Working Process

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HOW IT WORKS

Our team works to design and engineer film production equipment that will suit your requirements and can easily be transferred to the manufacturing stage. We are capable of designing a large range of film production equipment. We cover most categories but can also accept new challenges to engineer totally new systems.

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Stage 1 – Requirements
Definition

We work with clients to establish project requirements, performance objectives, safety considerations, and operational criteria for the equipment. This stage defines the design scope and ensures all engineering work is aligned with the client's needs and expectations.

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Stage 2 – Design & Engineering Development

Our team develops design concepts and produces detailed engineering models, calculations, layouts, and technical drawings. Designs are evaluated and refined to meet the defined requirements while addressing functionality, safety, and practical implementation considerations.

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Stage 3 – Engineering Documentation Delivery

We provide complete engineering documentation packages, including drawings, specifications, bills of materials, and supporting technical information. These documents are prepared to enable independent fabrication, procurement, assembly, or further development by the client or their chosen suppliers.

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Our Specialities

Structural Engineering

Safe and reliable operation begins with a thorough understanding of how loads are transferred through a structure. We assess load paths, support arrangements, connection details, and safety factors to ensure equipment remains stable and performs predictably in demanding production and rigging environments.

Mechanical Engineering

From initial concepts through detailed assemblies, our work focuses on developing practical and effective mechanical solutions. We design mechanisms, support systems, mounting interfaces, and specialized production equipment that balance functionality, durability, serviceability, and overall performance requirements.

Electrical Engineering

Reliable power and control systems are essential for modern film production equipment. Our engineering process includes the development of electrical architectures, component integration strategies, communication interfaces, and technical documentation that support dependable operation within professional production workflows.

Dynamics Engineering

Understanding how equipment behaves in motion is critical to achieving smooth and controlled performance. We analyze acceleration forces, inertia, vibration, and stability characteristics to support the development of moving camera platforms, motion-control systems, and other dynamic equipment applications.

Finite Element Analysis (FEA) Engineering

Advanced simulation tools allow potential design issues to be identified before physical prototypes are produced. By modelling stresses, deflections, load distributions, and structural behavior, we provide valuable engineering insight that supports design optimization and informed decisionmaking.

Materials and Surface Technologies

Careful selection of materials and finishes plays a significant role in the performance and longevity of production equipment. Considerations include strength-to-weight ratios, durability, corrosion resistance, wear characteristics, manufacturing compatibility, and visual appearance appropriate to the intended application.

Human Factors Engineering

Successful equipment design extends beyond technical performance to include the needs of the people using it. By considering ergonomics, accessibility, usability, and workflow integration, we help create solutions that are intuitive to operate and well suited to real-world production environments.