Manufacturing technology.
Choose independence and efficiency in your orthopedic workshop through in-house production. With Springer you not only rely on innovative technologies such as milling and 3D printing, but also on the advantages of in-house production.
Your advantages
Independent of supply chains
In-house production means you are independent of supply chains and external suppliers. This autonomy allows you to react flexibly to your customers' needs and control your production yourself. Say goodbye to external dependencies and stay in control of your manufacturing processes.
Expertise for your company
Use the manufacturing know-how in your own company and rely on your expertise. At Springer, you not only get state-of-the-art production technology, but also the knowledge and experience of an innovator in orthopaedic (shoe) technology. Our consistent development of new technologies is reflected in the innovative strength that goes into every product.
Increase your efficiency
In-house production not only offers independence, but also cost-effective production. Reduce expenses, increase efficiency and stay in control of your budget. Decide for full control and management of your manufacturing processes in the future.
Milling machines
With the GP M253, you can mill inserts from nearly all commonly available materials and functional blanks. Thanks to its compact size and fast servo drive, it is the ideal milling model for small workshops with high production demands.
It enables short processing times and has optimized noise and vibration behavior. Due to the redesigned machine hood and the resulting larger access opening, access to the milling interior is much easier.
With the built-in vacuum table, the mill can be loaded with material without the need for additional adhesives. The dust extraction preparation allows operation with a central dust extraction system or a separate industrial vacuum cleaner.
It is equipped with a robust three-phase motor that has double precision bearings and is maintenance-free.
With the GP M320, you can mill inserts from almost all commercially available materials and functional blanks.
The GP M320 is a compact, very powerful servo inlay router. The milling times are only 4 min/pc. (8 min/pair - size 39)
With the built-in vacuum table, the router can be loaded with material without additional gluing.
The extraction preparation allows operation on a central extraction system or on a separate industrial vacuum cleaner.
3D printer
3D printing is not only a pioneering manufacturing technology, but also an environmentally friendly solution. The materials used are fully recyclable and therefore contribute to sustainable production.
The production process is optimised by transferring the print data directly from the Easycad design program to the printer. The precise print quality ensures that the insole is ready for use immediately after printing and only needs to be covered.
Invest in the future of your orthopaedic business and benefit from the flexibility and efficiency of the GP Mike 3D insole printer. Show your customers that you have your finger on the pulse and rely on sustainable, innovative technologies.