|
|
I&J7300-LF Desktop Dispensing Robot
|
|
I&J7300 with DSP501LF and 30cc Barrel
|
Model I&J7300-LF bench robot is our most popular industrial robot with a dispensing area of 11.81" x 11.81" (300mm x 300mm). The I&J7300-LF Cartesian robot represents a substantial cost saving in comparison to similar desktop robots. Its overall footprint has a depth of less than 26 inches (640mm), suitable for an industrial bench.
Features
- Dispensing area of 11.81" x 11.81" (300mm x 300mm)
- Repeatability 0.01mm for precision dispensing
- No computer skills required
- 100 programs, 4000 points per program
- Available in three and four axis models
- Continuous path motion for accurate XYZ dispensing
- Interpolates lines or arcs for three-dimensional dispensing
- USB port allows for data transfer between robot and PC
- Teach Pendant and (optional) PC programming
Models (110V/220V CE)
| I&J7300-LF |
3-Axis Dispensing Robot |
| I&J7300R-LF |
4-Axis Dispensing Robot |
Models (110V/220V CE)
| DSP501LF |
Automatic Liquid Dispenser 110V |
| DSPE501LF |
Automatic Liquid Dispenser 220V |
| 562008C |
External Start Box |
| I&J7000-win |
Windows Software Package |
|
A hand-held Teach Pendant is provided for
simple and intuitive programming functions.
|
I&J7300-LF desktop robot specifications:
| XYZ Robot Working Area/ mm: |
300 / 300 / 100 {+/-360°} |
| Load Worktable/Tool: |
11kg / 6kg {R 3kg} |
| Speed PTP XY& Z (mm/sec): |
800 / 320 |
| Repeatability: |
+/- 0.02mm/ Axis |
| Resolution: |
0.01mm/Axis |
| Data Memory: |
100 programs, 4000 points/program |
| Data Storage: |
Compact Flash Card |
| Display: |
Teach Pendant LCD |
| Drive System/Stepping Motor: |
3-Phase |
| Motion Control: |
PTP & CP |
| Interpolation Linear/Circular: |
3 Axis |
| Teaching Method: |
Teach Pendant |
| I/O Signals: |
8 Inputs / 8 Outputs |
| External Interface: |
USB & RS232 |
| Power Supply: |
110V/220V |
| Working Temperature: |
0 - 40°C |
| Relative Humidity (no condensation): |
20 - 90% |
| Dimensions (WxDxH) mm: |
545 x 554 x 850 |
| Weight: |
88 lbs (40 kg) |
|
|
