Our CNC Machining Capabilities
- (9) CNC Swiss-style screw machines with up to 8-axis machining
- (7) CNC chucker-type machines
- Sub-spindle pick off with simultaneous secondary machining
- Live cross-working tools for milling, drilling, boring and tapping
- Diameters from .024″ up to 6″
- Accumulation tables, magazine bar feeds and fire prevention systems allow for “lights-out” machining
- Experts in the machining of stainless, beryllium, brass, aluminum, Vespel®, super alloys and many other materials
- Esprit programming and verification software package
Chucker & Swiss-style CNC Turning:
Medical, Analytical Test Equipment, Semi-Conductor and Life Sciences are just a few of the demanding industries that we produce parts for. Our turning department is well equipped and experienced to meet these demands head on. Whether you need (25) Ø2.000” tight-tolerance Stainless medical appliances or (10,000) Ø.074” gold plated electronic connectors, Thomas W. Springer Inc. has you covered.
Cross-working & Sub-spindle Pick-off Capabilities:
True 8-axis machines with numerous cross-working attachments, simultaneous secondary machining and lights-out operation help to eliminate costly external work and manual deburring. This maximizes part-to-part consistency, increases our throughput, and enables us to pass savings onto the customer.
Variety of Materials Machined Daily:
We machine every day materials like 303 stainless and 6061 aluminum regularly, but are well versed in other, not-so-common materials such as: C17300 beryllium, 17-4 PH stainless, 304 and 316 stainless, Vespel®, Ultem® and other plastics.
If your parts require a super alloy, rest assured we have in-depth turning and machining experience with titanium, 330 and 321 stainless, just to name a few.
Off-line Programming & Verification:
In an effort to fully utilize the functionality of our state-of-the-art CNC machines, we have invested in a powerful CAD/CAM software program from Esprit. This paired with verification software allows us to simulate and verify machining operations on our PC in a virtual state, cutting down on idle time, broken tools, scrapped parts and machine crashes.