Deboge Machinery logo
Custom Vertical Molding Solutions machine image

Custom Vertical Molding Solutions

Custom vertical molding solutions start from a standard DA, DC, or DK platform, then adapt the machine around mold access, table motion, controls, or surrounding equipment.

The review begins with the closest proven configuration, then identifies which parts of the machine need project-specific adjustment.

Production Requirement

When a standard configuration isn't quite right

Most injection molding projects fit neatly into standard DA, DC, or DK Series configurations. But some don't - and that's where customization comes in. Rather than forcing your production process to fit a machine that is almost right, a proven platform can be adapted to match your specific requirements.

The approach is practical, not theoretical: start from the series whose clamping structure and machine-size range fit your application, then modify the components that need to change. This keeps the core engineering proven while addressing your specific constraints - whether they involve mold dimensions, material handling, automation integration, or production floor layout.

  • Built on proven platforms DA, DC, or DK Series foundation - not an experimental one-off design
  • Adapted to your needs Table, platen, injection unit, controls - modify what matters, keep what works
  • Engineering-led evaluation No guesswork - requirements and feasibility are reviewed before quoting
  • Practical lead times Adapting a standard platform is faster and more cost-effective than full bespoke engineering
Deboge factory - in-house machine assembly and customization work

Customization Scope

Three areas where customization is most commonly requested

Most custom vertical molding requests fall into three categories. Typical projects involve one or two of these areas - rarely all three. Understanding which category your requirement falls into helps frame the initial discussion with the engineering team.

Non-Standard Table
Beyond the standard fixed, slide, and rotary configurations. Larger platens, additional stations, right-angle slide arrangements, or combined slide-and-rotary setups for complex multi-step molding workflows.
Special Mold Integration
When your existing mold or planned mold requires non-standard tie-bar spacing, extended daylight, unusual ejection patterns, or integrated core-pull sequences that standard machine configurations do not accommodate.
Process-Specific Adaptation
Thermoset-specific barrel and screw configurations, LSR feeding system integration, multi-color injection unit arrangements, gas-assist or water-assist interfaces, and specialized temperature control zones for demanding materials.

How the customization process works

  • - 1. Requirement review: Send your machine requirements, mold drawings (if available), material specifications, production volume targets, and any special constraints. The engineering team reviews against standard configurations first - many projects that start as "custom" are covered by existing options.
  • - 2. Platform selection: If customization is needed, the team identifies which series (DA, DC, or DK) provides the best starting point based on clamping structure, tonnage, and injection direction. The right platform minimizes the scope of modifications needed.
  • - 3. Adaptation proposal: You receive a specification outlining what will be modified, the resulting machine parameters, estimated lead time, and cost. You review and confirm before any engineering work begins - no surprises.
  • - 4. Build, test, deliver: The customized machine is assembled, tested with your mold or a representative setup where practical, and shipped with documentation reflecting the final as-built configuration.

Compatible Series

All three Deboge platforms can serve as a customization starting point

The right platform depends on your clamping structure preference, tonnage requirement, injection direction, and how the machine needs to fit into your production layout. Each series brings different strengths to a customization project.

DA Series

Standard Vertical Injection

15T-800T | Vertical injection

A broad standard platform to review first - 15T to 800T across all four table configurations, with several standard model and table options to adapt from.

View series specifications

DC Series

Tie-bar-less Vertical Clamping

45T-120T | Open-front design

Tie-bar-less C-frame structure - 45T to 120T. When the application requires an open working area combined with non-standard tooling, automation interfaces, or special mold access, DC's open-front design simplifies customization.

View series specifications

DK Series

Vertical Clamping | Horizontal Injection

90T-1,000T | Horizontal injection

The high-tonnage platform - 90T to 1,000T with horizontal injection. When large parts, heavy metal inserts, or high-output requirements demand a customized high-tonnage configuration, DK provides the greatest working envelope to work with.

View series specifications

Common Application Areas

Applications where customization is frequently discussed

Custom machine adaptations are most commonly requested for applications involving non-standard materials, complex multi-step processes, or production environments where the machine must integrate with existing tooling and auxiliary equipment. These application areas are typical starting points.

View All Applications
Insert Molding Overmolding Metal Insert Molding Thermoset Molding

Standard or Custom?

Start with standard - customize only what needs to change

Most production requirements fit within standard configurations. Before requesting a custom solution, check whether your needs are already covered. If they are not, the engineering team can help scope what needs to change.

Standard configurations cover:

  • - 15T to 1,000T across three clamping structures (tie-bar, tie-bar-less, horizontal injection)
  • - Four table types: fixed platen, single slide, double slide, rotary
  • - Right-angle slide, multi-color, and combined tandem configurations on DA Series
  • - Multiple screw diameter options per model for different shot weight requirements
  • - Standard automation interface provisions on all series

A customization discussion starts when:

  • - Your mold dimensions exceed the standard tie-bar spacing or platen dimensions for the required tonnage
  • - You need a table configuration not covered by the four standard types
  • - Your material (thermoset, LSR, high-temperature engineering resin) requires special barrel, screw, or temperature zone configuration
  • - You need multi-injection-unit setup for multi-color or multi-material molding
  • - Your production layout requires specific machine orientation, guarding, or auxiliary equipment integration
Discuss Your Custom Requirement

Related Machine Information

Standard Vertical Injection Molding Machines (DA Series) A broad standard starting point for customization - multiple machine-size and table configuration options. Automation-Ready Vertical Molding Machines Machines designed with automation interfaces - often a key part of custom machine projects. Machine Selection Guide Step-by-step guidance on choosing the right vertical injection molding machine.

Frequently Asked Questions About Custom Solutions

What does "custom" mean for a vertical molding machine - fully bespoke or adapted from standard platforms?
Custom projects usually start from proven standard platforms (DA, DC, and DK Series). Rather than designing a machine from scratch, the engineering team starts with the series whose clamping structure and machine-size range fit your application, then adapts the table configuration, injection unit, platen dimensions, control system, and auxiliary interfaces to meet your specific requirements. This approach keeps lead times and costs practical while delivering a machine configured for your production.
What aspects of a vertical molding machine can be customized?
Common customization areas include: table configuration beyond the four standard types (e.g., right-angle slide, tandem setups), platen dimensions for non-standard mold sizes, injection unit orientation and screw design for specific materials, increased tie-bar spacing or daylight, multi-injection-unit arrangements for multi-color or multi-material molding, automation interfaces (robot mounts, conveyor integration, vision system brackets), and control system customization for specific process sequences. Send your requirements for a feasibility assessment.
How do I know if my project needs a custom solution or a standard configuration?
Start with the standard series pages - many requirements that first appear "custom" are covered by standard configuration options like slide tables, rotary tables, or right-angle configurations. If your mold dimensions exceed standard tie-bar spacing, your process requires specialized material handling (thermoset, LSR), or your production layout demands specific machine orientation or automation integration, a customization discussion is warranted. Send your requirements so the engineering team can confirm whether a standard configuration covers your needs or whether adaptation is required.
Does customization affect lead time and cost?
Yes - the extent depends on what is being customized. Modifying an existing configuration within a standard platform (e.g., non-standard platen size on a DA Series machine) has a smaller impact than a multi-injection-unit system or a combined slide-and-rotary table. You receive a clear scope and timeline estimate after the requirements are reviewed, so the trade-off is visible before committing.
Can third-party auxiliary equipment be integrated into a custom machine?
Machine interfaces can be designed for third-party equipment such as specific mold temperature controllers, material dryers and loaders, conveyor belts, pick-and-place robots, and vision inspection systems. Providing the auxiliary equipment specifications early in the discussion helps the team define the machine frame, control system, and safety guards with the correct mounting points and communication interfaces.

Have a non-standard molding requirement?

Send your machine requirements, mold specifications, and production goals so the engineering team can evaluate whether a standard configuration covers your needs or a custom adaptation is the right approach.

Discuss Your Custom Machine Requirement