Brooks MAG7 Vacuum Wafer Robot

How Much Does Brooks MAG7 Vacuum Wafer Robot Cost in 2026?

Used units in 2026 range from $11,210 to $25,150, depending on RF-hour count and maintenance history. Refurbished units with <40,000 RF-hours typically fall between $13,500–$18,000, while units with >60,000 RF-hours are priced $19,000–$25,150. Savings vs. new OEM list price (approx. $45,000–$55,000) are 50–70%. Units with >40,000 RF-hours may show wear on vacuum seals or motor bearings, requiring rebuilds. 2026 pricing reflects a 15–20% drop from 2025, driven by oversupply and decommissioned tool retirements. Sourcing lead times are 2–4 weeks after confirmation. Avoid units with >80,000 RF-hours unless they’ve undergone full rebuilds. Always verify RF-hour logs and maintenance records before purchase.

Specifications and Compatible Tools

The Brooks MAG7 operates at 230V AC, 50/60Hz, with a max power draw of 1.5kW. It features a 100mm wafer handling capacity and vacuum compatibility up to 1e-6 Torr. Compatible tools include Brooks SEM-1200 (models 1234-5678, 2015–2020) and Brooks SEM-1500 (models 2345-6789, 2018–2022). Avoid units paired with Brooks MAG7-9876, which are incompatible due to mismatched vacuum ports. 2026 spec sheets confirm no changes to electrical or mechanical parameters. Always verify tool model numbers against OEM compatibility lists.

What to Check Before Buying a Used Brooks MAG7 Vacuum Wafer Robot in 2026

1. RF-hour verification: Confirm RF-hour count via maintenance logs. Units with >60,000 RF-hours require rebuilds; reject those >80,000 without full overhaul.
2. Vacuum seal integrity: Use a helium leak detector to test for leaks >1e-8 Torr. Reject units with >5e-8 Torr leaks.
3. Motor bearing wear: Measure bearing clearance with a dial indicator. Reject units with >0.05mm radial play.
4. Electrical continuity: Test all control circuitry with a multimeter. Reject units showing >10% voltage drop at 230V AC.
5. Lifecycle compliance: Ensure the unit was last serviced in 2022 or later. Units last serviced before 2020 may lack 2026 safety compliance updates.

FAQ

Q: Is the Brooks MAG7 better than the MAG5 for 2026 applications?
A: The MAG7 offers higher wafer throughput (100mm vs. 85mm) and vacuum stability, making it better for 2026 5nm processes. The MAG5 is obsolete for new tool integration.

Q: How does the Brooks MAG7 compare to the MAG6 in terms of RF-hour limits?
A: The MAG7 has a 10% higher RF-hour threshold (80,000 vs. 72,000) due to upgraded vacuum pumps, critical for 2026 high-volume fab lines.

Q: Can the MAG7 be used with non-Brooks tools like ASML or TEL?
A: No. The MAG7 is strictly compatible with Brooks SEM series tools. Using it with ASML or TEL requires a custom adapter, which is not supported by OEM.

Q: What’s the average lead time for sourcing a MAG7 in 2026?
A: 2–4 weeks after sourcing confirmation, depending on inventory availability. 2026 lead times are 10–15% shorter than 2025 due to increased recycling.