Sundaram Corporation

 

The Wood Finger Cutting Machine is a critical component in any finger joint production line, designed to cut perfectly square ends on timber strips in preparation for finger profiling. Engineered for high-speed, high-accuracy cutting, this machine improves yield and material utilization in furniture, door, and panel manufacturing.

Applications:

• Finger Joint Board Manufacturing

• Furniture and Cabinet Production

• Door Frame & Window Profile Processing

• Wood Joinery Workshops

• Reclaimed Wood Processing

A finger shaping machine, also known as a finger joint shaper, is a woodworking machine that creates interlocking finger joints on wood pieces. These joints are used to join short or scrap wood pieces together to create longer, stronger pieces, improving wood utilization and reducing waste. The machine mills a series of interlocking fingers and corresponding mortises on the ends of the wood pieces, which are then glued and joined together. Applications:

• Woodworking Industry:Finger shaping machines are essential in various woodworking applications, especially for producing:
  • Furniture: Creating longer boards for tabletops, cabinet doors, and other furniture components. 
  • Construction: Making beams, posts, and other structural elements from shorter lumber. 
  • Door and Window Frames: Producing longer pieces for door and window frames. 
  • Blockboard and Plywood: Joining wood veneers or core layers to create larger panels. 
• Waste Wood Recycling:Finger jointing can transform waste wood into usable lumber, reducing waste and saving resources. 
• Cost Reduction:By utilizing shorter pieces of wood and reducing the need for long, solid planks, finger jointing can significantly lower material costs. 

Key Features:

• Trimming and Milling:Machines typically integrate trimming, milling (creating the fingers and mortises), and deburring functions. 
• Precision:High-precision components like imported bearings, rails, and hydraulic systems ensure accuracy and stability during operation. 
• Automation:Many modern machines feature automatic controls, reducing manual intervention and increasing efficiency. 
• Dual Shafts:Some machines have dual high-speed shafts for milling teeth, allowing for deeper milling and increased flexibility. 
• Clamping:Pneumatic clamping or dual air pressure clamping systems ensure secure and accurate workpiece positioning. 
• Dust Extraction:Integrated dust-absorbing systems help maintain a clean and safe working environment.