Resources

ENG

Transmission Shaft Deburring with UBUIRR in the Automotive Industry

This case study compares NOGA UBURR with competitor tools for front and back deburring of drilled holes in transmission shafts made from AISI 4340 steel. The results show superior tool life and surface finish with NOGA UBURR in high-volume production.

Back Deburring of Clamping Screws in Cutting Tool Manufacturing with NOGA UBURR

This case study demonstrates efficient rear burr removal in drilled holes for clamping screws made from hardened AISI 4340 steel. Using NOGA UBURR on a Hermle C50, the process achieves consistent results in a single setup for high-volume production.

Spot-Facing & Counterboring of Aluminum Structural Supports in the Automotive Industry with NOGA USPOT

This case study presents how an automotive manufacturer improved surface finish and tool life in aluminum cast structural supports using NOGA USPOT. The solution overcomes the limitations of traditional spot-facing tools, delivering stable performance and efficient cycle times even in interrupted cuts.

Dual-Sided Thread Deburring in 38 HRC Hardened Steel with NOGA UBURR

This case study evaluates NOGA UBURR for front and rear deburring of machined threads in hardened AISI 4340 steel at 38 HRC. The process removes burrs in a single operation while producing clean 0.2 × 45° chamfers on both sides. The results demonstrate effective deburring with minimal tool wear, even after multiple holes

40,000% ROI: Rear-Hole Deburring of 17-4 PH Medical Drills with NOGA UBURR

This case study shows how NOGA UBURR transformed rear-hole deburring of 17-4 PH stainless steel medical drills. The single-operation solution delivers clean, precise chamfers with excellent surface finish and repeatability. By eliminating manual deburring and reducing cycle time, the customer achieved a dramatic productivity boost and an ROI of 40,000%.

Front & Rear Deburring of 17-4 PH Medical Drills with NOGA UBURR

This case study highlights how NOGA UBURR enables precise front and rear deburring of drilled holes in 17-4 PH stainless steel medical components. The solution removes burrs in a single automated operation, producing clean 0.2 × 45° chamfers with high repeatability. By replacing manual deburring, the process improves consistency and saves approximately 20 hours of labor per month.

Automated Deburring of Aluminum Aerospace Components with NOGA UFIBER

This case study demonstrates how NOGA UFIBER replaced manual deburring of complex aluminum aerospace parts with a fully automated solution. The process delivers consistent edge quality and surface finish on drilled and machined features. By reducing manual intervention, the customer achieved significant time savings and improved repeatability across batches.

Front & Rear Deburring of 60 HRC Tool Steel with NOGA UBURR

This case study evaluates NOGA UBURR on hardened AISI H13 tool steel pallets at 60 HRC. The tool removes front and rear burrs in a single operation, producing clean 0.2 × 45° chamfers with no noticeable wear after repeated holes.

UFIBER Case Study – Controlled Burr & Surface Finish Improvement

NOGA UFIBER surface and cross-hole brushes deliver consistent burr removal and surface finish improvement on aluminum, steel, Inconel, and titanium parts. Proven in automotive, aerospace, and tube applications, UFIBER removes machining marks, improves Ra values, and ensures repeatable finishing under CNC conditions.