Frequently Asked
Questions

CNC turret punching is used to create perforated metal panels, custom shapes, repeated patterns and detailed screen components. It is well suited to architectural screens, façade panels, decorative features, shade structures and other aluminium applications that require consistent perforation.

Precise Metal Products works with aluminium sheet for CNC turret punching, with capability to process aluminium up to 6mm thick. This makes it suitable for architectural screen products, commercial panels and custom perforated components.

Yes. CNC turret punching can be used to create a wide range of perforation patterns, from simple repeated holes through to more detailed custom designs. The process is supported by tooling capability and programming that helps translate design intent into repeatable panel production.

Yes. CNC turret punching is suitable for large format architectural screen panels. Precise Metal Products can process aluminium sheets up to 1500mm wide and 6000mm long, supporting larger panels for screens, façades and commercial applications.

CNC turret punching offers speed, repeatability and consistent results across multiple panels. It is a practical choice for projects that need high volume perforation, clean patterns and reliable production across architectural or commercial screen components.

Yes. CNC turret punching is well suited to façade projects that require repeated perforation patterns, consistent panel sizing and a reliable production process across multiple aluminium screen components.

Yes. Artwork and design files can be reviewed and translated into perforated aluminium panel layouts, depending on the detail, scale, material requirements and manufacturing feasibility.

Yes. CNC turret punching can be used to create decorative aluminium panels with repeated patterns, custom perforations and design led layouts for commercial, architectural and public space applications.

Yes. Once a pattern and panel layout are programmed, CNC turret punching can support repeat production across multiple panels, helping maintain consistency throughout a project.

Helpful details include panel sizes, material thickness, pattern files, fixing requirements, finish requirements and how the panels will be installed or used within the final project.

Yes. CNC turret punching can produce functional perforated panels for airflow, screening and shading, as well as decorative panels with repeated or custom patterns.

Yes. Once the panel layout and perforation pattern are programmed, CNC turret punching is well suited to repeat production across multiple panels with consistent results.

CNC router cutting is used to produce complex profiles, custom shapes, detailed patterns and clean cut components. It is suitable for architectural panels, aluminium composite façade panels, marine parts, signage components, decorative panels and custom fabrication work.

CNC router cutting can be used for aluminium, composite materials, plastics and other suitable sheet materials. This makes it a flexible process for both decorative and functional project applications.

Yes. CNC router cutting is well suited to complex geometries, organic forms, smooth curves, custom profiles and detailed routed designs. It can produce shapes that may not be practical with more traditional cutting methods.

Precise Metal Products can process aluminium sheets up to 25mm thick using CNC router cutting, depending on the project requirements, material type and design detail.

Yes. CNC router cutting is suitable for marine components such as panels, mounting plates, structural parts, profiles and other custom aluminium components that require accurate cutting and clean finished edges.

Yes. CNC router cutting can be used for custom signage components, routed letters, shaped panels and detailed aluminium or composite pieces that require clean profiles and accurate dimensions.

Yes. CNC router cutting can be used to create decorative aluminium panels with custom shapes, cut outs and detailed profiles for commercial, architectural and public space applications.

CNC router cutting can produce clean routed edges, helping reduce the amount of post processing required depending on the material, design and finish requirements.

Yes. CNC router cutting is suitable for both one off custom parts and repeat production, making it useful for specialised components, prototypes and project specific aluminium parts.

Useful files include CAD drawings, vector files, DXF files, panel layouts, dimensions, material details and any notes about edge finish, fixing points or final installation requirements.

Yes. CNC router cutting can be used for aluminium chequer plate panels where clean profiles, accurate cut outs and repeatable dimensions are required.

Yes. CNC router cutting is a strong option for detailed custom profiles, curved shapes, cut outs and complex components that need accurate dimensional control.

CNC press brake forming is used to bend and shape sheet metal into accurate folded profiles, façade components, trims, cassette style panels, sunshade elements and other formed architectural or commercial components.

CNC press brake forming uses programmable control to manage bend angles, dimensions and forming sequences. This helps produce consistent geometry and repeatable outcomes across individual components or larger project runs.

Yes. CNC press brake forming is suitable for complex folded façade screens, multi dimensional profiles and architectural panels that need clean folds, shadow lines and repeatable geometry.

Precise Metal Products uses an Ermaksan Speedbend 8 Axis CNC press brake with 220 tonnes of force and a 4100mm length blade, allowing a wide range of forming and bending requirements to be supported.

Early input helps confirm forming feasibility, bend allowances, fold sequences and production details before fabrication begins. This can reduce issues during production and support a more efficient manufacturing process.

Yes. CNC press brake forming is suitable for architectural trims, folded edges, returns, profiles and other formed aluminium components used in cladding and façade systems.

Yes. Folds and returns can help improve rigidity in aluminium panels while also adding depth, shadow lines and architectural definition.

Yes. Early review can help confirm whether a folded design is suitable for the selected material, bend sequence, panel size and intended application.

Yes. CNC press brake forming is well suited to repeat components where consistent angles, dimensions and profiles are required across multiple parts.

Helpful information includes material type, thickness, finished dimensions, bend angles, fold direction, drawings and any installation or tolerance requirements.

Yes. CNC press brake forming can be used to create folded aluminium components for architectural sunshade systems, façade details and custom shading profiles.

Yes. CNC press brake forming supports repeatable production, helping maintain consistent angles, dimensions and profiles across multiple folded components.

CAD/CAM programming is used to translate drawings, design files and project details into manufacturable outputs for CNC turret punching, CNC router cutting and CNC press brake forming.

CAD/CAM programming helps validate machining strategies, optimise sheet layouts, review fold details and maintain repeatable accuracy across production runs. This helps ensure design intent is carried through into finished components.

Yes. CAD/CAM programming can help optimise sheet utilisation and plan efficient cutting, punching or forming sequences. This can reduce material waste and improve production efficiency.

A CAD/CAM review can identify potential design, tolerance or manufacturing issues before materials are processed. This gives project teams the chance to refine details early and reduce the risk of production delays.

Yes. Architectural drawings and design files can be converted into manufacturable outputs suitable for CNC processing, depending on file quality, project requirements and production feasibility.

Yes. CAD/CAM programming can help translate artwork, patterns and design concepts into files that can be processed through CNC equipment.

Yes. CAD/CAM programming can help plan fold sequences before production, which is especially useful for complex folded components, profiles and façade screen details.

Yes. CAD/CAM programming can help plan large format panel layouts, optimise sheet use and prepare files for accurate CNC processing.

Useful files may include CAD drawings, DXF files, vector artwork, panel schedules, PDFs with dimensions and any supporting project drawings or specifications.

Providing design files early allows manufacturing details, material use, tolerances and potential production challenges to be reviewed before the project reaches fabrication.

Yes. CAD/CAM programming helps plan machining, punching and forming before production starts, which can improve workflow, reduce setup issues and support more efficient manufacturing.

Yes. CAD/CAM programming can help manage complex panel layouts, repeated patterns, sheet optimisation and manufacturing files for custom architectural components.

Precise Metal Products coordinates powder coating through trusted, specialised applicators as part of a broader manufacturing package. This helps support finished architectural metal components that meet project requirements.

Powder coating affects the appearance, durability and long term performance of architectural screens and façade components. It helps protect the surface while delivering the required colour and finish.

Yes. Powder coating can be coordinated as part of the manufacturing process, helping streamline delivery and ensure components are finished to suit project specifications.

Key considerations include surface preparation, coating consistency, film build thickness, colour uniformity and compliance with relevant warranty or project requirements.

Coordinating powder coating through Precise Metal Products helps maintain control over quality, timing and project requirements while using trusted finishing partners.

Yes. Powder coating is commonly used for outdoor architectural panels when the coating system, preparation and application are suitable for the project environment.

Yes. Coordinated powder coating can help support consistent colour and finish across multiple panels or components within the same project.

Yes. Powder coating is suitable for many façade screen applications where the project requires a durable, consistent and visually controlled finish.

Yes. Components can be CNC processed first, then coordinated for finishing once the parts are ready for coating.

Useful details include the required colour, finish type, project specifications, exposure conditions, warranty requirements and whether the finish must match other building elements.

Yes. Powder coating can often be coordinated to suit specified project colours, subject to colour availability, finish requirements and applicator recommendations.

Yes. When correctly specified and applied, powder coating helps support surface protection, colour consistency and long term durability for architectural aluminium components.

Architectural screens are used for façades, privacy, shading, airflow control, decorative features and building envelope applications. They can improve both the appearance and function of a building.

Yes. Architectural screens can be customised with different patterns, perforations, panel sizes, finishes and design details to suit the project’s visual and performance requirements.

Yes. Aluminium architectural screens are commonly used in commercial, civic and architectural projects because they can be produced with repeatable quality, visual consistency and durable finishes.

Architectural screens can add depth, texture, privacy, shading and visual identity to a façade. They can also help balance aesthetic goals with practical building performance requirements.

Precise Metal Products works with façade contractors, fabricators, architects, builders and project teams that need precision manufactured aluminium screen components.

Yes. Architectural screens can be designed to provide privacy while still allowing light, airflow or visual interest, depending on the pattern, spacing and installation method.

Yes. Architectural screens can include custom patterns or artwork inspired designs, depending on the design file, panel size and manufacturing method.

Yes. Aluminium architectural screens can be suitable for external use when they are manufactured and finished to suit the project location, exposure and performance requirements.

Yes. Aluminium screens can be produced for building envelope applications, including façade systems, cladding support and decorative external screening.

Clear drawings, panel dimensions, material selections, pattern files, fixing details and finish requirements help support a smoother manufacturing process.

Yes. Architectural screens can help provide shading while still allowing light, airflow and visual interest, depending on the pattern, panel position and project design.

Yes. Aluminium architectural screens can be designed to improve privacy while still supporting the broader look and function of the building façade or outdoor area.

Decorative feature panels are used to add texture, pattern and visual interest to architectural, commercial and interior environments. They can be used as wall features, external panels, screens or integrated design elements.

Yes. Decorative panels can be produced with custom patterns, artwork inspired designs and project specific details using CNC processes and digital design integration.

Decorative aluminium panels can be suitable for outdoor applications when designed, manufactured and finished to suit exposure, durability and project performance requirements.

Yes. Decorative aluminium panels can be used in commercial interiors as feature walls, privacy screens, decorative dividers, ceiling features or integrated design elements.

Precise Metal Products works with architects, designers and fabricators to produce panels that balance creative intent with practical manufacturing outcomes, consistency and durability.

Yes. Decorative panels can be used as feature walls in commercial, hospitality, civic and architectural spaces where pattern, texture or visual identity is required.

Yes. Decorative panels can be powder coated where a durable colour finish or project specific surface treatment is required.

Yes. Repeated patterns can be created across single panels or multiple panels, helping achieve a consistent design across larger installations.

Decorative panels may be used with lighting as part of a broader design, depending on the panel layout, pattern, spacing and installation details.

Important details include pattern scale, panel size, material thickness, fixing method, finish requirements and whether the panels will be used indoors or outdoors.

Yes. Decorative panels can be designed with patterns, colours or visual themes that support a brand, venue, public space or architectural concept.

Yes. Decorative feature panels can be produced for one off custom projects, provided the design files, panel dimensions and material requirements are suitable for manufacturing.

Aluminium screens can be used in shade structures to provide visual identity, filtered light, weather resistance and functional protection in public open spaces and outdoor environments.

Yes. Aluminium screen components can be manufactured for parks, civic spaces, shelters and outdoor infrastructure where durability and long term exposure need to be considered.

Yes. Shade structure panels can include custom perforations or decorative patterns to suit the design intent, public space context and project requirements.

Landscape architects, architects, fabricators, builders and public space project teams may use custom aluminium components for shade structures and outdoor architectural features.

Key considerations include outdoor exposure, structural performance, fixing details, panel size, pattern design, finish durability and installation requirements.

Yes. Custom screen patterns and panel shapes can help give public shelters, park structures and civic installations a stronger architectural identity.

Aluminium screens can be suitable for long term outdoor exposure when designed, processed and finished to suit the project environment.

Yes. Shade panels can be manufactured for civic structures, park shelters, public open spaces and community infrastructure projects.

Yes. Custom perforation patterns can help control light, shade and visual openness, depending on the design and panel placement.

Useful details include panel dimensions, pattern requirements, structural details, exposure conditions, fixing points, finish requirements and intended installation location.

Yes. Custom aluminium panels can add pattern, identity and visual interest to shade structures while still supporting practical shade and outdoor performance requirements.

Yes. Aluminium screen components can be manufactured for parks, public open spaces, civic shelters and outdoor architectural structures.

Folded façade screens are aluminium screen components that include folds, returns or formed profiles to create depth, rigidity and architectural definition across building elevations.

Folded façade screens can add depth, texture and visual movement while helping panels maintain structural strength and consistent geometry across large façade installations.

Yes. Folded façade screens can be custom made to suit architectural cladding systems, panel layouts, fold requirements, shadow lines and installation details.

CNC press brake forming allows aluminium panels to be bent into precise angles and multi dimensional shapes, supporting repeatable folded components for façade systems.

Folded façade screens are suited to architects, façade contractors, builders and fabricators working on commercial, architectural and large scale building projects.

Yes. Folded profiles can create clean shadow lines, visual depth and stronger architectural definition across a façade.

Yes. Folding aluminium panels can help improve rigidity and shape stability, depending on the design, material thickness and forming method.

Yes. Folded façade screens can be manufactured to integrate with architectural cladding systems, subject to project drawings, fixing details and installation requirements.

Yes. CNC press brake forming can support repeatable geometry across multiple panels, helping maintain consistency on larger façade installations.

Useful details include panel size, fold angles, return dimensions, material thickness, fixing requirements, finish requirements and any façade system details.

Yes. Folded profiles can add depth, texture and movement to a façade, helping flat aluminium panels become more visually defined architectural elements.

Yes. Folded façade components can be reviewed against fixing, panel size, fold direction and installation requirements before production begins.

Yes. Artwork, imagery and creative concepts can be translated into aluminium screen components using CNC processes and digital design integration.

Precise Metal Products can support public artwork screens, large scale aluminium panels, patterned installations, civic artworks and custom architectural art features.

Yes. Digital design integration and CNC processing help convert intricate artwork patterns into precise, repeatable aluminium components while maintaining the integrity of the original design.

Aluminium public art screens can be suitable for outdoor environments when designed, manufactured and finished to suit durability, exposure and project requirements.

Precise Metal Products works with artists, architects, designers, fabricators and project teams to bring public artwork and custom screen concepts into production.

Yes. Artwork can often be scaled across multiple aluminium panels, depending on the design, panel layout and manufacturing method.

Yes. Artwork can be reviewed and prepared for CNC processing so the design can be translated into a manufacturable panel or screen layout.

Yes. Public art screens can include perforated patterns, routed cut outs or other CNC processed design features, depending on the required visual outcome.

Yes. Powder coating can be coordinated for public art panels where a specific colour, finish or durability requirement is part of the project.

Useful information includes artwork files, design intent, dimensions, material preferences, finish requirements, installation details and any project constraints.

Yes. Digital artwork can be converted into CNC ready layouts, depending on the file quality, artwork detail, scale and manufacturing method.

Yes. Large artwork can often be split across multiple aluminium panels while keeping the overall design aligned and visually consistent.

Precise Metal Products can produce CNC routed aluminium components such as boat kits, mounting plates, structural brackets, hatch components and custom fabricated parts.

Yes. CNC router cutting is suitable for marine parts that require clean contours, accurate profiles, repeatability and precise dimensional control.

Boat builders, marine fabricators, commercial vessel manufacturers and project teams may use custom aluminium components for marine applications.

Yes. CNC router capability can support heavy duty aluminium components and complex profiles, depending on material thickness, design requirements and project specifications.

Aluminium is commonly used in marine applications because it is lightweight, workable and suitable for many demanding project requirements when processed and finished correctly.

Yes. Marine parts can be produced from suitable drawings or files, provided the information includes clear dimensions, material requirements and production details.

Yes. CNC routing is suited to clean contours, accurate cut outs and controlled profiles for custom aluminium marine components.

Yes. boat kits are one example of a marine component that can be CNC routed to suit specific vessel, layout or installation requirements.

Yes. Precise Metal Products can support commercial vessel manufacturers and marine fabricators with custom aluminium components.

Useful details include drawings, dimensions, material thickness, hole positions, cut outs, fixing points, finish requirements and the intended use of the component.

Yes. Marine components can be CNC routed to custom sizes and profiles when supplied with suitable drawings, dimensions and material details.

Yes. CNC routing can create holes, cut outs, shaped edges and detailed profiles for aluminium marine parts and custom components.

Precise Metal Products is a specialist manufacturing partner for architectural metal screen products, CNC processed components and custom fabricated metal solutions for trade, commercial and project based clients.

Precise Metal Products is based in Bassendean, Western Australia, supporting architectural, commercial, marine and custom metalwork projects.

Precise Metal Products works with fabricators, façade contractors, architects, artists, builders, designers and project teams that need reliable CNC manufacturing and aluminium component support.

Precise Metal Products combines practical workshop experience, advanced CNC capability and direct project support to help turn complex designs into buildable metal components.

Yes. Early involvement can help identify practical manufacturing considerations, including material use, design feasibility, forming requirements, finish requirements and production efficiency.

Yes. Precise Metal Products works as a direct manufacturing partner for trade clients, including fabricators, façade contractors, builders and commercial project teams that need reliable CNC processed aluminium components.

Precise Metal Products supports architectural, commercial, marine, public artwork and custom metalwork projects, including screen products, façade components, decorative panels and CNC routed parts.

Yes. Precise Metal Products can help translate complex designs into practical, buildable components using CNC manufacturing, CAD/CAM development and practical workshop experience.

No. Architectural screen products are a core focus, but Precise Metal Products also supports custom fabricated metal solutions, CNC routed components, folded profiles, marine parts and decorative aluminium panels.

Precise Metal Products focuses on clear communication, practical manufacturing input, accurate CNC processing and repeatable production methods to help deliver consistent, high quality project outcomes.

Yes. Precise Metal Products works with architects, designers and project teams to help turn design intent into practical aluminium components.

Yes. Precise Metal Products can support smaller custom components as well as larger architectural, commercial and trade project requirements.