JUKI JM-E01 – THT SMT Solution | Automatic Insertion Machine
JUKI-JM E01 THT LINE – SMT Line Solution
- High-precision insertion is realized by image recognition using inspection machine technology.
- Wide component range from small to large and heavy.
- One unit can insert component and screw tightening.
- Component insertion×Screw tightening.
- Automate 2 processes simultaneously.
- A further evolved Multitask Platform.
JUKI JM-E01 THT LINE
JUKI JM-E01 THT LINE highly versatile machine realizes component inserting work, screw fastening work, multi-process automation the weight is up to 10kg*².
High efficiency
One Unit Can Insert Component and Screw Tightening
This highly versatile machine realizes component inserting work, screw fastening work, and multi-process automation. The board size is 800mm x 560mm*¹, and the weight is up to 10kg*².
One Unit Can insert Component and Screw Tightening
*1 At double feed: standard
*2 Option
High Flexbility
Wide Component Range from Small to Large and Heavy
XY shaft construction adopted. By setting head unit axis to 2 axes, the compatible component size has been expanded. Component height is 90mm*, component heavy 400g, and insertion force up to maximum 50N.
*Component body 80㎜ or less, lead + body = 90㎜ or less\
Supports Large and Heavy Component
- Component size : Max. 150.0㎜
- Component height : Max. 90㎜*
- Component weight : Max.400g
- *Component body 80㎜ or less, lead + body = 90㎜ or less
Large variety of feeders and nozzles
High quality
High-precision insertion is realized by image recognition using inspection machine technology
By applying JUKI’s unique 3D image-recognition technique, the leading edge of the lead can be recognized more accurately. It also enables lead recognition with a pointed tip, semicircular tip, and difference in height, enabling high-precision insertion of a wide range of insertion component.
Prevents scratches and misalignment of PCB and component
Screws can be tightened from under the board. Since the board does not need to be turned over, it prevents scratches and misalignment on the board and component and reduces losses.
3D inspection
Features of the Vision Centering
JUKI’s unique component centering systems.
Dual centering methods (Laser or Vision)
Flexibility
Vision centering technology
method can be selected based on component type, shape, size and material. Laser centering is used for high speed placement of smaller components. Vision is used when lead or ball inspection is needed or when the component is too large for the laser. Many nozzles are available for odd-shaped components providing unsurpassed component handling.
General Vision
General vision function is used to support a wide variety of today’s unusual vision centered components. After programming is complete, the data can be verified by picking and test centering a component.
| Model | JM-E01 |
| Board size (㎜) | 1Single clamping：50×50～410×560 Double clamping：50×50～800×560 |
| PCB weight | 6kg(standard）10㎏(option) |
| Component height | Component body 80㎜ or less, lead + body = 90㎜ or less |
| Component size(mm) | Outer dimension (package) size 150mm Recognition size once：40×25, 4×1：150×25, 4×2：150×48, 4×3：150×71 |
| Applicable screw size | M3 size |
| Screw supply method | Force-feed type |
| Machine dimension(mm) (W×D×H) | 1,500×1,930×1,600 |
| Body weight | 2,000kg |
| Brand |
JUKI |
|---|
You must be logged in to post a review.
Reviews
There are no reviews yet.