Flight-Like Materials
Screen resins under real molding conditions; assess shrink, knit lines, finish, and ejection behavior.
Aerospace-Aviation
Aerospace & Defense In-House Molding—On Your Schedule
Go beyond 3D prints and long vendor queues. With the APSX AERO-DEF-CELL V3, your team molds repeatable, production-grade parts in real engineering resins—accelerating verification builds, fixtures, and pilot runs while keeping IP in-house.
Aerospace & Defense programs live on schedule control and documentation. APSX’s compact, all-electric injection systems are designed for bench-scale reliability, fast iteration, and repeatability—ideal for first-article samples, LRUs, UAV components, housings, clips, and flight-like evaluation parts.
Typical Bottlenecks
Long Queues | Outsourced small-lot parts
Re-quotes, tooling delays, and supplier backlog jeopardize test windows and TRL milestones.
Prototype ≠ Flight-Like | Materials & process gap
3D prints aren’t injection-grade; they miss real shrink, knit, ejection, and finish behavior.
Documentation | First-article & traceability
Teams need repeatable parts with recorded settings and lot tracking for verification and sign-off.
The Solution: A Complete Desktop “AERO-DEF-CELL V3”
The APSX-PIM V3 is an all-electric, enclosed, automatic injection molding machine for fast setup and repeatable cycles. Run real engineering resins, tune parameters, capture settings, and generate first-article samples—without tying up large-press capacity.
- High Precision & Consistency
Tight, repeatable results suitable for verification parts, avionics housings, clips, latches, covers, and fixtures. - Rapid Iteration
Mold same-day parts from aluminum or 3D-printed molds; establish process windows and validate designs quickly. - Cost-Effective Small Batches
Ideal for pilot lots, LRUs, and spares—no need for a six-figure press to make dozens or hundreds of parts. - Bench-Friendly Footprint
Fits on a 4’×2’ bench, 110V single-phase, no water or shop air required. - Engineering Resin Ready
PP, ABS, PC, HDPE, Nylon, POM, and more; see available pellets.
What Aerospace & Defense Teams Do with AERO-CELL
DFM & Mold Proving
Tune gates, runners, draft, and wall thickness on low-cost aluminum or 3D-printed tooling.
First-Article Small Batches
Produce 20–200 parts, measure features, log parameters, and document repeatability.
Housings, Brackets & Fixtures
Rapidly iterate avionics housings, covers, clips, cable guides, and shop-floor fixtures/jigs.
Potential Applications & Example Parts
Interior & Cabin Components
Seat controls, overhead bin latches, trim pieces requiring durable surface and snap features.
Avionics & Instrument Housings
Lightweight, robust enclosures and brackets. See also PIM-MIM for high-temp small hardware.
UAV & UGV Components
Complex plastic structures for unmanned platforms, antenna covers, guides, clips.
Custom Fixtures & Jigs
On-demand tooling for production or MRO tasks; iterate fast and document settings.
Trusted by Leading Innovators
APSX systems are used by organizations including Oak Ridge National Labs, NASA, Boeing, Naval Special Warfare Command (NSWC), DEVCOM and BAE Systems, plus hundreds of R&D teams since 2017.
Aerospace & Defense FAQs
Which materials and part sizes work best?
Common engineering thermoplastics (PP, ABS, PC, HDPE, Nylon, POM) for hand-sized parts with short runners. Typical cycle time ~1 minute.
Can we make our own molds?
Yes—machine aluminum using our mold base templates or use 3D-printed tooling for quick trials.
Do you provide onboarding and first-part support?
Yes—optional 2-hour remote first-part session with an APSX engineer.
What about first-article and traceability?
Use our parameter logs and lot tracking templates to document process settings alongside your internal QA formats.
Ready to bring Aerospace & Defense parts in-house with real, repeatable results?
Let’s review your parts and discuss the right AERO-DEF-CELL configuration for your team.
CNC Machining Solutions for Aerospace & Defense
APSX-NANO Swiss CNC for Small, High-Spec Metal Parts
The APSX-NANO enables in-house production of intricate metal components—sensors, fasteners, pins, small housings—on a compact platform with achievable accuracy of 0.0005" or better.
Advantages of APSX-NANO for A&D
- Ultra-High Precision
Suitable for avionics hardware, sensor interfaces, and small mechanism parts. - Compact Integration
Fits R&D labs or pilot cells with minimal floor-space impact. - Short-Run Economics
Efficient for custom lots and spares without large-center overhead. - Material Range
Handles aerospace metals (titanium, stainless, etc.); see the category. - Fast Prototyping
Iterate mechanisms rapidly and remove external lead-time risk.
Typical A&D Machined Parts
- Avionics & Sensor Housings
Small, complex enclosures and collars with tight concentricity. - Engine/Actuation Hardware
Connectors, fittings, pins, and shafts where integrity is critical. - Landing-Gear & Structural Hardware
Corrosion-resistant elements with repeatable tolerances. - Custom Fasteners
Tailored hardware for unique assemblies and test rigs.
Contact Us
Learn how APSX-PIM and APSX-NANO can reduce risk, compress schedules, and keep IP inside your facility.