01
TIG Welding
Controlled, clean welding for thin-gauge parts, visible joints and assemblies requiring precise heat input.
- Stainless steel and aluminum
- Thin sheet metal components
- Clean cosmetic welds
CUSTOM SHEET METAL WELDING & ASSEMBLY
Precision Welding.
Production-Ready Assemblies.
Integrated welding, hardware installation and mechanical assembly for custom sheet metal parts—from prototypes to production.
- ✓ TIG, MIG & Spot Welding
- ✓ Riveting & Hardware Installation
- ✓ Prototype to Production
- ✓ Inspection Before Delivery
◆ Your project files are securely protected and kept confidential.
Integrated Production
Joining, hardware and final assembly
FROM INDIVIDUAL PARTS TO COMPLETE ASSEMBLIES
More Than Welding.
A Complete Assembly Solution.
Sheet metal welding and assembly bring separately manufactured components together into a functional, production-ready structure.
HordRT combines precision welding, mechanical fastening, hardware installation and dimensional verification within one coordinated workflow. This helps maintain joint strength, component alignment and consistent fit across the finished assembly.
01
Precision Joining
TIG, MIG and spot welding selected for the material and joint.
02
Hardware Installation
Rivets, studs, nuts and self-clinching hardware installed accurately.
03
Final Assembly
Components aligned, assembled and checked before delivery.
WELDING & ASSEMBLY CAPABILITIES
The Right Joining Process
for Every Assembly.
From clean cosmetic welds to structural joints and final hardware installation, we select each joining method according to the material, geometry and performance requirements of your product.
Discuss Your Assembly
02
MIG Welding
Efficient welding for structural frames, brackets and steel assemblies requiring strong and repeatable joints.
- Carbon and stainless steel
- Frames and support structures
- Efficient production welding
03
Spot Welding
Fast, repeatable resistance welding for overlapping sheet components and production-volume assemblies.
- Overlapping sheet joints
- Enclosures and internal brackets
- Consistent production cycles
04
Mechanical Assembly
Complete installation of fasteners, hardware and fabricated components before final inspection and delivery.
- Riveting and fastening
- PEM hardware installation
- Component fit and alignment
HOW IT WORKS
From Fabricated Parts
to a Finished Assembly.
A controlled workflow keeps components aligned, joints consistent and final assemblies ready for their intended application.
01
REVIEW
Drawing & Joint Review
We review materials, joint geometry, tolerances and assembly requirements before production begins.
02
PREPARE
Part Preparation
Cut and formed components are checked, cleaned and prepared for accurate joining.
03
POSITION
Fixturing & Tack Welding
Components are located in fixtures and tack welded to maintain fit, alignment and dimensional stability.
04
JOIN
Controlled Welding
The selected TIG, MIG or spot-welding process is completed using controlled welding sequences.
05
ASSEMBLE
Hardware & Final Assembly
Rivets, PEM hardware, brackets and related components are installed according to the assembly specification.
06
VERIFY
Inspection & Delivery
Weld quality, critical dimensions, appearance and assembly fit are verified before shipment.
Process control from start to finish
Every stage is coordinated to protect alignment, appearance
and finished assembly quality.
Start Your Project
MATERIALS & JOINING OPTIONS
Built Around Your
Material Requirements.
Material type, sheet thickness, joint geometry and final appearance all influence the most suitable welding or assembly method.
SS
Stainless Steel
Corrosion-resistant assemblies requiring strength and clean welds.
TIG
MIG
Spot Welding
AL
Aluminum
Lightweight enclosures, panels and structural components.
TIG
MIG
Fastening
CS
Carbon Steel
Durable frames, brackets, cabinets and equipment structures.
MIG
Spot Welding
Fastening
GS
Galvanized Steel
Protective sheet metal parts for cabinets and industrial products.
Spot Welding
Riveting
Fastening
Final process selection is confirmed after reviewing the material, thickness, joint design and finish requirements.
QUALITY CONTROL
Quality Verified at
Every Critical Joint.
Inspection is integrated throughout welding and assembly to confirm joint condition, dimensional alignment and finished product fit.
INSPECTION FOCUS
What We Verify
01
Weld Condition
Joint continuity, appearance and specified weld location.
02
Critical Dimensions
Overall geometry, hole position and component alignment.
03
Hardware Installation
Fastener type, position, seating and installation security.
04
Assembly Fit
Panel fit, mating features and final assembly function.
Dimensional Control
Checked against approved drawings
Process Consistency
Controlled joining and assembly sequence
Final Verification
Reviewed before packing and shipment
TYPICAL PRODUCTS
Welded Assemblies Built
for Real Applications.
From protective enclosures to load-bearing structures, we produce sheet metal assemblies that combine accurate fabrication, reliable joining and controlled final fit.
01
PROTECTIVE STRUCTURES
Equipment Enclosures
Welded cabinets and housings designed to protect internal equipment and maintain component alignment.
- Electrical cabinets
- Machine enclosures
- Control housings
02
STRUCTURAL SUPPORT
Frames & Chassis
Structural assemblies manufactured for strength, repeatable geometry and accurate equipment installation.
- Equipment frames
- Machine chassis
- Support structures
03
INTEGRATED COMPONENTS
Brackets & Subassemblies
Multi-part fabricated components supplied with hardware, brackets and mating features already assembled.
- Mounting assemblies
- Welded brackets
- Hardware subassemblies
INDUSTRIES WE SUPPORT
Built for Demanding
Industrial Applications.
Our welding and assembly capabilities support products that require structural strength, dimensional consistency and dependable final fit.
From prototype to production
Flexible support across different project volumes
01 / MANUFACTURING
Industrial Equipment
Machine guards, equipment frames, cabinets and welded supports.02 / MOBILITY
Automotive
Structural brackets, battery-related housings and mounting assemblies.03 / AUTOMATION
Robotics
Robot bases, protective covers, mounting frames and subassemblies.04 / ELECTRICAL SYSTEMS
Electronics
Control enclosures, equipment panels and hardware assemblies.05 / MEDICAL EQUIPMENT
Medical Devices
Equipment housings, carts, panels and supporting structures.06 / ENERGY SYSTEMS
New Energy
Battery housings, power-system cabinets and mounting structures.START YOUR PROJECT
Ready to Build Your
Welded Assembly?
Send us your drawings and project requirements. Our engineering team will review the materials, joint design, assembly needs and production requirements.
✓
Engineering Review
✓
DFM Feedback
✓
Fast Quotation
Your files are securely protected and kept confidential.
Please provide your 3D CAD files, 2D drawings, material, sheet thickness, quantity, welding symbols, hardware requirements, surface finish and any critical tolerances. If some details are not finalized, our engineers can review the design and recommend practical manufacturing options.
Our sheet metal joining capabilities include TIG welding, MIG welding and spot welding. The appropriate process is selected according to the material, thickness, joint geometry, strength requirement and desired appearance.
We work with commonly used sheet metals including stainless steel, aluminum, carbon steel and galvanized steel. Welding suitability depends on the alloy, thickness, coating and joint requirements, so material and process selection are confirmed during engineering review.
Yes. We can install self-clinching nuts, studs, standoffs, rivets, rivet nuts, threaded inserts and standard mechanical fasteners according to your drawings and assembly requirements.
Distortion is managed through joint and fixture design, controlled tack welding, balanced welding sequences, appropriate heat input and intermediate dimensional checks. The final method depends on the material, thickness and geometry of the assembly.
Yes. Depending on the material and application, available finishing options may include grinding, polishing, bead blasting, powder coating, painting, plating, anodizing and passivation. Finish requirements should be identified during the quotation stage.
Yes. HordRT supports one-off prototypes, engineering validation builds, low-volume production and repeat orders. Production planning is based on part complexity, assembly requirements, quantity and finishing needs.
Inspection may include weld appearance, joint location, critical dimensions, hole position, hardware installation, panel alignment and final assembly fit. Project-specific inspection requirements can be agreed before production.
