Robotics, materials and industrial
Autonomous systems, formulations, processes, manufacturing and hardware. Protection here is almost never a single filing, and the manufacturing agreement often matters as much as the patent.
What makes this sector different
Physical products give you more protection options than software does, and the right answer is usually a combination: utility claims on the mechanism, a design patent on the form, and trade secret discipline around the process nobody can reverse engineer from the finished part. Choosing between them is a commercial decision as much as a legal one.
The other recurring exposure is the contract manufacturer. Who owns the tooling, who owns process improvements the manufacturer develops, and what happens to your drawings if the relationship ends are questions that decide whether you can move production later. Most standard manufacturing agreements answer them in the manufacturer's favour.
Typical matters
Utility and design filings together
Deciding what the mechanism claim should cover, what the design patent should protect, and what is better left undisclosed entirely.
Freedom to operate before tooling
Clearing a design before you commit capital to tooling and production, which is the point at which changes stop being cheap.
Manufacturing and supply agreements
Tooling ownership, process improvement rights, quality obligations and what happens to your designs on termination.
Joint development with a larger partner
Who owns improvements made jointly, and the invention disclosure process that makes the answer provable later.
Prototype and firmware IP protection
Securing ownership across early stage builds and collaborative hardware and firmware development, where several parties touch the same design.
Process and formulation trade secrets
Building the confidentiality and access discipline that makes a trade secret defensible, for the parts of the process a patent would only publish.
Services used most in this sector
Patent
Utility, design and international filings, plus the freedom to operate work that comes before tooling.
View service
Tech Transactions
Manufacturing, supply and joint development agreements, and the tooling ownership terms inside them.
View service
IP Commercialization, Investment & Policy Advisory
Deciding the patent and trade secret mix, and which markets justify the cost of international protection.
View serviceQuestions from this sector
Should we patent our process or keep it secret?
Ask whether a competitor could work it out from the finished product. If your process leaves detectable traces in the part, a patent is worth pursuing because you could actually detect and prove infringement. If it does not, a patent mainly publishes your method to competitors in exchange for a right you will struggle to enforce, and trade secret protection with real access discipline is usually stronger. Many clients do both, on different parts of the same process.
Our contract manufacturer improved our design. Who owns that?
Check the agreement, because most standard manufacturing contracts assign process improvements to the manufacturer or leave it ambiguous, which in practice favours them. That becomes a serious problem when you want to move production, since the improvement may be theirs to withhold. It is negotiable at the outset and very hard to unwind afterwards.
Is a design patent worth it if we already have a utility application pending?
Often yes, particularly for consumer facing hardware. Design patents issue faster and cost considerably less, they are straightforward to enforce against a visual copy, and marketplace takedown programmes act on them readily. The utility application protects how the product works; the design patent protects what a copycat will actually copy first, which is how it looks.
Start with a 30 minute consultation.
A $50 video call covering your goals, your timeline and the documents you send ahead. The $50 is credited toward your fee when the firm takes your matter on.
