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Industries We Serve

We work as an extended engineering team across a range of manufacturing sectors — bringing domain-specific knowledge to each one, not generic drafting applied wherever there's demand.

Commercial & Architectural Products

Every industry we work in has its own standards, tolerances, and failure points — and our teams are trained to those specifics rather than treating every project the same way. From pressure vessels that need to meet code to racking systems that need to hold load safely, we bring the domain knowledge that keeps designs accurate the first time. Below is a breakdown of the sectors we support, and the kind of engineering work we typically handle in each one.

01

Furniture & Commercial Fixtures

Furniture & Commercial Fixtures

Manufacturable furniture and fixtures are engineered from the parametric 3D model through to installation, accounting for real material behavior and load paths. The same approach extends to bath accessories, cabinet hardware, doors, and windows, where every component interface is resolved on paper before production begins. Parametric Assembly Engineering: modular systems and joint integrity Joinery & Materials Documentation: the details production needs to build it Hardware & Accessories: bath and cabinet hardware engineering, data sheets, and assembly instructions Doors & Windows: cross-section drawings, test documentation, and manufacturing drawings Typical deliverables: parametric 3D assemblies, manufacturing drawings with GD&T, bills of materials, technical data sheets, and assembly instructions. Documentation is structured so your production and supply teams can work from it directly.

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02

Doors & Windows

Doors & Windows

Door and window manufacturers manage large catalogs of profiles, sizes, glazing options, and hardware preparations. We support product and catalog engineering teams with the detailing load, so every variant is resolved on paper before it reaches the shop floor. Profile & Frame Design: frame, sash, and mullion profiles with thermal break and weather seal detailing Hardware & Glazing Integration: hinge, lock, and operator preparations, plus glass pocket and glazing details Configuration Engineering: parametric models that scale across a product's full size and variant range Typical deliverables: profile and cut-length drawings, assembly drawings, bills of materials by configuration, and elevation and section details for architectural submittals. Drawing sets are organized so your fabrication, assembly, and quoting teams can work from them directly.

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03

Bath & Cabinet Hardware

Bath & Cabinet Hardware

Hardware makers compete on finish, fit, and feel, and small mechanical details decide how a product performs after years of use. We support product engineering teams from first concept to supplier-ready drawings. Mechanism Design: hinges, slides, latches, and soft-close components, with load, cycle, and clearance considered Product Design & Detailing: pulls, handles, knobs, and towel bars, with mounting and fastening resolved for installers Finish & Tolerance Specification: plating and finish callouts, and fit tolerances for moving parts Typical deliverables: dimensioned part and assembly drawings with GD&T, finish specification sheets, bills of materials, exploded views, and installation drawings. Documentation is structured so your tooling suppliers and sampling teams can work from it directly.

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Machinery & Automation

Every industry we work in has its own standards, tolerances, and failure points — and our teams are trained to those specifics rather than treating every project the same way. From pressure vessels that need to meet code to racking systems that need to hold load safely, we bring the domain knowledge that keeps designs accurate the first time. Below is a breakdown of the sectors we support, and the kind of engineering work we typically handle in each one.

01

Tooling & Manufacturing Systems

Tooling & Manufacturing Systems

Manufacturing teams rely on tooling that holds parts correctly and produces them repeatably. We design fixtures and machining processes that trace back to your drawing requirements, so every tooling decision has a clear reason behind it. The result is fewer setup errors, more consistent parts, and a process your operators can follow. Jigs & Fixtures: locating, clamping, and mistake-proofing designed together GD&T & Tolerance Interpretation: analysis per ASME Y14.5 turned into tooling parameters Machining Process Engineering: process planning for consistent parts Production Standardization: setup and process documentation for repeatable output Typical deliverables: fixture 3D models and detail drawings, GD&T-to-tooling analysis, process sheets, and setup documentation. Fixtures are designed with the operator in mind, from ergonomics to setup time.

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02

Industrial & Special Purpose Machinery

Industrial & Special Purpose Machinery

Special purpose machines are built around your process and throughput needs, not a generic template. We combine mechanical, structural, safety, and operational design into one coordinated system, starting from a clear requirement specification. Every element, from the drive train to the operator station, is designed to work together on the shop floor. Requirements & Systems Design: process requirements turned into an integrated machine Motion & Drive Engineering: drives and axes matched to the process Structure, Interface & Ergonomics: frames, guarding, and operator-friendly design Commissioning Support: handover documentation and startup support Typical deliverables: machine requirement specifications, 3D machine models, motion and drive documentation, and commissioning packages. We stay involved through commissioning, so the machine you receive matches the design you approved.

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03

Material Handling & Storage

Material Handling & Storage

We develop 3D models and fabrication drawings for warehouse pallet racking, and apply the same detailed process to supermarket and retail shelving. Load sizing, connection design, and material handling clearances are worked out together, so the system fits your building, your equipment, and your inventory. Racking & Shelving Modeling: pallet racking, supermarket, and retail shelving Load Sizing & Connection Design: load-rated members and connections Clearance & Facility Planning: aisles and clearances that suit your handling equipment Installation & Procurement Documentation: field coordination, drawings, and bills of materials Typical deliverables: 3D racking models, fabrication drawings, installation layouts, and procurement-ready bills of materials. Drawings are prepared for both the fabrication shop and the installation crew.

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04

System Integrators & Panel Builders

System Integrators & Panel Builders

Integrators and panel builders carry fixed delivery dates and changing customer specifications. We work as an extension of your controls team, taking on panel design and PLC engineering support from your standards and templates, so documentation is ready for the panel shop and the field. Panel Layout & Schematic Design: enclosure layout, component placement, and cross-referenced electrical schematics PLC & I/O Engineering Support: I/O assignment, hardware selection, and program development support on the platforms you already use Controls Documentation: wire lists, cable schedules, and control narratives that technicians can wire, test, and commission from Typical deliverables: electrical schematic sets, panel layout and mounting plate drawings, bills of materials, wire and I/O lists, and control narratives. Documents follow your templates and approved vendor lists, so your panel shop and field teams can work from them without rework.

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Process, Thermal & Facilities

Every industry we work in has its own standards, tolerances, and failure points — and our teams are trained to those specifics rather than treating every project the same way. From pressure vessels that need to meet code to racking systems that need to hold load safely, we bring the domain knowledge that keeps designs accurate the first time. Below is a breakdown of the sectors we support, and the kind of engineering work we typically handle in each one.

01

Pressure & Process Equipment

Pressure & Process Equipment

Vessel and boiler design that resolves shell geometry, nozzle penetrations, and supports in a single model, with every connection point documented before a plate is rolled. Fabricators and inspectors receive unambiguous manufacturing detail, which keeps questions and shop-floor guesswork to a minimum. Shell & Nozzle Design: penetrations and openings resolved in the model Nozzle, Flange & Coordinate Documentation: clear positions and orientations for fabricators Support & Foundation Design: saddles, supports, and foundations designed with the vessel Weld & Plate Detailing: weld joints, edge preparations, and plate development Typical deliverables: 3D vessel models, nozzle orientation drawings, plate development layouts, and weld joint detail drawings. Detailing is referenced against ASME standards, so your documentation is ready for fabrication and inspection.

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02

HVAC/R & Commercial Refrigeration

HVAC/R & Commercial Refrigeration

We provide 3D modeling, refrigeration integration, and thermal engineering for commercial cooling and food service equipment, built to run reliably under continuous use. Our work carries a product from the first 3D assembly through refrigeration coordination and production drawings, keeping thermal performance and manufacturability in step. Equipment & Refrigeration Engineering: 3D assembly, refrigeration coordination, and thermal performance Airflow & Compliance: airflow design that meets the applicable regulations Production Engineering: designs prepared for efficient manufacturing Documentation Standards: consistent, professional drawing packages Typical deliverables: 3D equipment assemblies, refrigeration coordination drawings, airflow documentation, and production drawing sets. Insulation and layout are engineered with maintenance access in mind, so equipment is easier to service.

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03

Industrial Plants & Facilities

Industrial Plants & Facilities

Structural, mechanical, electrical, and process systems are coordinated in one 3D facility model, so conflicts are caught on-screen and never on the construction floor. Planning equipment placement, clearances, and utilities together means fewer surprises during installation and a layout that stays practical once production starts. System Coordination: conflict resolution across all four disciplines Equipment Layout & Clearances: placement, footprint, and maintenance access Utility & Staging Planning: utility connections and installation staging Safety & Egress Design: layouts that keep people safe and exits clear Typical deliverables: conflict-checked 3D facility models, equipment layout drawings, utility connection plans, and egress layouts. Overhead and spatial conflicts are resolved in the model, well before installation begins.

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