In the machining world, there are certain jobs that only a CNC lathe can handle. CNC lathes are the standard machines when high-precision and high-performance are required. For product manufacturers, affordability isn’t the only requirement. Their machines have to function consistently, perform with a high level of precision, and continue to churn out the right product each and every time. That is exactly what CNC lathes offer.
For product manufacturers in the machining industry, CNC grinders are the workhorses of their production lines. The versatility and high amount of precision make these machines a highly valuable and crucial player in the world of machining. CNC grinders enhance productivity by offering features such as automatic tool loading and the support of multiple grinding wheels.
At Gosiger, we strive to provide only the products that are the most innovative and of the highest quality. We maintain demanding standards in precision, reliability, and accuracy, which are only met by the best brands in the manufacturing industry. Our line of Okuma CNC lathes is one such product.
For over 80 years Gosiger, Inc., has been providing American manufacturers with machinery, equipment, application experience, automation, and exceptional service to help maximize their productivity. After being founded in 1922 in Dayton, Ohio, the company began to seek out close relationships with pioneering machine tool manufacturers such as Monarch Machine Tool, Minster machine, DeVlieg, and Kingsbury. In order to maintain that tradition and time-tested practice, Gosiger continues to align itself with the most innovative names and brands in the realm of manufacturing technology.
What does your machine tool really cost? According to Jeff Murray, Gosiger’s southern Ohio Sales Manager, the real cost of ownership of a machine tool is a bit more complex than it may appear. When you are considering investing in a new machine tool, first work through these seven important factors that can add up and cost you money...or save you money.
Gosiger Automation designs and builds automated systems that largely minimize the human factors in parts machining and product manufacturing operations. The systems Gosiger designs generally minimize human inputs, while at the same time optimizes productivity of the automated equipment and is ergonomically sound.
Computer Numerical Control (CNC) lathes and machining centers are the workhorses of the manufacturing industry. Not only do these machines deliver power, they also have to be extremely precise and consistent. CNC machines are beneficial to small, one man workshops as well as large, multi-operator manufacturing production lines. However, although purchasing a CNC machine can be confusing, it doesn’t have to be.
At Gosiger, we make buying CNC machines easy. We understand the connection between productivity and profitability, and it’s our goal to make your shop – big or small – as efficient as possible.
You want to get the most out of your CNC grinder or lathe, and Gosiger is your partner to ensure you get the best possible performance from your CNC grinder, lathe, or any other machining tool. We are a leader in aftermarket service for all of your vital manufacturing equipment - minimizing your downtime and getting you up and running as quickly as possible.
When you need a Hardinge CNC grinder solution, Gosiger is your trusted partner. CNC grinder options from Hardinge are as diverse as they are reliable and precise. With the right CNC grinder solution from Hardinge, you can reduce lead times on all projects, order just-in-time fabrication, and reduce labor costs. Hardinge CNC grinders support a variety of market applications - making them the perfect fit for whatever industry you serve, including...
A 5 axis machining center is the most economical solution you can implement on your shop floor. Instead of using multiple machining stations, you can fabricate all in one step. With five degrees of motion you are able to machine custom parts with ease. The traditional three axes are complemented by two additional ones; tilting of the product and angling of the machining tool.