Technical Feasibility
We perform a deep-dive review of your CAD files to determine moldability, ensuring compatibility with your chosen material and volume requirements.
- • Wall thickness audit
- • Draft angle confirmation
- • Gate location strategy
Engineering Division
The architecture of precision in plastic tooling.
From initial CAD analysis to high-tolerance mold realization, we bridge the gap between abstract design and industrial performance in the heart of Denmark.
Discuss Your ProjectEngineering the invisible gates of production.
In injection molding, the tool is not just a cavity; it is a thermal management system, a pressure vessel, and a precision mechanical instrument. At Falcon Plast Solutions, our engineering philosophy is rooted in the Danish tradition of functional excellence.
We specialize in Design for Manufacturing (DFM) check-gates where every curve, wall thickness, and draft angle is scrutinized under high-magnification simulation. This ensures that when the first shot is fired, the polymer behaves exactly as intended, reducing cycles of iteration and material waste.
0.005mm
Tolerance Management
Achieving astronomical precision in even the most complex internal geometries.
100%
DFM Integrity
Comprehensive mold-flow analysis performed on every design before steel is cut.
Methodology
The Tooling lifecycle.
Flow & Thermal Mapping
Advanced simulation software predicts how the polymer will fill the cavity, identifying potential air traps, weld lines, or sink marks before production.
- • Mold flow visualization
- • Cooling circuit design
- • Cycle time optimization
Final Tool Fabrication
Our toolmakers refine the final steel or aluminum mold, with in-house modifications available for rapid prototyping and iterative adjustments.
- • High-grade steel selection
- • Surface texture finishing
- • Hardening & Polishing
Navigating material complexities.
The relationship between tool steel and polymer behavior determines the longevity of your investment. We provide guidance on selecting the optimal path based on your product roadmap.
"A minor shortcut in tooling geometry often leads to thousands of euros in wasted material over a single production run."
| Criteria | Standard Tooling | Precision Custom |
|---|---|---|
| Production Volume | Up to 50k units | 500k+ high-longevity |
| Tolerance Grade | ±0.1mm - 0.2mm | ±0.005mm technical focus |
| Lead Time | 3-5 Weeks | 6-10 Weeks (Engineering Heavy) |
| Maintenance Need | High Frequency | Preventative Low-Cycle |
Expertise in action.
Explore the tangible outcomes of our Danish engineering facility, where small-to-midscale production meets surgical manufacturing precision.
Specimen: MED-09
Micro-Medical Grid
Engineered for surgical fluid control with zero flash tolerance.
Specimen: T-IND-44
Hardened Tool Insert
Treated for high-wear applications involving abrasive glass-filled polymers.
Specimen: MECH-21
Composite Gears
Balanced for low-friction operation in automated sensor units.
Specimen: MAT-S9
Sustainable Polymer
Recycled high-impact resins engineered for consumer utility enclosures.
Danish compliance rigor at every gate.
Falcon Plast Solutions operates under strict ISO-aligned quality gates. Every mold engineered in our Jægerspris facility follows domestic manufacturing norms (Arbejdstilsynet) and material transparency protocols. We don't just build tools; we build reliable domestic supply chains that withstand the pressures of modern industry.
Material Verification
Full traceability of polymer sourcing and recyclability metrics.
Optical QC
High-resolution optical inspection of first-shot prototypes.
Orientation
Clarifying feasibility & lead times.
Technical tooling is a long-term commitment. We believe in transparency regarding timelines and engineering limitations before any project begins.
Depending on geometric complexity and material requirements, professional-grade tooling typically takes 6 to 10 weeks from final CAD approval to first-shot approval. This includes design, manufacture, and initial testing cycles.
Yes, provided the tool is in good structural condition and technical drawings are available. We perform a full diagnostic assessment before recommending any re-tooling or modifications to ensure compatibility with our manufacturing systems.
Ideally, a 3D CAD model (STEP or IGES format), the intended annual production volume, and your specific material requirements. If you're unsure about the material, our engineers can offer advice based on your part's environmental and mechanical stress factors.
Expertise shared.
Deepen your understanding of polymer engineering and DFM principles through our curated technical guides. We believe an informed client is a more successful manufacturing partner.
Ready for realization
Let’s define the geometry of your next innovation.
Falcon Plast Solutions — Jægerspris, Denmark