| Service | Detail |
|---|---|
| Pricing | Custom quote per model, configuration and order volume |
| Lead Time | Confirmed with each quote |
| Delivery | Available terms are confirmed with each quote |
Check the product page, checkout and store policies for the terms that apply to your order.
The ESTUN iER350-3200 is a 6-axis industrial robot from the Ultra-Heavy Payload series, designed for demanding applications requiring a 350 kg payload capacity and a 3200 mm reach. It delivers exceptional performance in heavy-duty material handling, press tending, palletizing, and other large-scale automation tasks.
Built on ESTUN's proven iER platform, the iER350-3200 combines high rigidity with precise motion control to ensure reliable, repeatable operation in harsh industrial environments. Its robust construction supports continuous high-load cycles with minimal downtime.
The robot integrates seamlessly with ESTUN's full automation ecosystem, including servo drives, motion controllers, and process software packages, enabling flexible deployment across automotive, steel, heavy manufacturing, and logistics industries.
| Robot Type | 6-axis articulated industrial robot |
|---|---|
| Number of Axes | 6 |
| Rated Payload | 350 kg |
| Reach | 3200 mm (max working range R3226.5 mm) |
| Robot Weight | 1850 kg |
| Protection Rating | IP54 |
| Mounting | Floor-mounted |
| J1 Rotation Range | ±180° |
| Reduced-Payload Curve | 350 kg / 300 kg / 250 kg / 200 kg envelope options |
| J5 Allowable Inertia | 340 kg·m² |
| J6 Allowable Inertia | 260 kg·m² |
| Wrist Flange | M12 mounting bolts, Ø12 locating pin (ISO 4762) |
| Application Industries | Heavy handling, building materials, ceramics, auto parts, palletizing |
Pricing for the iER350-3200 Ultra-Heavy Payload Industrial Robot is quote-based. Request a quote from for the available price, MOQ and lead time.
Submit a quote request on this page. will confirm the available configuration, MOQ, lead time and delivery terms.
Lead time is confirmed with the quote and depends on the selected configuration and quantity.