Racks & structural assemblies
Beams, arms, brackets, roll-formed strut and full frames. Profile selection, CNC-controlled lengths and holes, welding and assembly are coordinated around the customer’s requirements.

Purpose-built automation minimizes manufacturing lead times and increases production velocity. SVS brings fast, repeatable processes to the racks, structures and cooling assemblies behind AI infrastructure.
Explore what we make ↓SVS’s manufacturing focus spans individual components, structural subassemblies and assemblies supporting data center cooling systems.
Beams, arms, brackets, roll-formed strut and full frames. Profile selection, CNC-controlled lengths and holes, welding and assembly are coordinated around the customer’s requirements.
Welded stainless-steel assemblies for cooling-system applications, with fabrication and inspection requirements defined by the customer’s drawings and acceptance criteria.

Treat structural components as repeat-production products, with tooling and automation developed around sustained demand.
SVS’s in-house automation company, Singh Automation, connects part design, cycle-time planning and material handling. That integration targets faster processing and less waiting between operations, minimizing manufacturing lead times.
Production velocity means keeping components moving consistently through fabrication and assembly. SVS combines repeatable cycles, coordinated handling and early inspection to sustain throughput and react faster to customer demand.
Build quality and repeatability into the process—from component preparation through finished assembly.
Existing tooling for in-demand profiles, with CNC-controlled cut lengths and hole patterns tailored to the application.
Vision-guided motion and inspection support part positioning and verification against specified requirements.
Robotic welding and automated handling support consistent fabrication of components and structural assemblies.
Grinding, paint and material-handling processes are coordinated with the finished assembly’s requirements.
Watch our press brake, welding, grinding and automated fork truck videos.
The large-structure line described in the Singh presentation is in design and fabrication. These figures describe its design basis.
Design targets, not measured production output. At one structure every 10 minutes, 24 × 60 ÷ 10 = 144 structures per day before downtime, changeovers and other production losses. Actual output depends on program configuration and operating conditions.

50250 E Russell Schmidt Blvd
Chesterfield, MI, USA
SVS’s manufacturing site anchors a domestic production approach for data center components and assemblies. Program planning brings part specifications, required volume, inspection and finishing into a coordinated manufacturing route.
Our core partners are Singh Automation, our in-house automation company, and Singh Thermal Systems, contributing complementary manufacturing and thermal expertise.
Meet our core partners ↗Yes. SVS’s manufacturing focus includes racks, beams, arms, brackets, strut and full structural frames for data center infrastructure. Parts and assemblies are produced around customer drawings, required materials and acceptance criteria.
SVS’s data center manufacturing focus includes welded stainless-steel cooling-system assemblies. Fabrication, inspection and acceptance requirements are established for the application; this does not imply that SVS supplies a complete cooling system.
No. The 24-foot by 8-foot structure and 10-minute cycle describe the design basis of the line presented in the Singh manufacturing deck. That cycle equates to 144 structures in 24 hours before downtime and other losses, not guaranteed daily output.
Provide part and assembly drawings, material specifications, dimensions and tolerances, required finish, inspection requirements, order quantities and delivery schedule. These define the production route and program-specific lead time.