Multi-Slider Die Casting | DieCastor

Multi-slide die casting of small, complex zinc components with four or more slides in a single shot — near-net-shape parts with minimal flash and no secondary trimming.

Multi-Slider Die Casting

DieCastor produces multi-slide die cast components — small, complex zinc parts formed with four or more slides acting in a single shot. This process delivers near-net-shape geometry with minimal flash and, in many cases, eliminates the need for secondary trimming, threading or machining.

Multi-slide die casting machine producing a complex zinc component
Four to six slides form complex undercuts, holes and threads in a single shot.

Introduction

Multi-slide die casting is the most cost-effective route for intricate, thin-wall zinc components at volume. By forming undercuts, cross-holes and threads in the die, we reduce downstream operations and hold tight, repeatable tolerances across long production runs.

Manufacturing Capability

ProcessCapability
Multi-slide casting4-6 slides forming complex geometry in one shot.
ToolingIn-house die design, CNC/EDM cutting and trial shots.
MachiningOptional CNC finishing of critical features.
FinishingPlating, powder coat, passivation.
InspectionCMM, spectrometer and dimensional verification.

Material Options

MaterialKey propertiesTypical use
ZAMAK 3Excellent castability, balance of strengthConnectors, housings
ZAMAK 5Higher strength, hardnessLatches, mechanical parts
ZA-8Superior creep resistance, bearing surfaceGears, wear parts

Quality Control

  1. In-process checks at setup and during runs.
  2. Final CMM inspection against the CAD model.
  3. First-article approval before volume production.
  4. Traceable documentation with every order.

Industries Served

  • Automotive — sensors, connectors and small mechanical parts.
  • Electronics — connector shells, enclosures and RF shielding.
  • Consumer Products — decorative and functional hardware.

Request a Quote

Email sales@diecastor.com or use the form below.

Need Custom Die Cast or CNC Machined Components?

Send us your 2D drawings or 3D models — our engineering team reviews DFM feasibility and replies with tooling and unit pricing within one business day.