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Vertical Back and Forth V Grooving Machine

Processing Length: 6000 mm

Processing Width: 1250/1500 mm

Processing Thickness: 0.4-5.0 mm

Minimum edge distance: 10mm

	Vertical Type	Horizontal Type	Actual Situation
Table Flatnes	±0.03 m	±0.05 mm	The actual tolerance within 0.1mm can meet customer requirements
Workpiece Placement	The workpiece is placed horizontally, with rear feeding and clamping, requiring the sheet to move	The sheet is placed horizontally, and the material does not need to move	Vertical machines have a certain chance of scratching the surface when processing mirror materials
Processing Rang	0.4-6mm	0.4-5mm	Customized vertical machines can process thicker materials, while horizontal machines are typically used for materials under 3mm
Ease of Use	Operators need to constantly monitor waste threads and clean them promptly with air	Simple for operators, as the entire material can be cleaned after processing	Horizontal machines require less manual intervention
Special Design	Vertical machines can be equipped with a double-tool holder structure, improving efficiency when processing thick plates	Horizontal machines can be made in a four-side grooving style, allowing automatic double-direction grooving	Horizontal type in the decoration industry can meet 95% of customer needs
Price	Expensive	High cost-effectiveness	Horizontal machines offer better cost performance

Integrated Bottom Film:
The workbench features an integrated bottom film with high hardness, which allows it to process mirror materials without leaving any marks.
Presser Foot Arrangement:
The fixed presser foot and the back gauge presser foot are arranged at regular intervals, ensuring they are evenly and densely distributed.
Back Gauge Mechanism:
The back gauge is driven by dual screws and dual guide rails, providing stable operation and precise positioning.
Robust Frame Structure:
The overall structure adopts a frame design and is securely connected using high-strength bolts.
Double Tool Holders:
The double tool holders perform back-and-forth cutting operations, making full use of the return time and power.