Existing profile tooling
SVS is already tooled for in-demand roll-formed profiles, supporting repeatable geometry across recurring production runs.
ROLL FORMING / ENERGY & INFRASTRUCTURE
Already tooled.
Built to your application.
SVS is already tooled for in-demand roll-formed profiles. CNC-controlled cut-to-length and hole operations customize each component for strut, tower lattice and substation frame applications.
Explore applications ↓STRUT CHANNELTOWER LATTICE MEMBERSSUBSTATION FRAMES
01 / WHY ROLL FORMING
Proven profiles.
Application-specific parts.
Existing profile tooling. CNC-controlled lengths and holes. SVS combines repeatable roll forming with application-specific fabrication.
SVS is already tooled for in-demand profiles, so programs that match our existing tooling can start with an established cross-section. Cut lengths and hole patterns are CNC controlled and customized to the application.
Existing tooling and CNC-controlled customization help shorten the path from approved drawings to production. Coordinated forming, cutting, hole operations and handling reduce manual handoffs and keep components moving. Profile availability and fit are confirmed against your drawings.
CNC-controlled customization
Cut-to-length and hole operations are CNC controlled, with lengths and hole patterns tailored to the application.
Built for production velocity
Combine existing profile tooling with programmed part variations and coordinated material flow to minimize manufacturing lead times and sustain production velocity.
02 / APPLICATIONS
Three applications.
One manufacturing mindset.
01 / MODULAR SUPPORT
Strut channel
Repeatable profiles for modular support systems.
SVS combines existing tooling for in-demand profiles with CNC-controlled cut lengths and hole patterns. Strut configurations are matched to the mounting, connection and assembly requirements of the application.
- Existing profiles reviewed against the specified connection system
- CNC-controlled hole patterns and cut lengths customized to the application
- Recurring production for data center and utility support programs
02 / TRANSMISSION INFRASTRUCTUREHigh-voltage
High-voltage
tower lattice
Engineered members for repeatable structural assemblies.
For suitable tower designs, SVS aligns available roll-formed profiles with CNC-controlled member lengths and connection-hole patterns. Profile selection, thickness and connection details are coordinated with the structural engineer for the intended lattice members and bracing.
- Member families organized around recurring geometry and production volume
- CNC-controlled connection-hole placement matched to assembly requirements
- Fabrication and corrosion protection matched to the specified service environment
03 / GRID INFRASTRUCTURESubstation
Substation
frames
A coordinated route from formed member to fabricated frame.
For engineered substation support frames, bracing and related assemblies, SVS combines available roll-formed profiles with application-specific CNC cutting and hole operations. The production route connects these components with specified welding or bolted assembly.
- Profiles selected around structural and equipment-interface requirements
- CNC-controlled lengths and hole patterns to support repeatable assembly
- Automation opportunities across forming and downstream fabrication
Structural applications require project-specific engineering and approval. Member capacity, buckling, connections, loading and corrosion protection must be verified for the intended use; a roll-formed section is not an automatic substitute for a specified structural shape.
03 / FROM PROFILE TO PRODUCTION
Design the part.
Connect the process.
Build the manufacturing route around the approved design, required volume and delivery schedule.
Define
Drawings, steel grade, thickness, tolerances, finish and annual demand.
Form
Select from existing in-demand profile tooling and confirm the cross-section against the application.
Fabricate
Program CNC-controlled cut lengths and hole patterns for each application, then coordinate downstream operations.
Verify
Inspection and acceptance requirements aligned to customer specifications.
See downstream automation in action.
Explore our welding, grinding, press brake and material-handling videos.
THE SINGH ADVANTAGE / IN-HOUSE AUTOMATION
We don’t just use automation.
It’s part of who we are.
SVS has its own in-house automation company within the Singh group: Singh Automation.
That relationship puts manufacturing and automation expertise inside the same group. SVS engineers faster cycles, fewer manual handoffs and coordinated material flow to minimize manufacturing lead times and increase production velocity.
For our customers, production velocity means parts moving consistently from one operation to the next. In-house equipment integration and process improvement help SVS reduce waiting between operations and respond faster as program needs change.
Meet our in-house automation company ↗Manufacturing expertise+In-house automation engineering=The SVS competitive advantage
DOMESTIC PRODUCTION / GLOBAL COST DISCIPLINE
Built around the profile.
Measured by total cost.
SVS pairs existing profile tooling and CNC-controlled customization with its in-house Singh Automation relationship to pursue competitive landed costs. Program fit depends on profile availability, material, volume and finishing requirements.
BUYER QUESTIONS
Roll-forming questions
Is SVS already tooled for roll-formed strut profiles?
SVS is already tooled for in-demand roll-formed profiles. The available profile and its suitability are confirmed against the customer’s drawings and connection requirements.
Can SVS customize cut lengths and hole patterns?
Yes. Cut-to-length and hole operations are CNC controlled and customized to the application. Lengths, hole patterns, tolerances and finishing requirements are coordinated with the selected profile.
Can roll-formed profiles be used in tower lattice and substation frames?
Roll-formed profiles can be evaluated for suitable engineered tower lattice members, bracing and substation frame components. The structural engineer must verify the profile, material, loads, buckling and connections for the intended application.
Is 600 feet per minute the finished-part production rate?
No. The 600 feet-per-minute figure referenced in the Singh presentation is a roll-forming line speed. Profile, material, hole operations, cutting and handling determine sustained finished-part output.