Trumpf 7036 set up ready for production of stainless steel brackets
If you are looking for folded stainless steel brackets then V and F Sheet Metal have just the facility to help support you. Through 3D software modelling, CNC punching and laser cutting to CNC bending we will take care of the whole production process for you all under one roof. These folded stainless steel brackets are typical of the sub-contract sheet metal work that we produce every day of the week for our customers all over the UK. The Trumpf 7036 CNC press brakes we use to bend up small folded stainless steel brackets are ideally suited to this type of work. They are quick to program and set up as well as very fast in their production rates, all leading to very competitive prices for small and large batch metal work. Although we have shown them folding up small stainless steel brackets they can fold sheet metal profiles up to 1M long and will cover the vast majority of the sheet metal folding that we produce in our factory in Fareham, Hampshire, UK.
Laser cut and folded stainless steel brackets
You can easily see that these brackets have radiused end and teardrop shaped holes which would have been very difficult to produce on a CNC punch press without bespoke tooling. With our Trumpf fibre laser these shapes are easy to produce and cost no more to produce than a standard square ended bracket with round holes. The Trumpf fibre laser machine really comes into its own when cutting thin sheet metal work or with small batches where the cost of CNC punch press tooling would not be viable.
Putting these cutting and folding machines together truly offers you a great manufacturing service right here in the UK.
What do I do next?
Perhaps you have a sheet metal bracket that you need to have manufactured. Why not give us a call on 01489 577786 or send us your drawings to email@example.com. We will be happy to take a look and produce some prices for you. We can also see whether your design can be improved for manufacturing saving you further time and money.