Why We Chose Multi Jet Fusion for the LatchPoint™ Switch Mounting Bracket
When you’re building a component that has to perform under recoil, vibration, and real-world abuse, manufacturing isn’t just a production decision—it’s a performance decision. That’s exactly why the LatchPoint™ Switch Mounting Bracket is produced using Multi Jet Fusion (MJF) with PA 12 40% Glass-Filled Black.
This combination delivers a level of strength, precision, and consistency that traditional methods struggle to match—especially for a low-profile, high-performance mounting solution.
🔧 What Is Multi Jet Fusion (MJF)?
Multi Jet Fusion is an advanced industrial 3D printing process that:
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Uses fine nylon powder (PA 12) as the base material
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Applies fusing agents and heat to selectively solidify layers
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Produces parts with uniform density and high mechanical strength
Unlike hobby-level 3D printing, MJF is a production-grade technology used across aerospace, automotive, and defense industries.
💥 Why MJF Was Chosen for LatchPoint™
The LatchPoint™ bracket isn’t a simple part—it’s engineered to:
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Stabilize a control interface under pressure
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Maintain repeatable positioning
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Resist movement in multiple directions
MJF enables design freedom and structural performance that directly support these goals.
1. Precision for Complex Retention Geometry
The LatchPoint™ system relies on:
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Multiple retention features
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Tight tolerances
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Multi-surface engagement
MJF allows us to create:
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Intricate internal geometries
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Consistent feature spacing
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Accurate engagement surfaces
👉 This ensures the control interface fits securely and performs exactly as designed.
2. Exceptional Strength with PA 12 Glass-Filled Material
We use:
PA 12 – 40% Glass-Filled (Black)
This material provides:
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High stiffness and rigidity
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Improved dimensional stability
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Excellent resistance to deformation under load
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Thermal resistance (critical near weapon-mounted systems)
👉 The result: a bracket that doesn’t flex, warp, or shift under stress.
3. Superior Vibration & Recoil Resistance
Traditional materials can:
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Loosen over time
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Fatigue under repeated force
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Allow micro-movement
MJF + glass-filled PA 12 delivers:
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Dense, uniform structure
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High fatigue resistance
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Stable retention under dynamic conditions
👉 This is critical for maintaining consistent switch actuation.
4. Lightweight Without Sacrificing Durability
The LatchPoint™ bracket is designed to be:
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Low-profile
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Minimal bulk
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Lightweight for real-world use
MJF allows us to:
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Reduce unnecessary mass
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Maintain structural integrity
👉 You get strength where it matters, without added weight
5. Consistent Quality Across Production
Injection molding requires:
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Expensive tooling
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High volume to justify cost
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Design compromises
MJF offers:
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Tool-less manufacturing
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Repeatable accuracy
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Rapid iteration and improvement
👉 Every batch of LatchPoint™ brackets maintains tight tolerances and performance consistency
6. Enhanced Surface Durability & Finish
PA 12 glass-filled parts produced via MJF have:
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Matte, tactical finish
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Low reflectivity (ideal for field use)
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Resistance to wear and abrasion
👉 Built for both performance and aesthetics
👉 MJF allows LatchPoint™ to optimize performance first—not compromise for tooling
🔥 The Bottom Line
The LatchPoint™ Switch Mounting Bracket is engineered for:
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Secure, multi-directional retention
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Stability under real-world conditions
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Consistent actuation performance
Using Multi Jet Fusion with PA 12 40% Glass-Filled Black ensures:
✔ Structural rigidity
✔ Precision fit
✔ Long-term durability
✔ Resistance to vibration and recoil
✔ Lightweight, low-profile design
🚀 Elevate Your Setup
When performance matters, manufacturing matters.
The LatchPoint™ bracket isn’t just designed differently—it’s built differently.
👉 Advanced manufacturing. Purpose-built performance.
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