Spike delivers complete, automated sheet metal fabrication under one roof.
Spike features an end-to-end, automated fabrication ecosystem—encompassing laser cutting, CNC bending, welding, powder coating, and assembly. We seamlessly manage your entire manufacturing process from A to Z.
Since 2014, Spike Metal has provided integrated, in-house sheet metal fabrication solutions—including precision laser cutting, CNC bending, welding, powder coating, and bespoke architectural art. Driven by engineering expertise, we deliver custom-tailored parts for diverse sectors, scaling seamlessly from rapid prototyping to major industrial operations.
Providing high-end industrial fabrication solutions since 2014.
From rapid-prototyping workshops to major heavy industrial sectors.
Scalable multi-stage production backing high-volume demands.
Precision sheet metal components delivered with flawless quality.
We deliver uncompromised fabrication quality, fostering sustainable, long-term partnerships built on mutual trust.
Your technical drawings and proprietary designs are treated with strict confidentiality, ensuring your intellectual property is securely guarded and never disclosed.
By leveraging advanced nesting optimization and 100% recyclable steel, we minimize waste and energy consumption to conserve natural resources.
Batch Processing of Bent Metal Channels
Sound-Proof HVAC Ventilation Systems
Thick Steel Profile Piercing with Clean Edges
Precision Laser-Cut Mounting Components
Clean Joint Seaming & Structural Assembly
Heavy-Duty Multi-Tier Welded Assemblies
Self-Clinching PEM Nuts on Laser-Cut Plates
High-Spec Sheet Metal Forming with Curved Slots
Heavy-Duty Architectural Ornate Structures
Durable High-Resistance Curing for Industrial Parts
Large-Scale Structural Truss & Canopy Integration
Serial Precision Chassis Fabrication & Stud Welding
Precision cutting for Carbon Steel, Stainless Steel, Aluminum, and Brass.
High-precision fiber laser cutting delivering burr-free, ready-to-assemble parts up to 20mm with strict compliance to your exact technical drawings.
Complex sheet metal forming up to 4 meters with extreme precision.
Swiss-engineered 7-axis CNC bending featuring automated hydraulic crowning to guarantee perfectly uniform angles and zero distortion across long-gauge components.
Durable, high-resistance, and aesthetic finishes for industrial metal parts.
Advanced electrostatic coating providing an engineered, eco-friendly polymer finish of 50-120 microns to protect metal structures from corrosion and wear.
System integration, complex metal assemblies, and precision testing to global standards.
Comprehensive certified TIG, MIG, and spot welding combined with expert grinding, deburring, and mechanical assembly for seamless industrial enclosure manufacturing.
From rapid prototyping to high-volume industrial production runs.
Scalable, on-demand custom metal fabrication enforcing strict quality control and material traceability to execute high-spec engineering projects within tight deadlines.
3D simulation, advanced error detection, and intelligent nesting algorithms.
Thorough Design for Manufacturing reviews converting 3D CAD files into optimized CNC profiles, maximizing sheet yield while eliminating geometry errors.
Distortion-free precision welding up to 8x faster than conventional methods.
High-density pulsed laser welding creating a microscopic heat-affected zone to completely eradicate thermal warping and eliminate costly post-weld rework.
Permanent threads, standoffs, and high-strength fasteners on sheet metal.
Specialized hydraulic press insertion of self-clinching PEM hardware and CD stud welding to secure high-torque, permanent fastening with zero backside marking.
The convergence of art, architecture, and premium sheet metal engineering.
Custom architectural cladding, luxury furniture, and geometric screens fabricated from stainless steel, brass, and bronze to achieve high-end aesthetic intent.
True fabrication efficiency and strict accuracy are locked during the 3D design and DFM review phase, not on the shop floor.
State-of-the-art machinery is only as reliable as a standardized workforce driven by a strict parameter performance matrix.
Continuous material traceability and calibrated technical training are the absolute baselines to prevent production non-conformance.
