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Historical listing recordHandling · MBB-R-015827F2B7D8

2007 EPSON PS3 AS00 machine research record.

This is an independent observation retained for machine research. A recorded status or asking price is not a live-inventory claim. Confirm the exact unit, seller, ownership, configuration, condition, price and availability directly with the originating source.

Recorded asking price$4,500PA · Historical record · observed October 3, 2025
MBB is not the seller, owner, broker or availability authority.This page records research context. Verify every transaction fact with the originating source before relying on it.Open model research →
Year2007
BrandEPSON
ModelPS3 AS00
CategoryHandling
ControlNot published
HoursNot published
ConditionUsed
MBB research recordMBB-R-015827F2B7D8
SOURCE RECORD CONTEXT

About this 2007 EPSON PS3 AS00 observation.

The catalog retained a used Handling record, PA and $4,500 as of October 3, 2025. Its source-state label is “Historical listing record.” None of those fields independently proves present availability.

TRANSFER THE RESEARCH

Compare the machine, not only the ad.

Use the persistent EPSON PS3 AS00 model page to compare known specifications and related records. Then verify the exact unit through data plates, control screens, option lists, maintenance evidence and an independent inspection.

MBB EVIDENCE CARD

Evidence boundary for MBB-R-015827F2B7D8.

Record identity
MBB-R-015827F2B7D8 · MBB-owned public code
Last catalog observation
October 3, 2025
Recorded source
Source URL not retained in this public record
Recorded asking price
$4,500 · currency and terms not separately retained
Recorded location
PA
Specification scope
No structured specification evidence retained
Source-state label
Historical listing record
Present availability
Not independently confirmed by MBB
MBB role
Independent research record; not the seller or broker
Unresolved before reliance
  • Originating source URL was not retained in this public record.
  • No structured exact-unit or model-reference specifications were retained.
  • Installed and included options are unknown.

A source observation establishes what was recorded—not title, ownership, present condition, present price, present availability or a transaction offer.

FROM RECORD TO DECISION

Use this 2007 EPSON PS3 AS00 record as the starting point.

Carry the recorded machine identity into a source check, market watch, production-ready cost plan, value brief, seller intake or provider search. MBB does not claim ownership or present availability.

BEYOND THE LISTING

Know what happens after the machine is found.

Transfer this 2007 EPSON PS3 AS00 record into the provider and preparation paths required to move, place, support and fund the equipment.

MACHINE DETAILS

2007 EPSON PS3 AS00 model-reference specifications.

No structured specifications were retained for this record. Use the model research page and verify the exact machine configuration.

Additional record details

Epson ProSix PS3 6-Axis Articulated Robot Load Capacity 2 to 5 kg (4.41 to 11.03 lbs) Weight: 45kg Motor Power: Axis 1: 200W Axis 2: 100W Axis 3: 50W Axis 4: 200W Axis 5: 50W Axis 6: 50W (1) High-speed and high-accuracy control PS3 Manipulators are controlled at high speed and high accuracy by techniques we have acquired while improving our SCARA robots. - PS3 Manipulators move at high speed and stop at target points as you desire. - High-speed and high-accuracy positioning shortens cycle time. - Maximum operating speed has been improved at the highest level for the small industrial robot industry. - Residual vibration has been decreased. - Improved rigidity of the arms reduces vibration and deflection of the Manipulator. - PS3 Manipulators hold position with great stability. (2) High-accuracy trajectory control The accuracy of CP trajectory control has been improved so that you can operate the Manipulator with more flexibility while taking advantage of six degrees of freedom. (3) Available for large payloads Large allowable moment of inertia has made it possible to support relatively large payloads. Optimal control for payload by using the WEIGHT and INERTIA commands make handling large payloads more stable.