Engineering Services That Turn Manufacturing Challenges Into Production Solutions
Successful manufacturing programs depend on more than a finished part design. Geometry, material behavior, tooling, process sequence, automation, handling, inspection, operator interaction, and production volume all influence whether a concept can be manufactured reliably. If those factors are addressed too late, the result can be added cost, repeated changes, unstable output, or a difficult production launch.
FCT brings engineering and manufacturing experience together to address these issues early and practically. Our teams support design reviews, process development, purpose-built machinery, fixtures, automation, and mold design for silicone, thermoplastic, rubber, and other production applications. This integrated perspective helps customers align the product, process, equipment, and tooling around one goal: a repeatable manufacturing solution.
Engineering Capabilities
Design for Manufacturing (DFM)
Collaborative review of part geometry, material, tolerances, tooling, assembly, and process fit to help identify manufacturability risks before they become expensive production problems.
Process Engineering
Development and refinement of manufacturing methods, work flow, equipment interfaces, process controls, handling, and inspection strategies to support stable quality and efficient production.
Machine Design & Build
Purpose-built equipment, fixtures, and automation developed around the part, material, production sequence, operator, quality requirement, and target throughput.
Mold Design & Build
Tooling support that connects part design, material behavior, molding method, cavity strategy, gating, venting, temperature control, demolding, maintenance, and production requirements. FCT has in-house engineering resources for silicone and thermoplastic tooling and can draw on external tool-building resources when appropriate.
How FCT Supports a Program
- Understand the application. Review the product, assembly, manufacturing challenge, quality expectations, volume, operating environment, and business need.
- Evaluate the design and process. Identify material, geometry, tooling, handling, automation, and inspection considerations that influence production.
- Define the manufacturing approach. Establish the recommended process sequence, equipment concept, mold strategy, controls, and validation needs.
- Design and build the solution. Develop the required machine, fixture, automation, or tooling using internal resources and qualified external partners as appropriate.
- Prepare for production. Support trials, refinement, documentation, training needs, quality planning, and handoff into repeat manufacturing.
Problems Engineering Services Can Help Address
- A part that performs in CAD but is difficult or costly to manufacture
- Unstable process output, excessive variation, scrap, or rework
- Too many manual assembly, handling, or inspection steps
- A production need that cannot be met with standard equipment
- New tooling required for silicone, rubber, thermoplastic, insert-molded, or multi-component parts
- Launch risk caused by disconnected product, process, machine, and tooling decisions
- A need to scale a proven concept into a controlled production process
Why Forest City Technologies?
Manufacturing-grounded engineering
Recommendations are developed with production realities, material behavior, quality, maintenance, and scale in mind.Integrated problem solving
FCT can evaluate the part, process, machine, fixture, mold, and downstream assembly as connected parts of one manufacturing system.Broad process perspective
Experience across molding, sealing, coating, dispensing, converting, assembly, automation, and inspection supports practical cross-process decisions.Purpose-built equipment capability
FCT engineering resources can design, build, and invent machinery for value-added secondary operations.Tooling resources
In-house engineering supports silicone and thermoplastic mold design and build, complemented by a global external tool-building supply base.Long-term production mindset
The goal is not simply to deliver a concept, machine, or mold—it is to help establish a solution that can be run, maintained, controlled, and improved over time.Bring FCT Your Part, Process, Equipment, or Tooling Challenge
Whether you are reviewing a new design, improving an existing process, automating a manual operation, or developing production tooling, Forest City Technologies can help evaluate the requirements and define a practical path forward.
When should we involve FCT’s engineering team?
Early involvement is most useful—before the part, process, automation concept, or mold is fully committed. FCT can also review existing production challenges when a program needs improved repeatability, capacity, quality, or assembly efficiency.
What information should we provide for an engineering review?
Useful inputs include a drawing or model, material requirements, mating components, functional and quality requirements, expected volume, current process information, known failure modes, automation goals, existing tooling or equipment details, and the desired production timeline.
Does FCT support both new programs and existing-process improvements?
Yes. Engineering support may begin with a new product or manufacturing concept, or with an existing operation that has issues involving variation, output, handling, assembly, tooling, inspection, or production flow.
Can FCT design equipment around a proprietary manufacturing process?
FCT can review customer-specific equipment needs and determine whether its machine-design and process-engineering resources are a fit. Scope, confidentiality, ownership, plant interfaces, acceptance requirements, and ongoing support should be defined for each project.
Does FCT build every production mold internally?
No. FCT has in-house engineering resources for silicone and thermoplastic tooling and also works with external tool-building resources. The sourcing path can be selected around the tool’s requirements and the production program.