate made-to-drawing panels, brackets, covers, and housings for medical equipment projects. XHX Metal can review material, finish, dimensional, and documentation requirements, while customers remain responsible for the final product’s regulatory validation.
Electronics and Communication Equipment
Produce sheet metal parts for electronic equipment and communication systems, including chassis panels, mounting brackets, cable-related components, and enclosure features that require accurate positioning within a compact assembly.
Perforated Panels and Functional Openings
Cut repeated holes, slots, and functional openings for ventilation, screening, mounting, and access. The pattern, edge condition, and spacing are reviewed against the part’s strength and downstream forming requirements.
Prototypes and Custom Components
Support product development with drawing-based prototypes and custom metal components. Early DFM feedback helps teams validate form, fit, and assembly before committing to larger repeat orders.
Capability FAQ
What drawing files are useful for laser-cut parts?
PDF drawings are useful for initial review. Available 2D or 3D files can help clarify profiles, openings and part relationships during manufacturing evaluation.
Which sheet metal materials can be reviewed?
Projects commonly involve carbon steel, stainless steel and aluminum. Final material selection and availability are confirmed during quotation.
Can laser-cut parts be supplied with bending and finishing?
Yes. Laser-cut components can be reviewed as part of a coordinated workflow that may include bending, welding, finishing and assembly.
What should be shown near holes and edges?
Drawings should clearly show hole locations, edge relationships and any bend areas so the part can be reviewed as a complete manufacturing sequence.