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xhHow the Device Enters
Package orientation, surface condition, dimensions and upstream media determine the correct onload configuration.
Vibrerende bolle
Rør
Metallbrett
JEDEC-brett
Turret Test Handler for Medium and Large Packages
ASMPT FT2026 Testhåndterer
Plan the material route, parallel test architecture and package protection around the actual machine.
The FT2026 combines a 26-nozzle turret, support for up to 16 parallel test sites, six-sided vision and several input and output routes. For a buyer, the key question is whether the available machine has the media modules, tester interface, contact hardware and packing automation required by the product.
Reference image and published platform information only. Current availability, installed test sites, media modules, contact functions, vision options, packing automation, software and machine condition must be confirmed for the individual unit.
Gjeldende produktoversikt
Published ASMPT FT2026 Equipment Record
Open the product page to review the published machine record. Availability, year, installed test sites, tester interface, input and output modules, software, included accessories and refurbishment scope should be confirmed before quotation.
Maskinidentitet
Installerte teststeder
Inndata- og utdatamedier
Tester and contact interface
One FT2026 Platform, Multiple Material Routes
The platform can support several material routes, but the installed loading and unloading modules determine how a specific product can enter, move through and leave the machine.
ASMPT FT2026
The handler picks, orients, presents, tests, inspects, classifies and routes the device through the installed process stations.
How the Result Leaves
The final route must match the pass, fail or grade logic, customer packing requirement and installed finish modules.
Tube Output
Tray Output
Tape og spole
Optional Reel Automation
Kjøperperspektiv: a used FT2026 can be mechanically capable of the package and still require different feeders, trays, nozzles, change parts, output modules or software before it fits the intended production route.
FT2026 Platform Snapshot
These published values help place the FT2026 in the right project range. The installed configuration of the individual machine still determines the usable test and material-handling setup.
26 dyserPublished FT2026 turret configuration
Opptil 16Parallelle teststasjoner
Seks siderPublished vision-inspection direction
> 2 × 2 mm²Published device-size direction
Multiple MediaBowl, tube, metal tray, JEDEC tray and reel directions
1850 × 1750 × 2170 mmPubliserte maskindimensjoner
16
Parallel Test Architecture
Electrical test time, fitted and usable sites, tester resources and interface mapping determine whether multisite testing improves accepted output.
P
Package Conversion Hardware
Nozzles, guides, nests, tray pockets, feeders and other change parts determine whether the device can be presented reliably and without damage.
C
Contact and Inspection Stability
Contactor condition, force, alignment, six-sided vision, lighting and defect criteria influence yield, retest and package protection.
DE
Output Automation
Tube, tray or tape-and-reel modules, sealing checks, replenishment and reel-change options determine how accepted devices leave the process.
Start med informasjonen du har
From Package and Media Details to a Comparable Quote
You do not need a complete FT2026 specification to begin. A package drawing, tester reference, media route and production target are enough for us to identify the machine records, configuration points and open questions that matter next.
EnhetspakkePackage family, dimensions, thickness, drawing, surface sensitivity and orientation.
Test ArchitectureTester model, test time, desired site count, temperature and interface.
Input and Output MediaBowl, tube, tray or tape route, pocket format, reel and sealing requirement.
AkseptretningPower-on, dry cycle, representative package run or an agreed demonstration.
Not sure the FT2026 is the right platform? Smaller-package projects may be easier to evaluate through the ASMPT FT2018 product record. Broader comparisons can continue through the turret-handler and semiconductor-tester categories when the FT2026 is not the clearest fit.
ASMPT FT2026 Questions
What device sizes is the ASMPT FT2026 intended to handle?
The published direction is for semiconductor devices larger than 2 × 2 mm², including medium and larger packages. Final suitability also depends on thickness, shape, orientation, surface sensitivity, change parts, input media, contact hardware and output requirements.
Does every used FT2026 include sixteen parallel test sites?
No. The platform supports up to sixteen parallel test stations, but the installed quantity, interface mapping and usable test strategy must be confirmed on the individual machine together with the connected tester resources.
Which input and output formats can the FT2026 support?
Published configurations include vibratory bowl, tube, metal tray and JEDEC tray loading, together with tube, tray and tape-and-reel output directions. The actual installed modules and product-specific change parts must be checked on the candidate machine.
What information is enough to begin an FT2026 review?
A package drawing, dimensions, incoming media, tester model, approximate test time, desired site count, inspection criteria and final output format are enough to begin. Machine identity, software, modules, tooling and condition can then be checked against the available record.
Review the Material Route and Test Architecture Before You Commit
Share the package, tester, input media and output requirements. We will use the available FT2026 product and machine information to clarify the likely fit, missing configuration points and the scope worth pricing.
