CISON FL4-175 Engine& Parts
A collection page of Stirlingkit
About
Cison engine Ltd was founded in 2000 in China and we have been making and selling internal combustion engines and rc engines since 2019. We are known for producing quality engines that people adore. Customers often come back to buy another engine for themselves or a loved one. We have worked with e-commerce websites stirlingkit.com since 2021 and we ship worldwide on a daily basis. Our new engine has been designed using the latest CAD software, prototyped and tested thoroughly. Cison v2 engine is our latest products, which are thought highly by our customers internationally. Cison inline four engine is the 2nd RC engine we are producing now. Of course, Cison inline four engines are in pre-order sales at stirlingkit.com now Why we need your help All our engines take months of designing, trying out various mechanical linkages and parts, and then building prototypes to perfect. Just like previous development of engines, it takes numerous design iterations to get to our final working prototype. We could start producing a small batch tomorrow and with a few weeks have a small number of engines built, but small batch runs are inherently expensive. Why is a small batch run expensive? All the parts will be machined on our own lathes and milling machines at our workshop. But the CNC machines first need to be programmed and set to run a batch of parts; usually taking hours for each component. CNC machines are not cheap, and it is industry standard to bill the set up time across the batch of parts. e.g. If the setup cost for part is $8,000 and you make 10 parts, then those parts would cost $800 + the raw material + the time to machine. But if 1000 parts were made the cost would drop to $8 per part + the raw material + the time to machine. Tooling cost is a large cost. We need to design and machine tooling so our CNC machines can hold the raw material securely and to allow for quick, efficient machining. Designing the tooling carefully and making many parts at one time optimise