PRECISION SHEET METAL FABRICATION
Precision Sheet Metal
Fabrication From
Prototype to Production
Teltron Manufacturing produces build-to-print sheet metal components for high-tech OEMs using automated laser cutting, CNC punching, precision forming, and in-house welding.
From development builds to recurring production, our fabrication operation combines modern equipment, experienced manufacturing teams, and coordinated downstream processes to keep programs moving.
CORE CAPABILITIES
Complete Sheet Metal Fabrication Capabilities
Teltron supports precision fabricated components and assemblies with equipment and processes suited to both early builds and repeatable OEM production.
Fiber Laser Cutting
Our 6 kW fiber laser processes sheet and plate up to 5′ × 10′. A 15-shelf automated material tower supports material handling and repeat-production flow.
CNC Punching
CNC punching supports repeatable holes, patterns, forms, and other sheet metal features.
Precision Forming & Brake Press Bending
Multiple press brakes, offline programming, forming lengths up to 10 feet, and capacities up to 150 tons support a range of part geometries and production requirements.
Welding
In-house capabilities include MIG, TIG, spot, robotic/cobot, and laser welding. Project-specific certified welding requirements are reviewed against the applicable materials, processes, and specifications.
Technical Capability
Fabrication Capacity Backed by Process Control
Equipment capacity matters, but repeatable fabrication also depends on programming, setup, material selection, forming practices, and inspection.
Technical highlights
Fiber laser: 6 kW
Maximum sheet size: 5′ × 10′
Reported laser processing range: 0.010″–1.00″, subject to material and process review
Automated material handling: 15-shelf tower
Press brake forming capacity: up to 150 tons
Maximum forming length: up to 10′
Offline programming capability
Materials
Common work includes carbon and alloy steel, stainless steel, aluminum, brass, and copper. Material form and process suitability are confirmed from the print.
Tolerance review
Typical sheet metal features may be evaluated around ±0.010″, with some hole features around ±0.005″, depending on geometry, material, process, and inspection requirements. Final achievable tolerances are confirmed through print review rather than treated as universal guarantees.
Representative Work
Fabricated Components Built Around Your Applications
Teltron produces both straightforward repeat-production parts and more complex fabricated components that move through multiple manufacturing processes.
Representative work includes:
Brackets, front panels, and trays
Enclosures, chassis, and frames
Weldments and fabricated structures
Fabricated subassemblies
Components prepared for finishing or mechanical assembly
The right manufacturing approach depends on geometry, material, tolerance, volume, and downstream requirements.
Production Fit
From First Parts to Repeat Production
Some programs start with a prototype or development build. Others require a dependable source for recurring production. Teltron supports both, with particular strength in fabricated components that benefit from repeatable setups, automation, and coordinated manufacturing operations.
Program support
Prototype and development builds
Pre-production and bridge manufacturing
Low- and mid-volume production
Recurring fabricated-component programs
Higher-volume work where geometry and process time are a strong fit
Our goal is to support the initial requirement while establishing an efficient path for repeat orders when the program grows.