3D printing of spare parts is a fast and efficient way to replace a component that is no longer available, has an excessively long delivery time, or would be too expensive to manufacture conventionally. For companies in service, production, and maintenance, it is often the most practical solution when equipment downtime must be solved quickly.

At FORMEX, we can produce a replacement part based on a sample, damaged original, technical drawing, or 3D model. If needed, we also provide 3D scanning and model adjustments so the new part is functional and ready for real-world use.

When 3D printing of spare parts makes sense

This technology is especially useful when production must be restored quickly or when a part is no longer manufactured. It is also ideal for small-batch production, functional testing, or components where injection molding or machining would result in unnecessarily high costs.

• Obsolete or unavailable spare part.
• Damaged plastic component on a machine or device.
• Need for a fast replacement without long delivery times.
• Production of one-off parts or small series.
• Optimization of an existing part before final production.

How the spare part production process works

The process starts with analyzing your request. To deliver exactly what you need, we follow 3 main steps:

• 1. Analysis & Request: If you have the original part, we can take measurements. If technical documentation or CAD data exists, we can build directly on it.
• 2. Scanning & 3D Modeling: We create a precise digital model and recommend the right material (e.g., heat or mechanically resistant).
• 3. Production & Testing: If needed, we produce a prototype to verify functionality. After approval, we move on to the final high-strength print.

The main advantage is that the entire process can be significantly faster than ordering an original part from abroad.

Why our parts often outlast the original?

A 3D-printed spare part is no longer just "fragile plastic." Thanks to industrial materials, we can produce components built for extreme conditions:

• Thermal Resistance: We use materials that can withstand temperatures over 150°C (ideal for engine bays or thermally stressed equipment).
• Extreme Strength: Parts made from carbon fiber-filled materials (PAHT-CF) are lightweight yet can withstand mechanical stress comparable to aluminum.
• Chemical Resistance: We print components that resist oils, lubricants, fuel, or common cleaning agents.
• Design Improvements: If your original part broke because of a weak spot, we will reinforce it during the 3D modeling phase.

Who this service is for

This service is especially suitable for manufacturing companies, service providers, technical departments, machine maintenance teams, and industrial operations that need to quickly solve a problem with a damaged or missing part. It is also valuable for companies that do not want to keep large stocks of rarely used spare parts.

What do we need for a quick quote?

You do not need to have a finished 3D model. To provide you with a fast quote, please send us ideally these 3 things:

• 1. Photos: Take pictures of the damaged part from multiple angles (ideally, place a ruler or measuring tape next to it for scale).
• 2. Application Description: Tell us what the part is used for and what conditions it faces (e.g., "it's a door handle, it must withstand frost and heavy pulling").
• 3. Quantity: Let us know if you need just one replacement part or a small series.

Based on this, we will assess the production options and immediately suggest the best course of action.