How design information becomes coordinated panels, gates and components ready for a qualified installer

A strong fence concept is only the beginning. The finished result depends on how the pattern, panels, posts, gates, hardware, finish, foundations and site conditions are coordinated before production. Each stage must pass accurate information to the next party.
This guide explains the architectural metal fencing process for homeowners, architects, developers and contractors. It covers Artico Metals’ work through design support, fabrication, quality inspection, packaging and delivery. It also explains what the client’s architect, engineer and installer must coordinate so the delivered system can be installed as intended.
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SCOPE CLARIFICATION. Artico Metals manufactures and delivers custom metal systems. Artico Metals does not install them. The client’s qualified contractor or installer is responsible for field measurements, foundations, permits, site safety, installation and final adjustments. Required engineering and code review must be provided by the appropriate licensed professionals. |
1. Define the Project Requirements
Begin with the function of the fence rather than its appearance alone. A privacy boundary, pool enclosure, rooftop screen, security perimeter and decorative landscape edge have different code, sightline, structural and access requirements.
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Identify the fence location, total length, height and changes in grade.
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Define privacy, security, view, airflow and access goals by zone.
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Mark gates, equipment access, pedestrian routes and utility conflicts.
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Confirm which portions are decorative and which must satisfy a code-required barrier or guard function.
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State the project location, exposure, delivery access and target schedule.
Homeowners can start with measured sketches and site photos, but accurate field dimensions and local requirements must be confirmed before fabrication. Larger projects should provide coordinated plans, elevations, sections and structural criteria.
2. Select the Pattern, Material and Finish
The pattern controls more than style. Its open area, scale, border and orientation affect privacy, visual weight, cut geometry and the relationship between adjacent panels. Review the pattern at a realistic scale and from the distances people will actually use.
Material and finish should suit component size, exposure, weight, corrosion strategy, maintenance expectations and budget. Aluminum, steel and stainless steel require different design and finish decisions. Coastal air, irrigation, pool chemicals, drainage and contact between dissimilar metals deserve specific review.
Explore available patterns and review Artico Metals’ material guidance before the system is detailed.
3. Coordinate Panels, Posts, Gates and Interfaces
Treat the fence as one system. Panel widths affect joint rhythm, handling and replacement. Posts affect spans, alignment and connection locations. Gates add weight, clearances, hinges, latches, access control and foundation requirements. Walls, concrete, drainage, lighting and landscaping can constrain every one of those decisions.
The design team and installer should identify where fabrication ends and field-installed work begins. If hardware, anchors or access-control devices come from another supplier, confirm compatibility, responsibility and lead time before the shop drawings are approved.
4. Develop and Approve Shop Drawings
Shop drawings convert approved design information into fabrication-ready dimensions and details. They typically identify panel modules, frames, posts, gates, joints, hardware locations, material, finish and component references. They should also note the dimensions or conditions supplied by others.
The client should appoint one authorized decision owner and return consolidated comments. Reviewers should check the design intent, dimensions, interfaces, swing directions, quantities, finish and exclusions. Structural calculations, site design and code compliance remain with the appropriate project professionals unless specifically included in a separate written scope.
5. Confirm Samples and Critical Details
A finish chip can confirm color, texture and gloss. A pattern coupon can confirm scale and cut quality. A full-size mockup may be appropriate when privacy, panel rigidity, gate operation or a visible joint is difficult to judge from drawings.
Agree on what each sample approves. A visual mockup does not prove structural performance, and a small coupon does not show the behavior of a complete panel. Record accepted samples and revisions so production follows one clear reference.
6. Manufacture the System In-House
Once approved, Artico Metals coordinates production in-house. The workflow can include CAD preparation, fiber laser cutting, bending, welding and assembly, powder coating, quality inspection and packaging. Keeping these operations coordinated reduces information loss between separate suppliers and makes it easier to check repeated components against the same approved standard.
Production should not begin while critical dimensions, finish or gate details remain unresolved. Changes after release can affect material, programming, completed work, pricing and schedule.
7. Inspect, Package and Deliver
Quality checks should focus on the features that affect fit, operation and appearance. Depending on the scope, that may include overall dimensions, hole locations, frame geometry, gate clearances, weld finish, coating condition, component quantities and hardware organization.
Packaging must protect finished faces, corners and edges during handling and transport. Related posts, panels, gates and hardware should be identifiable so the installer can stage the work efficiently. Before delivery, confirm site access, unloading equipment, storage conditions and the person authorized to receive the shipment.
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Keep components supported and protected from standing water or site damage.
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Inspect the shipment promptly and document visible damage or shortages.
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Compare delivered components with the packing information and approved drawings.
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Do not remove protective materials in a way that scratches coated surfaces.
8. Coordinate Installation by the Client’s Contractor
Installation determines alignment, transitions, clearances and the relationship between the fabricated system and the site. The contractor should verify foundations, openings, grades, walls and utilities before setting components. The installation sequence should protect finished work and keep gates, posts and panels within the tolerances required by the approved documents.
Site adjustments should be reviewed before cutting, drilling or refinishing visible components. Unapproved modifications can affect appearance, coating protection, fit and warranties. When a field condition conflicts with the drawings, document it and coordinate a resolution with the responsible project parties.
9. Complete Final Review and Maintenance Handoff
After installation, the client team should review alignment, gate operation, hardware, clearances, finish condition and interfaces with nearby construction. Any touch-up method must be compatible with the specified finish. Maintenance guidance should identify appropriate cleaning, inspection and care for the material and exposure.
Photographs and an organized record of approved drawings, finish information and hardware can simplify future maintenance or replacement. For long projects, retain spare finish samples and clearly identify any attic-stock components.
Common Execution Risks to Prevent
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Releasing fabrication before site dimensions or finish selections are approved
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Treating decorative elevations as complete fabrication information
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Ignoring gate weight, clearances, hardware and access-control coordination
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Failing to coordinate concrete, drainage, lighting, utilities and landscaping
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Changing dimensions without notifying the fabricator and installer
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Storing delivered finished panels without protection or suitable support
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Making uncontrolled field cuts or repairs to coated components

Frequently Asked Questions
How long does the architectural metal fencing process take?
Timing depends on design completeness, quantity, complexity, approvals, material and finish availability, production capacity and delivery distance. Request a schedule based on your actual scope rather than relying on a general lead time.
What is needed before fabrication can begin?
Artico Metals needs an approved scope, fabrication drawings, confirmed dimensions, material, finish, pattern, quantities, gate details and written authorization to proceed.
Who verifies site measurements?
The client’s qualified contractor or designated project professional verifies and supplies field dimensions. Artico Metals uses confirmed information to prepare fabrication documents within its scope.
Does Artico Metals provide foundations or installation?
No. The client’s contractor or installer handles foundations, permits, site work, installation, safety and final field adjustments.
Can one system include fencing, gates and screens?
Yes. Coordinating these components under one design language can improve pattern continuity, finish consistency and interface planning.
What should I send for a quote?
Send plans or approximate dimensions, site location, application, quantity, heights, gates, preferred pattern, material and finish, delivery location and target schedule.
Plan Your Architectural Metal Fencing System
Share the project location, drawings or measured dimensions, fence height, gate requirements, pattern direction, finish preference and delivery schedule. Artico Metals can help develop the fabrication scope, prepare shop drawings and manufacture the approved system in-house for delivery to your installer.
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REQUEST A QUOTE. Provide plans, dimensions or a project brief. Include site exposure, approximate quantity, pattern, material, finish, gates, delivery location and target schedule. |
For a project-specific solution, review Artico Metals’ custom metal systems and product options.
Architect–Fabricator Collaboration for Custom Metal Systems
7 Architectural Metal Fencing Mistakes to Avoid