Our Location
304 North Cardinal St.
Dorchester Center, MA 02124
Precision Sheet Metal Systems Built for Stable Assembly Performance
From laser cutting to final integration,
we control deformation, stress, and tolerance stack-up
to ensure predictable assembly accuracy.
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RilonMetal Sheet Metal Capabilities & Technical Specifications
Industrial-Grade
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Industrial-Grade
Sheet Metal Fabrication
At Rilon Metal, we combine CNC laser cutting, turret punching, and multi-axis bending to deliver high-precision, stress-free components with exceptional dimensional consistency.
Laser & Punching Integration
Burr-free cutting and precise micro-perforation across multi-alloys.
Stress-Relief Roller Leveling
Eliminates residual stress to guarantee superior flatness prior to folding.
Complete Enclosure Integration
Turnkey assembly with quick-turn custom hardware and precise fitment.
TECHNICAL SPECIFICATIONS
| Fabrication Process | Laser Cutting, Turret Punching, Roller Leveling, CNC Bending, Welding, Assembly |
| Material Capacity | Carbon Steel: 0.5 - 20.0 mm | Stainless Steel: 0.5 - 12.0 mm | Aluminum: 0.5 - 10.0 mm |
| Laser Positioning | ±0.05 mm - ±0.10 mm (Realistic Industrial Tol.) |
| Punching Speed | Up to 600 - 1000 HPM (High-Speed Nibbling) |
| Bending Precision | Linear: ±0.20 mm | Angular: ±0.5° |
| Flatness Deviation | ≤0.3 mm/m² (Post Roller Leveling) |
| Surface Finish | Powder Coating, Wet Painting, Anodizing, Zinc Plating, Passivation, Sandblasting |
One-Stop Sheet Metal Fabrication Services
CNC Fiber Laser Blanking
CNC Punching & Micro-Perforation
Precision Multi-Axis Bending & Forming
Full-Enclosure Integration
KOHLER PEAK PERFORMER
Precision Leveler
Surface Conditioning & Internal Stress Relief
This is where dimensional stability is truly engineered.
After cutting and punching, residual stress inside the materialcan later amplify into bending deviation, twisting, or assembly misalignment.
Rilon integrates specialized multi-roller precision levelers (equivalent to German KOHLER standard) to treat processed components. By executing hundreds of alternating cyclic bends, the material’s residual molecular stresses are completely eliminated, leaving a flat, tension-free blank.
Our stress-relief and precision-leveling workflow minimizes:
- Angular spring-back
- Internal tension imbalance
- Edge deformation
- Final assembly gap accumulation
Stable geometry before bending means predictable geometry after assembly
Engineering Excellence: Sheet Metal DFM Case Study
Explore how Rilon Metal optimized a complex chassis. By refining bend radii and notch reliefs, we enhanced structural rigidity while lowering material waste and production costs.
Strategic Sourcing: Precision Sheet Metal Design Guidelines
Expert technical parameters to avoid common manufacturing pitfalls. This guide covers essential manufacturing limits for high-volume production.