Semi automatic binding machine PE equipment standard:

1. Save time, resources, and manpower.

2. Easy to operate (even inexperienced individuals can operate).

3. Different sizes of packaging do not require adjustment.

4. An effortless operation.

This binding machine is suitable for packaging categories: printed materials/newspapers/magazines/cardboard/clothing/food/chemicals/books/mail/wood/paper products or others.

Structure and performance:

This machine automatically completes the entire process of winding rope knots, cutting, etc. for tying objects.

1. There are four wheels that can move freely.

2. There are several types of bundling methods, including single track, double track, triple track, and cross track. The mechanical models include JDB-600M, JDB-750M, JDB-1000M, and JDB-1200M. However, when choosing to use machinery, you should choose the appropriate model based on the size of the bundling material.

3. The various parts of the rotating spindle are equipped with needle bearings, which can ensure smooth rotation of the mechanism.

4. This machine uses PE-28 type packing rope and adopts a pulley scheme in the rope path.

5. Tightening method: equipped with a tightening and tying device, which can freely adjust the tightness of the tied object (practical new case)

6. The adjustment of the knob (C-46) can be easily done without the need for tools (practical solution).

7. Braking device: In order to smoothly achieve the rotation and stopping of the wire (cable) rod, a control braking device is equipped, and this braking adjustment can also be easily operated.

Performance:

1. Packing time: approximately 1.5 seconds.

2. This machine uses PE-28 packing rope.

3. Power supply: 220V (motor horsepower varies depending on mechanical type)

Summary of this mechanical operating procedure:

Local operating program: (P.2 reference)

1. When the power switch is turned on, the motor rotates while the clutch wheel rotates. Place the bundle on the table and gently block it with a product stopper (to prevent it from moving and press it down with your hand).

2. When stepping on the pedal, the clutch works to drive the active shaft (the pedal is released immediately).

3. The small gear drives the large gear, causing the shaft connecting the large gear to rotate.

4. The large gear rotates the small gear that meshes with the large gear, causing the chain to rotate and the wire (cable) rod to rotate.

5. At the same time, various cam bodies under the fixed platform also rotate.

6. The first and second rotations of the wire (cable) rod cause the bundle to wrap around once or twice. When the wire (cable) rod rotates slightly before the end point, the wire (cable) tool (K-33) retreats, causing the wire (cable) to hang inside the torsion buckle (C-46). Next is the crimping (cable) tool (K)-

39) Start pressing down on the wire (cable) on the buckle (refer to Figure 20 on P17).

7. When fully pressed, extend the beak of the bird with nodules and hang a line (rope) at the front end of the beak.

8. Next, turn the bird's beak to the left and open its lower beak during the rotation. At the end of the rotation, close its lower beak to its upper beak and bite down on two lines (ropes).

9. The bird's beak that bit the line (rope) began to retreat, and the joint (K-79) descended to block the nodule, preventing it from retracting.

10. When the bird's beak begins to retreat: extend a small knife to cut off a new thread (rope), and at the same time stop at the twisted thread (rope) and use the tip of the knife holder to pull it out from the twisted thread.

11. The bird's beak retreats, while the nodule is firm and the lower beak opens to leave the ring.

12. After the nodule is formed, the clutch will automatically disengage and prepare for the next operation.

The above is a process of one operating cycle, which can be completed within 1.5 seconds when using this machine. So to understand this action, please turn the electric switch to "OFF", step on the foot pedal, and manually rotate the clutch (E-1) to observe its movement for understanding.