Time is money, so make it count.
If you want to improve your machining processes, cycle time is a key factor to examine. After all, the longer it takes you to produce a part, the fewer parts you can produce in a given time. Our customer was experiencing lengthy cycle times while machining pumps from gray cast iron. The parts required 3 bored holes, each with a 12” depth and a 22” reach.
In order to free up machine time, our customer questioned if their process could be more efficient. The main objectives were to decrease the current cycle time and to maintain a 160 Ra finish, which was required to perform the burnishing process that followed.
The previous tooling ran at a slow 0.47 IPM and a paint-drying 84-minute cycle time to bore the three holes on each part. With our Wohlhaupter 320 Boring Head utilizing the NOVITECH™ Vibration Dampened Module, our customer increased to a more efficient 3.75 IPM and slashed the cycle time to 10.5 minutes (an 87% decrease). Along with the increased speed, the Wohlhaupter tooling also achieved a 155 Ra finish, accomplishing everything our customer needed.
The Wohlhaupter solution reduced the process cycle time by 74 minutes. Improvements in speed and cycle time can free up machine hours, which means more throughput and higher profit for your company. Are you losing money on applications with substantially long cycle times?
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||Wohlhaupter 320 Boring Head
NOIVTECH Vibration Dampened Module
||Decrease cycle time
Maintain 160 Ra hole finish
||Oil & gas/petrochemical
||Gray cast iron
Wohlhaupter 320 boring head with NOVITECH vibration dampened module
- Boring head, 320 series: 320008
- NOVITECH, vibration dampened intermediate module: 519005
||Competitor Boring Head
||320 Boring Head w/ NOVITECH
|Cycle Time (per hole)
||27 min 54 sec
||3 min 32 sec
The Wohlhaupter 320 boring head with the NOVITECH vibration dampened module provided:
- 74 minute cycle time reduction
- Increased penetration rate
- Excellent finish in a deep hole application