A palletizer's real-world performance depends on matching speed, payload capacity, and gripper design to your specific product — a generic "robotic palletizer" spec without these details attached isn't a complete spec.
High-Level Palletizer Specifications
| Specification | Value |
|---|---|
| Design speed | Up to 40 bags/min |
| Payload | Up to 180 kg (including gripper arm) |
| Applicable products | Bags, pails, gallons, pallets, carton boxes, tins |
| Layer pattern | Programmable with multiple options |
| Gripper type | Customisable per product/bag type |
| Pallet types | Wood, plastic, metal (standard and custom) |
Gantry Palletizer Specifications
| Specification | Value |
|---|---|
| Maximum payload | Up to 300 kg (inclusive of gripper arm weight) |
| Applications | Palletizing, de-palletizing, cartoning, pallet handling |
| Suitable products | Bags, pails, gallons, pallets, carton boxes, tins, drums, tyres, solar panels |
| Robot brands | ABB, FANUC, FUJI, KUKA (configurable) |
| Gripper type | Customisable based on product |
| Line capacity | Multiple bagging/filling lines to single station |
Gripper Selection Is Not a Minor Detail
The gripper is what actually contacts your product, and it needs to be matched to product shape, weight, and surface — a gripper designed for rigid cartons won't handle flexible bags reliably, and vice versa. Both high-level and gantry configurations offer customisable gripper design, but this needs to be specified against your actual product's dimensions, weight, and surface characteristics, not assumed from a generic "bag gripper" catalogue entry.
Layer Pattern Programming
Pallet stacking pattern affects load stability during transport and storage density in your warehouse. Both configurations support programmable, multiple-option layer patterns — this means the pattern can be tuned to your specific pallet size, product dimensions, and stability requirement rather than defaulting to a single fixed pattern regardless of product.
Pallet Compatibility
Both configurations handle wood, plastic, and metal pallets in standard and custom sizes. If your operation uses non-standard pallet dimensions or needs to switch between pallet types for different customers or markets, confirm this is built into the programming from the start rather than requiring reconfiguration later.
What Determines Real Throughput
The 40 bags/minute (high-level) and payload figures are ceiling numbers under ideal conditions. Actual sustained throughput depends on:
- Product weight relative to rated payload — heavier products near the payload ceiling generally cycle slower than lighter products well within capacity
- Layer pattern complexity — more complex stacking patterns take longer per cycle than simple, repetitive patterns
- Upstream feed consistency — a palletizer can only run as fast as product arrives from upstream conveying and packing
What to Send With Your Enquiry
A complete palletizer spec starts with: product type, dimensions, and weight; required throughput; whether your operation is single-line/single-product or multi-line/varied product; pallet type and dimensions; and desired layer pattern or stability requirements. Review the full Palletizer specification range before finalising your end-of-line configuration.
Ready to talk about your palletizer?
ENZAC sizes and supplies high-level and gantry palletizers in Malaysia based on your specific product and required throughput. Send us your product details and line configuration and we'll come back with a tailored specification.