DI500
Ø500 × 220 mm workspace
Delta robots
DI Series
High-speed pick-and-place with carbon-fibre parallel kinematics. Built for continuous operation where cycle time decides the line rate.
- Payload
- 2 kg
- Workspace
- Ø500–1000 mm
- Max CPM
- 120
Models and selection
Choose the configuration for the job
DI500 and DI1000 share the published payload, repeatability and maximum CPM. Select by workspace, then validate the real cycle using the part, tool, path and dwell time.
DI1000
Ø1000 × 350 mm workspace
Technical specifications
Scroll horizontally to view and compare every column.
| PARAMETER | Kikobot DI500 | Kikobot DI1000 |
|---|---|---|
| Degrees of freedom | 3 (4 or 5 variants) | 3 (4 or 5 variants) |
| Payload | 2 kg | 2 kg |
| Workspace | Ø500 × 220 mm | Ø1000 × 350 mm |
| Repeatability | 0.5 mm | 0.5 mm |
| Max CPM | 120 | 120 |
| Weight (approx.) | 20 kg | 20 kg |
| Installation | Overhead mounting | |
| Communication | EtherCAT | |
| Control software | Kikobot Delta Studio | |
| Power input · operating temperature | 100–240 V AC · 0–80 °C | |
Values shown are from the current dedicated DI Series specification sheet. Maximum CPM is a platform value; application output depends on the payload, tool, motion path and dwell time and must be validated for the line.
Selection checklist
What we need to size the system
A model number is only the starting point. These application inputs determine whether the robot, tooling and cell can meet the job.
Product and throughput
Part dimensions and mass, current output, target output, required cycle and expected operating pattern.
Pick geometry
Conveyor width and speed, pick distribution, place pattern, Z travel, dwell and orientation change.
Tooling and perception
Gripper or vacuum requirements, product presentation, camera, lighting and inspection requirements.
Line integration
PLC, EtherCAT topology, upstream and downstream equipment, mounting frame, utilities and environment.
Key features
Published platform performance
Lightweight structure
Easy programming
Quick deployment
Smart integration
Standard platform
Published platform and delivery scope
The published DI platform specification includes the following across DI500 and DI1000.
Kikobot Delta Studio
Control software for programming DI Series routines.
EtherCAT
The standard communication interface on both published models.
Overhead mounting
The standard installation method for DI500 and DI1000.
100–240 V AC
50/60 Hz power input.
Why Kikobot
Why choose the Kikobot DI platform
Common DI platform
DI500 and DI1000 share the published payload, repeatability, maximum CPM, communication and control-software specification.
Kikobot Delta Studio
Both models use Kikobot Delta Studio as their control software.
Applications
Where DI robots fit
Pick and place
Packaging and logistics
Sorting and handling
Inspection and testing
Food and beverage processing
Electronics assembly
Research and education
Before you order
What the written proposal will confirm
Industrial systems are configured and quoted, not purchased from a generic cart. The proposal is the source of truth for the application and commercial scope.
Performance basis
The payload, motion path, dwell time and operating assumptions used for the proposed cycle rate.
System boundary
Robot, controller, tooling, vision, conveyor interfaces, mounting and guarding included or assigned to others.
Delivery and acceptance
Price, delivery, commissioning, training, warranty and the agreed method for checking the application at handover.
Published specifications support initial selection. Final suitability, safety, cycle performance and acceptance are established for the configured application before order.
Downloads and quote
Size a DI system for your line
Send the part, required workspace, payload and target cycle. We will use them to discuss the DI model and line configuration.