The D-HONER-DHV 100 Electro-Mechanical Vertical Honing Machine represents advanced automation in precision internal bore finishing technology. This robust system simplifies complex...

The D-HONER-DHV 100 Electro-Mechanical Vertical Honing Machine represents advanced automation in precision internal bore finishing technology. This robust system simplifies complex honing operations through a fully automated cycle where operators simply load workpieces, initiate clamping, and press start. The machine autonomously controls tool rotation, reciprocation, and servo expansion based on programmable settings while an integrated mechanical gauge actively monitors the honing process. This ensures accurate size control and automatic transition to finishing cycles once preset conditions are met, eliminating manual errors while enhancing geometrical accuracy and surface finish quality by removing tool chatter marks.

This honing machine finds extensive application across industries where precision internal finishing is paramount. In automotive manufacturing, it processes engine blocks and cylinders with exceptional accuracy. Aerospace applications include finishing actuator components and landing gear cylinders where reliability is critical. Hydraulic equipment manufacturers rely on it for cylinders and barrels, while heavy machinery producers use it for bearing and sleeve production. The machine maintains consistent CP/CPK values ensuring every workpiece meets stringent quality standards, making it suitable for OEMs, subcontractors, and precision engineering workshops focused on reliability and repeatability in demanding production environments.

The D-HONER-DHV 100 delivers substantial business value by reducing labor costs, minimizing downtime, and boosting production rates without compromising precision. Its automated operation eliminates the need for skilled labor while durable construction ensures long-term reliability with minimal maintenance. The machine improves bearing contact areas, extends component life, and ensures consistency in finishing quality, helping businesses achieve higher operational efficiency. This results in reduced waste, lower production costs, and strengthened competitive positioning in markets where precision and reliability determine manufacturing success and customer satisfaction.

Key Features:
- Fully automated honing cycle with programmable servo expansion
- Integrated mechanical gauge for real-time monitoring
- Electro-mechanical vertical design for stability
- Programmable settings for taper and roundness corrections
- Robust construction with automatic clamping system

Benefits:
- Reduced labor costs through automation
- Consistent quality with minimal operator intervention
- Improved geometrical accuracy in bore finishing
- Enhanced production rates and operational efficiency
- Long-term reliability with minimal maintenance requirements