Automatic Slide Rigid Box Making Machine

Choosing an Automatic Slide Rigid Box Making Machine for Premium Packaging

Slide rigid boxes, also known as drawer boxes or sleeve-and-tray boxes, use an inner tray that slides into an outer sleeve. This construction is common in premium gift packaging because it combines a structured presentation with a distinctive opening experience. For packaging converters, producing a drawer box consistently requires more than simply folding board: paper placement, adhesive coverage, board alignment and clean edge finishing all affect how the finished package looks and fits.

For a drawer box, dimensional consistency is part of the user experience: the tray must look well finished and move smoothly inside its sleeve without an overly loose or tight fit.

Why positioning and pressing matter

When decorative wrap paper is applied to greyboard, even a small placement variation may become visible on a premium box. The KY-W2310B specification lists ±0.1 mm dimensional accuracy. Optical positioning is described as aligning pre-grooved board with the glued paper, while pneumatic pressing brings the layers into contact before edge folding and forming. The real-world result depends on the box geometry, paper stretch, board tolerances, adhesive behavior, machine setup and operating conditions, so sample testing remains important.

Match the equipment to the actual box structure

Before selecting a machine, define the maximum and minimum box dimensions, box height, board thickness, wrap-paper type and whether the order requires ribbons, thumb notches, inserts or other finishing details. The supplied KY-W2310B range is 50 × 50 mm to 350 × 250 mm, with a 15–80 mm box-height range and 1–3 mm board thickness. Confirm that these dimensions refer to your intended box orientation and finished construction.

V-grooving is typically a board-preparation step used to create controlled folding lines. The workflow supplied for this machine begins with V-grooved greyboard entering the optical-positioning area. If you need an end-to-end line, discuss whether grooving, tray production, sleeve forming, ribbon insertion or other operations require separate upstream or downstream equipment.

Evaluate speed as a complete-line metric

The listed production speed is 15–25 pieces per minute. For purchasing decisions, compare this rating with your typical box format, changeover frequency, reject rate and the capacity of connected equipment. A higher rated speed is useful only when feeding, forming, quality control and downstream handling can support the same production rhythm.

Applications across luxury packaging categories

Drawer-style rigid boxes are commonly selected for jewelry and watch packaging, cosmetics and skincare gift sets, consumer electronics accessories, chocolate and confectionery gifts, candles and branded retail products. These categories often require precise presentation and a consistent finish, but the exact machine configuration should be chosen around your product sample rather than the application name alone.

Plan integration and return on investment carefully

If the new machine is intended to connect with an existing automatic case-making or lid-and-base box line, assess floor space, conveyor height, electrical supply, signal exchange, feeding direction, operator access and service clearance. The stated power supply for KY-W2310B is 380 V / 50 Hz / three-phase, with 5.5 kW rated power and a machine weight of 1,800 kg. Have the installation site and utility capacity confirmed before shipment.

The ROI calculator on this page is intended for scenario planning only. Use actual labor costs, current output and the final quotation, then account for installation, tooling, maintenance, training, scrap and any production bottlenecks. A machine-specific payback period should be calculated from validated operating data rather than a generic industry promise.

For additional background, read Kylin’s guides on machine sizing, speed and setup, sustainable slipcase packaging and the evolution of slipcase packaging.