The FJL150-8A is a full-automatic finger jointing line for producing long, strong finger-jointed boards from shorter wood pieces. It's suitable for furniture, cabinets, flooring and general construction woodwork where high-quality joints are required.
Key specs: Power 58.75 kW; Voltage 380V; Weight 7,500 kg; Dimensions 18,000 x 6,000 mm (L x W); Infeed length 150–900 mm; Shaping thickness 14–150 mm; Pressing thickness 14–80 mm; Pressing width 30–150 mm; Shaper spindle Ø 50 mm; Hogger spindle Ø 30 mm at 2,840 rpm; Max pressing length 2,500 mm; Compressed air 6–8 bar; Dust collector capacity 9,000 m³/h. Core components include PLC, motor, gearbox, bearings, pump and pressure vessel.
The machine requires a 380V (three-phase) electrical supply and total installed power of approximately 58.75 kW. A qualified electrician should install suitable breakers, wiring and grounding according to local electrical codes.
A compressed air supply of 6–8 bar is required. Ensure the air system is clean, dry and sized to meet machine demand with appropriate filters and regulators.
Infeed length: 150–900 mm. Shaping (board) thickness: 14–150 mm. Pressing thickness: 14–80 mm. Pressing width: 30–150 mm. Confirm the specific job setup and tooling for edge cases near the limits.
Glue application is commonly part of a finger jointing line, but the product description does not explicitly state the glue system provided. Confirm with the supplier whether a glue applicator (and which type) is included or offered as an option.
Common adhesives for finger jointing include PVAc (white glue) and PUR (polyurethane) systems. Adhesive choice depends on wood species, production speed and environmental exposure. Always follow the adhesive manufacturer's recommendations and verify compatibility with the machine or supplier.
The line is full-automatic and uses a PLC-based control system for programmable operation. Typical operation is automatic feed, shaping, gluing (if equipped), pressing and outfeed. An operator is normally required for loading, supervision, quality checks and occasional intervention.
Expect standard safeguards such as emergency stop buttons, guards and interlocks on moving parts (confirm exact features with the supplier). Recommended PPE includes hearing protection, safety glasses, dust masks/respirators and safety footwear. Follow local safety regulations and the machine safety manual.
Required: a leveled, solid floor able to support ~7,500 kg machine weight, adequate workshop space for the 18,000 x 6,000 mm footprint plus service access, proper 380V power supply, a 6–8 bar compressed air line, and connection to a dust extraction system (9,000 m³/h capacity recommended). Lifting equipment (crane/forklift) is usually needed for installation. Check with the supplier for foundation or anchoring recommendations.
Routine maintenance typically includes daily cleaning and dust removal, weekly inspection and lubrication of bearings and moving parts, regular sharpening or replacement of cutting tools and periodic checking of belts, hydraulic/pneumatic lines and electrical connections. Follow the manufacturer's maintenance schedule in the user manual for exact intervals and procedures.
Common spares/consumables: cutter knives/shaper knives, hogger cutters, bearings, belts, filters, glue application nozzles, seals, and recommended adhesives. Keeping critical spares on hand reduces downtime—ask the supplier for a recommended spare parts list.
The line lists a dust collector capacity of 9,000 m³/h; connect an appropriate dust extraction system to maintain air quality and machine performance. The product advertises low noise levels, but actual noise will vary with load and setup. Use hearing protection and ensure compliance with local workplace noise regulations.
After-sales support, commissioning, operator training and warranty terms vary by supplier. Ask your vendor about on-site installation, startup assistance, operator training packages, service contracts and the specific warranty period and coverage before purchase.
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