Boatshedfishco

When a shipyard or processing plant evaluates new equipment, the questions often repeat themselves. Not because information is lacking, but because each project has particular conditions that modify the standard answer. This article gathers the most frequent inquiries we receive before starting a quote or a custom development.

Does the equipment adapt to existing vessels?

Most buyers are not starting from scratch. They have a vessel in operation, with defined spaces and installed systems. The key question is not whether the equipment works, but whether it can be integrated without redesigning the deck or the electrical system. That is why, before any proposal, we request general arrangement drawings and photographs of the mounting areas. With that, we determine whether a structural adapter is needed or if the equipment fits as is.

What is the manufacturing and commissioning time?

Deadlines matter as much as the technical specification. A client replacing a conveyor belt during a maintenance shutdown cannot wait three months. Another building a new ship from scratch has a more flexible schedule. The answer varies depending on the workshop's workload and material availability. In general, for modular equipment the lead time is around eight weeks; for special developments, it can reach sixteen. We always provide an estimated date in writing before signing.

What technical support is available after installation?

Fishing machinery operates in extreme conditions. A failure mid-campaign can mean significant losses. Clients want to know if a technician is available, if spare parts can be obtained quickly, and if there is a clear maintenance manual. We assign a support engineer per project and maintain a minimum stock of critical components in our Rafaela warehouse. Additionally, each piece of equipment comes with a preventive maintenance plan for the first two years.

Can the standard design be modified?

More than half of the orders we receive include some customization. It could be a change in belt length, a different roller material, or a more demanding anti-corrosion protection. The real question is how much the cost and timeline change. Our manufacturing process is designed to absorb modifications without starting from scratch, as long as the load and safety principles are maintained. That is why we prefer the client to state their needs before the purchase order, not after.

Every project starts with a conversation. These questions are not obstacles; they are the foundation of a solid specification. If you are evaluating equipment for your shipyard or plant, the next step is to gather the drawings and operating conditions. With that, we can provide a concrete answer.

Questions Clients Ask Before Starting

Head of Product Engineering — Boatshedfishco

Over 18 years in the design and manufacturing of heavy marine machinery. Participated in the plant's ISO 9001 certification and the commissioning of over 40 transport and refrigeration systems for deep-sea vessels. Personally supervises load tests on every corporate order.

Shipyard Machinery: Manufacturing Processes and Quality Control

Industry Standards in Naval Equipment Construction

When a shipyard orders a conveyor belt or a refrigeration system, it is not buying a catalog: it is buying a process. Every piece of equipment that leaves our plant goes through a defined sequence of cutting, welding, machining, assembly, and testing. There are no shortcuts.

Manufacturing begins with certified marine steel plates. They are cut with high-definition plasma and visually inspected before moving to welding. All critical joints — those that will bear dynamic loads at sea — are inspected with ultrasound and magnetic particle testing. Porosity and inclusions are not accepted.

Shaft and gear machining is done on CNC lathes with tolerances in the hundredths. Each part is measured with a probe and recorded in a manufacturing report. If a dimension is not within range, the part is rejected and re-machined. It is not adjusted during assembly.

Final assembly takes place on a test bench. There, the motors, gearboxes, and drums are mounted, and the assembly is subjected to a load equivalent to 110% of the nominal load for four continuous hours. Temperatures, vibrations, and consumption are measured. Only if everything is within parameters is the equipment released for shipment.

That is the standard. Not because a manual says so, but because a piece of equipment that fails at sea is not a logistical inconvenience: it is an operational and economic risk. That is why every client who arrives with technical questions receives concrete answers, not promises.