Precise Automation PrecisePlace Cartesian Robot Series Review: Specs, Price and Applications
PrecisePlace is Precise Automation’s legacy Cartesian robot family, now represented within Brooks support documentation. The supplied listing describes three- and four-axis arrangements, a 3 kg maximum payload and 8 micrometre standard resolution. Those figures describe that listing rather than every PrecisePlace generation. The illustration is a manufacturer-brochure example from the later 2300/2400 family, whose own load specifications differ.
Quick Verdict
Consider the family primarily for support, retrofit and configuration-specific light handling or assembly evaluation. Identify the robot from its actual nameplate and archived manual. Do not substitute a current PreciseFlex 100 or articulated PreciseFlex model merely because the names share a prefix.
Precise Automation PrecisePlace Cartesian Robot Series at a Glance
Specification | Details |
Architecture | Three-/four-axis Cartesian configurations in supplied listing |
Source payload scope | 3 kg maximum in the supplied listing;not all later models |
Source resolution | 8 µm standard resolution;not repeatability |
Vision | Optional configuration requiring calibration and suitable imaging |
Control architecture | Integrated Guidance controller in documented family |
Illustration scope | Archived 2300/2400-series brochure example |
Lifecycle | Legacy family;confirm support, spares and exact revision |
Design and Engineering Assessment
Cartesian command geometry simplifies the relationship between axes and the workspace, but installation squareness, structure and tooling still determine workpiece accuracy. Encoder resolution cannot establish repeatability, thermal stability or process placement error.
Archived 2300/2400 brochure data explicitly varies payload with model and Y-axis length. A later family photograph does not transfer its capacity to the unidentified 3 kg source configuration. Resolve travel, axis count, tool mass and load envelope from the actual machine documentation.
An embedded controller and harness reduce separately packaged components, but interfaces, software versions and reference procedures still matter during retrofit. Vision adds camera, lighting, lens and robot-to-camera calibration requirements. It does not automatically correct every mechanical or fixture error.
Identify the Legacy Configuration
Record nameplate, axis arrangement, travels, controller, software, tooling and existing calibration. Obtain the exact archived drawings before ordering replacements or changing payload.
Review power, wiring, limits, brakes and protective functions as an installed machine. Current Brooks robot certifications should not be transferred retrospectively to an older PrecisePlace.
Accept the Recommissioned Process
Check axis directions, homing, travel clearances and load-side geometry through controlled commissioning. Measure actual repeatability and thermal behavior with the production fixture.
Retain controller project, reference data, mechanical alignment and any vision calibration. A higher-resolution encoder or changed axis length can require configuration and process requalification.
Applications and Selection
Legacy light-payload handling, precision assembly, electronics and laboratory automation.
For Precise Automation PrecisePlace Cartesian Robot Series, define the actual machine duty before selecting an ordering configuration. Include the required operating point, available installation space, environment and control interfaces. The specification table describes the product or family; the surrounding machine determines which of those features matters for the intended job.
Price and Value
Price: Request a configuration-specific quotation for legacy support, spares or a replacement system. Confirm the actual model, controller revision and supply scope. An archived launch or brochure does not establish current stock.
Compare retaining the existing machine with a supported replacement using the same useful workspace, payload, tooling and acceptance requirements. Include controls migration, fixtures, calibration and service availability.
Pros and Cons
Advantages
Cartesian layout for light handling/assembly
Integrated-controller family architecture
Archived mechanical/control documentation
Limitations
Legacy support and revision must be confirmed
Resolution is not placement accuracy
Payload varies across model and travel arrangements
Who Should Consider Precise Automation PrecisePlace Cartesian Robot Series?
Consider Precise Automation PrecisePlace Cartesian Robot Series for legacy light-payload handling, precision assembly, electronics and laboratory automation. Establish the required operating point and installation interfaces before choosing the configuration, and use a representative loaded cycle as the acceptance basis.
Precise Automation PrecisePlace Cartesian Robot Series FAQ
Is PrecisePlace identical to PreciseFlex?
No. Match the exact Cartesian family and generation rather than the shared naming prefix.
Does 8 µm mean 8 µm repeatability?
No. It is a resolution statement in the supplied listing.
Is 3 kg universal for all PrecisePlace robots?
No. Later model brochures specify different configuration-dependent loads.
Does the photograph identify the 3 kg source variant?
It illustrates the archived 2300/2400 family;identify the exact installed model separately.
Is optional vision a universal accuracy guarantee?
No. Imaging, calibration, mechanics and fixtures determine the process result.
Can current robot certifications be assumed for an old unit?
No. Use the actual legacy configuration and machine assessment.
What should a retrofit preserve?
Controller/software, axis scaling, reference geometry, limits and accepted load envelope.
What should acceptance measure?
Loaded geometry, repeatability, thermal behavior and controlled stop/recovery functions.
Prices are indicative and may change. Confirm the final configuration, commercial terms and delivery schedule before ordering.
