Z1692 Two-Stage Ejector Units - DLC Coating DIN Standard Mold Parts

Z1692 DIN standard two-stage ejectors with DLC coating are precision mold standard parts designed for controlled and sequential ejection in plastic injection molds. Manufactured according to DIN specifications or strictly based on customer drawings, these ejectors provide stable two-step movement, reduced friction, and reliable performance in multi-cavity, high-cycle injection molding applications for packaging and medical products.

• Manufactured to DIN Z1692 standard or built-to-print specifications
• Two-stage ejection design for controlled and sequential part release
• DLC coating for reduced friction and improved wear resistance
• Enhanced surface hardness and extended service life
• Suitable for multi-cavity and high-cycle injection molds
• Stable operation in automated and continuous molding environments

These two-stage ejectors are widely used in plastic injection molds for:

• Bottle caps and closure molds
• Packaging containers and functional plastic components
• Medical disposable products and syringe-related parts
• Injection molds requiring controlled or delayed ejection

Typical customers include packaging manufacturers, cap and closure producers, medical consumable factories, and OEM injection mold makers.

The two-stage ejector is integrated into the mold ejection system to provide sequential movement during part release. The first stage initiates controlled separation between the molded part and the cavity surface, while the second stage completes full ejection. Design considerations include stroke control, synchronization with the ejector system, surface coating performance, and compatibility with multi-cavity mold structures.

All two-stage ejectors are manufactured in-house using precision CNC machining, heat treatment, and surface coating processes.

Manufacturing capabilities include:

• Precision CNC turning and milling
• Tight tolerance control on functional and sliding surfaces
• Controlled heat treatment and DLC coating processes
• Precision grinding for accurate fit and repeatability

In-house inspection equipment is used throughout production to ensure dimensional accuracy and functional reliability.

We provide full OEM and built-to-print manufacturing support for two-stage ejectors:

1. Review of DIN standard requirements or customer drawings
2. Engineering evaluation and manufacturability confirmation
3. Precision CNC machining, heat treatment, and DLC coating
4. Dimensional and functional inspection
5. Packaging and delivery for overseas mold assembly

All products are manufactured strictly according to customer specifications or applicable standards.

Quality control is integrated throughout the entire manufacturing process, including:

• Incoming raw material inspection
• In-process dimensional and surface quality verification
• Functional inspection of two-stage movement
• Final inspection prior to shipment

Our ejector components are widely supplied for export-oriented packaging and medical mold projects, supporting overseas mold assembly and international manufacturing standards.

• Precision Mold Ejector Pins
• Injection Mold Ejection System Components
• Multi-Cavity Injection Mold Parts
• CNC Machined Mold Standard Components

Q1: Can you manufacture Z1692 two-stage ejectors according to DIN standards?
Yes. We manufacture two-stage ejectors according to DIN Z1692 specifications or strictly based on customer drawings.

Q2: What is the benefit of DLC coating on ejectors?
DLC coating reduces friction, improves wear resistance, and extends service life in high-cycle injection molds.

Q3: Are these ejectors suitable for multi-cavity molds?
Yes. They are designed to provide stable and synchronized ejection in multi-cavity mold systems.

Q4: Do you support overseas mold projects and export delivery?
Yes. Our two-stage ejectors are commonly supplied for export mold projects and overseas injection molding production lines.

Please send us your drawings or DIN Z1692 standard requirements to receive a professional technical evaluation and quotation for custom DLC-coated two-stage ejectors for plastic injection molds.