Yet many companies still deliver abstract 2D floor plans to their customers — plans that capture neither heights nor potential collisions. This is not an expression of efficiency. It is a structural competitive disadvantage — and it is fixable.
The 2D Problem Is Not a Minor Issue
A company that submits a facility layout based on a 2D sketch is not showing its customer what they are actually purchasing. Spatial bottlenecks, service access routes, overhead clearances — none of these are visible in a plan view. Decisions are made on incomplete data. Once installation begins, the surprises follow: mispositioned modules, clashes with building structures, missing access points.
Reworking at that stage carries a cost — in time, in budget, and in customer trust. A company that presents a 3D layout during the proposal phase — one that depicts the installation plan with true spatial accuracy — holds a measurable advantage: the customer's decision process shortens because questions resolve themselves before they arise.
The Approach That Changes This
Lino® 3D layout integrates facility layout planning directly into the SolidWorks CAD environment. The moment a component is placed, immediate feedback is available: Does it fit? Does it collide? Are clearances and movement envelopes correct? Snap technology and automatic recalculation replace manual dependency definitions. This is not a convenience feature — it is the difference between a proposal that holds and one that requires revision.
90% Less Engineering Effort — That Is Measurable
Layout planning combined with Design Automation makes the difference. Tacton® translates configuration rules directly into 3D models, drawings, and bills of materials. Users report up to 90% less effort in engineering. A company that still constructs every variant order manually is not demonstrating thoroughness — it is consuming capacity that is needed elsewhere.
Early Collision Detection: Not a Luxury, a Requirement
In a 3D model, conflicts are visible immediately — before a component enters production, before a technician arrives on site. Running this check during the planning phase takes minutes. Skipping it costs hours or days on site. The question is not whether a company can afford 3D facility layout planning — it is whether it can afford to ignore it.
Optional Model Simplification – Automated Complexity Reduction
Detail-rich assemblies are reduced to planning-relevant geometry through rule-based processing. Interior structures, bores, and non-relevant features are removed automatically by the system, while the outer contour and all relevant connection points are retained. The result is a lightweight model suited for 3D layout planning, without requiring the engineer to manually rework the geometry.
STEIN Automation: Complete Plant Layouts at the Push of a Button
Esther Laufer, Design Engineer at STEIN Automation GmbH & Co. KG, sums it up: "Using Lino 3D Layout, we create complete plant layouts via rule-based drag-and-drop. For us as design engineers, this is a tremendous relief compared to the labor-intensive manual work involved in our previous layout planning process.
See It Live — Not Just Described
On 11 June 2026, Lino demonstrates in a 30-minute webinar how Tacton® Design Automation and Lino® 3D layout work together — from the first component placement through to the completed bill of materials. Anyone still planning manually after this is making a deliberate choice.
Register now
The 2D Problem Is Not a Minor Issue
A company that submits a facility layout based on a 2D sketch is not showing its customer what they are actually purchasing. Spatial bottlenecks, service access routes, overhead clearances — none of these are visible in a plan view. Decisions are made on incomplete data. Once installation begins, the surprises follow: mispositioned modules, clashes with building structures, missing access points.
Reworking at that stage carries a cost — in time, in budget, and in customer trust. A company that presents a 3D layout during the proposal phase — one that depicts the installation plan with true spatial accuracy — holds a measurable advantage: the customer's decision process shortens because questions resolve themselves before they arise.
The Approach That Changes This
Lino® 3D layout integrates facility layout planning directly into the SolidWorks CAD environment. The moment a component is placed, immediate feedback is available: Does it fit? Does it collide? Are clearances and movement envelopes correct? Snap technology and automatic recalculation replace manual dependency definitions. This is not a convenience feature — it is the difference between a proposal that holds and one that requires revision.
90% Less Engineering Effort — That Is Measurable
Layout planning combined with Design Automation makes the difference. Tacton® translates configuration rules directly into 3D models, drawings, and bills of materials. Users report up to 90% less effort in engineering. A company that still constructs every variant order manually is not demonstrating thoroughness — it is consuming capacity that is needed elsewhere.
Early Collision Detection: Not a Luxury, a Requirement
In a 3D model, conflicts are visible immediately — before a component enters production, before a technician arrives on site. Running this check during the planning phase takes minutes. Skipping it costs hours or days on site. The question is not whether a company can afford 3D facility layout planning — it is whether it can afford to ignore it.
Optional Model Simplification – Automated Complexity Reduction
Detail-rich assemblies are reduced to planning-relevant geometry through rule-based processing. Interior structures, bores, and non-relevant features are removed automatically by the system, while the outer contour and all relevant connection points are retained. The result is a lightweight model suited for 3D layout planning, without requiring the engineer to manually rework the geometry.
STEIN Automation: Complete Plant Layouts at the Push of a Button
Esther Laufer, Design Engineer at STEIN Automation GmbH & Co. KG, sums it up: "Using Lino 3D Layout, we create complete plant layouts via rule-based drag-and-drop. For us as design engineers, this is a tremendous relief compared to the labor-intensive manual work involved in our previous layout planning process.
See It Live — Not Just Described
On 11 June 2026, Lino demonstrates in a 30-minute webinar how Tacton® Design Automation and Lino® 3D layout work together — from the first component placement through to the completed bill of materials. Anyone still planning manually after this is making a deliberate choice.
Register now
