Aerospace manufacturers face constant pressure to improve quality, manage complex materials, and control cost per piece, all while meeting demanding delivery schedules. The Davenport Hybrid was engineered for exactly this environment, combining traditional multi-spindle productivity with modern CNC controls to efficiently produce the precision turned parts that the aerospace industry requires.
Aerospace-Grade Precision for Critical Turned Parts
Aerospace fasteners, fittings, pins, bushings, and connectors all demand repeatable accuracy and process stability. The Davenport Hybrid utilizes CNC technology, and improved rigidity on a proven multi-spindle platform to deliver consistent part quality across long production runs. Key advantages include:
- CNC-controlled slides for consistent, repeatable dimensions
- Rigid bearing encased spindles and head configurations to help maintain tight tolerances on critical features
- Stable process capability suited to parts used in flight-critical and structural assemblies when paired with robust quality systems
For aerospace OEMs and tiered suppliers, this combination translates into reliable capability on high-volume parts where dimensional variation must be tightly controlled.
Machining Aerospace Materials on a Multi-Spindle Platform
Aerospace programs increasingly rely on heat-resistant and high-strength alloys that are more challenging to machine than standard carbon steels. The Davenport Hybrid is well suited to this reality, enabling efficient machining of many alloys commonly used in aerospace applications. Material capabilities include:
- Stainless and high-alloy steels used in aerospace fasteners and hardware
- Nickel-based alloys found in engine and high-temperature applications
- Aluminum and other non-ferrous alloys used in lightweight structures and connector components
By pairing the throughput of a multi-spindle layout with CNC programmability, the Hybrid can help manufacturers achieve competitive cycle times on parts made from demanding materials, supporting both cost and performance targets.
Multi-Spindle Productivity for High-Volume Aerospace Programs
Commercial, defense, and space platforms often require large annual volumes of relatively small, repeatable turned parts. The Davenport Hybrid retains the multi-spindle architecture that has made screw machines a mainstay for this type of work, while adding CNC intelligence. Productivity advantages include:
- Simultaneous machining on multiple spindles to dramatically reduce cycle time per part
- Integration of multiple operations (turning, drilling, milling, grooving, cutoff, and more) in a single setup
- Competitive piece-part costs on high-volume programs, helping suppliers quote aggressively without sacrificing margin
This makes the Hybrid particularly attractive for aerospace components that are stable in design and produced over many years, where total lifecycle cost and throughput are critical.
CNC Flexibility for Changing Aerospace Requirements
Aerospace programs evolve over time, with engineering changes, new revision levels, and opportunities to consolidate part families. The CNC foundation of the Davenport Hybrid gives manufacturers more flexibility than traditional cam-only multi-spindles. This flexibility shows up in several ways:
- Faster changeovers when transitioning between part numbers or families, supporting shorter production runs and mixed schedules
- Easier implementation of design changes by updating CNC programs and standardized tooling rather than reworking complex cam layouts
- The opportunity to standardize on one platform for multiple aerospace part families, simplifying training and maintenance
For aerospace suppliers navigating frequent engineering changes and more complex product mixes, this flexibility helps protect spindle uptime and maintain responsiveness.
Hybrid Solutions Engineering Services and Training for Davenport Hybrid Users
For aerospace suppliers, the machine is only part of the equation. Process development, training, and ongoing support are just as critical to long-term success. Hybrid Solutions, Davenport’s dedicated engineering and support group, is built to help manufacturers get full value from the Davenport Hybrid throughout the life of the program. Every Davenport Hybrid purchase includes hands-on, applications-focused training led by Hybrid Solutions engineers, typically split between Davenport’s Rochester, NY facility and the customer’s plant at installation. This training covers setup, CNC programming, tool teaching, job changeovers, maintenance best practices, and control operation, so operators and setup personnel are confident running aerospace work from day one. Beyond launch, Hybrid Solutions acts as an extension of the customer’s engineering staff. The team provides turnkey project support, part layout assistance using dedicated layout software, custom cutting insert design, and ongoing troubleshooting and programming help via phone, web, or secure remote access. Customers can also send new operators back to Rochester for additional OEM training at no extra cost, keeping skills aligned with evolving aerospace requirements and new programs over time. For aerospace manufacturers, this combination of advanced multi-spindle CNC capability and long-term Hybrid Solutions support helps reduce ramp-up time, stabilize complex processes, and keep high-volume programs running at peak productivity and quality.
Accelerate Your Productivity with Davenport
For more information, contact Davenport today, and learn how the Hybrid can help redefine your productivity.