1 How long does it take to see a return on investment?
Based on documented customer installations, most facilities reach full payback within 12 to 18 months — driven primarily by labor cost reduction.
A standard 6-machine line transitioning from manual to automated loading saves approximately USD $140,000 per year in direct labor.
Secondary benefits including higher machine utilization and reduced scrap further shorten the effective payback period.
We provide a free, facility-specific ROI projection before any purchase commitment.
2 Can the system be customized for our specific parts and machines?
Yes — customization is core to how the system is designed.
The workstation supports 1-to-1, 1-to-2, and 1-to-3 CNC configurations, multiple gripper types, adjustable tray layouts,
and optional functions including flip tables, blow-clean systems, and secondary positioning.
It is compatible with both lathes and machining centers and communicates via standard Ethernet IP and Digital I/O
— matching the signal specifications of most industrial CNC platforms.
Our engineering team conducts a parts and workflow review before finalizing the configuration.
3 What is the typical lead time from order to installation?
Standard lead time from order confirmation to delivery is typically 5 to 8 weeks, depending on the configuration and optional features selected.
For facilities with straightforward configurations, expedited timelines may be possible.
Installation and commissioning on-site generally takes 3 to 5 business days.
We coordinate scheduling directly with your production team to minimize disruption to running operations.
4 Do we need to modify our existing CNC machines?
In most cases, minimal modifications are required.
The workstation connects to your existing CNC machines through standard automation interfaces.
Optional retrofits — including automatic door openers, automation interface adapters, and fixture air-blow systems — are available and handled by our technical team.
The workstation itself is mobile (universal caster wheels) and does not require permanent structural changes to your facility floor.
5 Does this require specialist programming to operate?
No specialist robotics background is required.
The system uses a graphical programming interface designed for factory floor operators, not engineers.
Standard application programs (1-to-1, 1-to-2, 1-to-3 configurations) are pre-loaded.
When switching between part types or job configurations, operators work through a guided touchscreen interface.
Training is included in the commissioning process, and most operators are fully operational within one to two days.
6 Do you support overseas installation and commissioning?
Yes. Weifu provides international installation and commissioning support.
Our team has experience deploying systems for customers across Southeast Asia, the Middle East, and Europe.
Remote technical support is available as standard; on-site support for overseas installations is arranged based on project scope.
For larger multi-line deployments, dedicated project management is provided throughout the installation phase.
7 What does after-sales support look like？
All systems include a standard warranty covering parts and technical support.
After the warranty period, service contracts are available.
Remote diagnostics are supported through the system's real-time monitoring interface, allowing our technical team to identify and resolve most issues without an on-site visit.
Spare parts are stocked for all standard configurations,
and the modular design of the workstation means most maintenance tasks can be performed by your own maintenance staff without specialized tooling.
8 How does the system handle different part geometries and materials?
The workstation is designed for mixed-part environments.
It accommodates workpiece diameters from Ø12 to Ø100 mm, heights up to 120 mm, and payloads up to 12 kg per gripper.
The dual-gripper configuration enables simultaneous pick-and-place cycles, shortening cycle time.
Tray configurations are adjustable, and the optional quick-change gripper system allows rapid changeover between part families.
The system has been deployed for aluminum alloy components, ML08AL parts, and a wide range of precision-machined geometries.
9 What are the safety certifications and protections?
The robot front-end carries an IP67 protection rating, suitable for machining environments with coolant and swarf exposure.
Safety options include rectangular mesh-type guarding fences and electromagnetic safety door locks.
The system supports sensor redundancy for pallet detection to reduce misuse risk.
All safety configurations comply with standard industrial automation safety requirements.
For facilities requiring specific regional compliance, our team can advise on the appropriate configuration during the assessment phase.
10 Can one workstation scale as our production grows?
Yes. The system is architected for scalability.
A single workstation can be expanded from a 1-to-1 to a 1-to-2 or 1-to-3 machine configuration through software activation and minor mechanical adjustments
— without replacing the core unit.
For facilities growing beyond a single line, additional workstations can be deployed incrementally, and the same control system architecture applies across all units.
This means your initial investment does not need to be replaced as volume increases — it grows with you.
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