SCM Single End Tenoner - ST152C

• Designed for precise tenon cutting and end profiling, making it ideal for doors, windows, furniture, and frame construction.
• Single-end configuration provides efficient processing while maintaining excellent control and accuracy.
• Delivers consistent, repeatable joinery results, helping improve assembly quality and reduce rework.
• Well-suited for cabinet shops, furniture manufacturers, and architectural millwork operations.
• Heavy-duty SCM construction ensures stability, durability, and dependable performance in demanding production environments.
• A reliable solution for professional woodworkers seeking accurate tenoning, increased productivity, and long-term operational efficiency.

Q: What is the SCM ST152C used for?
A: The ST152C is designed for precision tenoning, end profiling, and joinery operations used in furniture, door, window, and cabinet production.

Q: What are the benefits of a single-end tenoner?
A: It provides accurate and repeatable tenon cuts, improves joint quality, and increases production efficiency compared to manual methods.

Q: Can the ST152C handle different tenon sizes and profiles?
A: Yes, it is designed to accommodate a variety of tenoning and end-matching applications for diverse woodworking projects.

Q: Is the ST152C suitable for production environments?
A: Yes, its robust construction and precision machining capabilities make it ideal for professional woodworking and manufacturing facilities.

Q: Why choose the SCM ST152C?
A: It delivers precise joinery, consistent tenon quality, increased productivity, and reliable performance for demanding woodworking operations.

• Clean cutterheads, worktable, fences, feed components, and chip collection areas after each shift.
• Inspect tenoning cutters, saw blades, and tooling regularly for wear, chipping, or dull cutting edges and replace as needed.
• Verify cutterhead alignment and fence settings periodically to maintain precise tenon dimensions.
• Lubricate bearings, chains, guides, slides, and moving components according to SCM maintenance guidelines.
• Inspect feed mechanisms, hold-downs, and pressure systems for smooth and consistent material handling.
• Check motor components, drive belts, and electrical connections for signs of wear or overheating.
• Ensure tooling hardware, cutterheads, and spindle assemblies remain securely tightened.
• Keep the dust extraction system operating efficiently to reduce chip buildup and improve cut quality.
• Test safety guards, emergency stops, and control systems regularly for proper operation.
• Follow SCM’s preventive maintenance schedule to maximize machining accuracy, productivity, and machine lifespan.