Before selecting a multi-axis, multi-function mortise-tenon machine, compare your workpiece dimensions and joint requirements with the machine's working specifications. The stated processing height is 10–90 mm, while the standard effective table travel reaches 2,200 mm. You should also match your drawings with the machine's tenon, mortise, grooving, drilling, and drawing-import functions, then confirm how precision and full-load performance are tested before delivery.
The most important first step is to verify that the intended material sizes fall within the machine's working envelope. Workpieces must generally remain within the 10–90 mm processing-height range, and the required machining length should be checked against the 2,200 mm standard effective table travel.
The machine is designed for a broad range of joinery operations, including male tenons, female mortises, 45-degree interlocking tenons, grid-shoulder V-tenons, corner tenons, hand-copy tenons, hug-shoulder tenons, drawer dovetail tenons, inclined grooves, round grooves, standard grooving, drilling, and processing based on imported drawings.
Dimensional compatibility alone does not establish reliable production performance. The machine uses three 0.75 kW servo motor and driver sets, together with a high-speed spindle arrangement rated at 1 x 4.5 kW and 3 x 3.5 kW. The listed motor speed is 18,000 r/min. These specifications describe the installed configuration, but actual cutting results can still vary according to wood species, joint geometry, tool selection, feed settings, and production conditions.
The motion and control system includes a Shenzhen Chenchang custom template system, a 15-inch monitor, a planetary reducer, Tengda guide rails, and a Liangchi high-precision ground 1.5 helical-tooth rack. The machine frame is treated through aging and five-face machining. These construction details are relevant when evaluating repeatability and structural stability, although the available information does not provide a specific numerical positioning-tolerance value.
According to the manufacturer, every finished machine goes through full precision calibration and extended load-running tests before shipment. The inspection process includes checking mechanical clearances, positioning accuracy, control programs, and dimensional performance. Additional stated checks include no-load operation, long-duration full-load running, precision remeasurement, noise and vibration inspection, and electrical stability testing.
For a wood door or window factory, the machine's mortising, tenoning, grooving, and drilling functions can correspond well with common frame and panel production requirements. In solid wood furniture manufacturing, buyers should compare the required joints, grooves, holes, and imported drawings with the machine's actual processing functions before confirming the order.
Prepare representative workpiece drawings and specify the material thickness, joint length, profile type, tolerance requirements, and expected production volume. Ask the manufacturer to review these samples and, where practical, complete a machining test before final production approval. This approach gives a more reliable assessment than evaluating motor power or machine dimensions alone.
Also check whether the 2,200 mm travel accommodates the longest component and whether the 10–90 mm processing-height range covers every relevant workpiece. Facility planning should account for the machine's stated overall dimensions of 3,600 x 1,600 x 1,500 mm, its 900 kg weight, electrical requirements, delivery access, and installation space.
Foshan Sun Hunt Woodworking Machinery Co.,Ltd. states that it has developed and manufactured woodworking machinery in Foshan for approximately three decades. The company profile indicates that it was established in 2014, operates a two-thousand-square-meter factory, and has an in-house R&D and management team focused on woodworking machinery technology.
Reported projects include a 19-machine wooden-door production line in India and a 10-machine wood-processing production line in the UAE. The supplied project information highlights production-line planning, stable operation, productivity, and after-sales responsiveness as key customer requirements.
| Review item | Published information | Practical verification step |
|---|---|---|
| Processing height | 10–90 mm | Confirm that the complete thickness range of your workpieces fits within this limit. |
| Effective table travel | 2,200 mm standard | Compare the longest joint component and its required machining position with the available travel. |
| Processing functions | Multiple tenon, mortise, groove, drilling, and drawing-import operations | Match production drawings and joint profiles with the listed capabilities. |
| Quality verification | Calibration, extended load running, remeasurement, and positioning checks | Request testing with representative samples and confirmation of the measured results. |
| Installation requirements | 17.5 kW installed power, 900 kg weight, 3,600 x 1,600 x 1,500 mm dimensions | Review workshop space, power supply, transport access, lifting, and installation conditions. |
The published processing-height range is 10–90 mm. Materials or joint designs outside this range should be discussed with the manufacturer before purchase.
The standard effective table travel is 2,200 mm. Compare this measurement with the longest component in your production plan, especially when the workpiece approaches the stated limit.
The manufacturer reports full precision calibration, long-hour load operation, precision remeasurement, mechanical-clearance inspection, positioning-accuracy checks, control-program verification, noise and vibration testing, and electrical stability checks.
The machine should initially be assessed against three criteria: the 10–90 mm processing-height range, the 2,200 mm standard effective table travel, and the required combination of tenoning, mortising, grooving, drilling, and drawing-import operations. For a dependable purchasing decision, provide representative joint drawings and request sample processing or technical confirmation before production begins.
The supplier states that it accepts single-machine orders, non-standard customized products, and complete production-line solutions. The listed delivery period for this machine is 25 days. For technical consultation or support, please contact vincent@fsshmachine.cn.
Foshan Sun Hunt Woodworking Machinery Co.,Ltd. develops and produces woodworking machinery for different processing purposes and describes technology and quality as the foundation of its operations. Established in 2014, the company operates a two-thousand-square-meter factory and maintains an R&D and management team focused on woodworking machinery production technology. Its reported cooperation cases include woodworking production-line projects in India and the UAE.

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