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Accessories APSX, Other Equipment, Plastic Injection Molding Machine · PIM (Plastic Injection Molding)

3D PRINTED INSERT MOLD HOLDER FOR APSX-PIM

Standard size 6061 aluminum mold holder machined by the Spyder CNC for the APSX-PIM 3D Printed Insert Molds.

$500

Price held 7 days after order.
Install + training included Tailored service plan
Bridge toshort-run molding
<24engineer response
Demo firstmold your part before you buy
Same-weekservice dispatch
Built for production teams

What your process engineer actually checks

From printed prototype to molded part

We use injection molding to bridge our own printed prototypes into short runs, so install includes validated parameters for your resin and tooling guidance. The team that trains you actually molds parts — not a distributor reading a manual.

An applications engineer on the line

Questions on tooling, shot size, cycle times, or pellet selection? A named applications engineer answers directly. Most replies in under 4 hours, NDA standard.

About this product

APSX-PIM 3D Printed Insert Mold Frame: Ready-to-Use Platform

Key Features

  1. Plug-and-Play Assembly
    • Alignment pins/bushings pre-installed – focus solely on fabricating your 3D inserts
    • Dual-sided claw clamping system for secure mold mounting
  2. 3D Insert Requirements
    • Recommended Printers: Origin, FormLabs, Markforged, Stratasys, Asiga
    • Critical Material Properties:
      • High-temperature resistance
      • High thermal conductivity
    • Materials Supported:
      • PP (Polypropylene), PE (Polyethylene), TPE (Thermoplastic Elastomer) ONLY
      • Avoid engineering resins (PC, Nylon, etc.) requiring high pressure/temps
    • Accessory: 1/8″ high-temp silicone rubber sheet (available via McMaster-Carr)
    • Tolerance Warning: Pins/bushings require machine or manual press installationInstallation & SafetyNEVER hand-press components – risk of damage/injury

Critical Considerations

⚠️ Material Limitations

Use ONLY PP, PE, or TPE
Higher-performance resins require steel/aluminum molds due to pressure/temperature demands

⚠️ Temperature Management

  • No integrated sensor port for 3D inserts
  • Mold insulator strongly recommended to stabilize thermal performance

What’s Included

  • Aluminum mold frame with pre-installed pins/bushings
  • 4x clamping claws
  • Screws (1/4-20 round head)
  • B-side silicone rubber cushion
  • Excludes 3D printed inserts

Core Specifications

  • Dimensions: 4.8″ W × 6.0″ H × 2.0″ D
  • Included Hardware:
    • Pre-installed alignment pins & bushings
    • 4x clamping claws (1 set per multi-mold order)
    • A-side: Two 1/4-20 × 1/2″ screws
    • B-side: Two 1/4-20 × 5/8″ screws + silicone rubber cushion
  • Compatibility: Designed for user-fabricated 3D printed mold inserts
Brand APSX
Country of origin USA
Platform FIM
Technology PIM (Plastic Injection Molding)
Need tooling or a specific resin?

We mold our own. Tooling and trials on request.

Need a mold built, an insert cut, or a trial run before committing? We can produce tooling and run sample shots on the actual machine so you see molded parts first. Typical tooling lead 2–4 weeks.

From production teams running 3D PRINTED INSERT MOLD HOLDER FOR APSX-PIM

Unedited feedback from teams who bought and run 3D PRINTED INSERT MOLD HOLDER FOR APSX-PIM.

★★★★★ 4.9 / 5 · 24 reviews
★★★★★

We bridged a 3D-printed prototype to a 500-part run on the bench machine. Cycle times were exactly as quoted.

MK
Marcus K. Process Engineer · Consumer Products
★★★★★

Asked about tooling for a small insert. An engineer walked us through it and ran a trial shot, no sales pitch.

PS
Priya S. R&D Lead · Medical Devices
★★★★★

Install included validated parameters for our resin. First parts were in spec — minimal trial-and-error.

DR
Diego R. Production Lead · Automotive

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Order 3D PRINTED INSERT MOLD HOLDER FOR APSX-PIM direct, or talk to materials engineer

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