Cohu Ismeca NY32 Test Handler
Pre-owned Cohu Ismeca NY32 test handler. Ask about machine condition, installed tooling, delivery scope, repair support ...
Final Test Automation
Semiconductor Test Handler Machines
A semiconductor test handler machine automates the loading, temperature conditioning, electrical test presentation and result-based sorting of packaged IC devices. Our available test handler machines support IC final test, tri-temperature testing, pick-and-place handling, gravity feed, turret processing and high-volume semiconductor device sorting. Explore automatic semiconductor test handlers configured for different package types, tester interfaces, production capacities and inspection requirements.
Final-Test Device FlowHandler Running
Load Devices
Tray, tube, strip, tape or film-frame input is matched to the package flow.
Condition Temperature
Ambient, hot, cold or tri-temperature handling prepares the device for test.
Contact the Tester
The handler positions the device at the contactor and communicates with the ATE.
Sort and Output
Pass, fail and graded bins are routed to tray, tube, tape-and-reel or another output.
Handler: movement + temperature + sortingATE: electrical test
Current Equipment
Available Test Handler Machines
Review the current semiconductor test handler collection. The suitable machine depends on package format, input and output media, tester interface, temperature range, parallel test sites and the change kit installed on the actual equipment.
Need a model that is not listed? Send the manufacturer, model, package family and required condition so our sourcing team can check availability.
ASM Sunbird X8 Turret Test Handler
Pre-owned ASM Sunbird X8 turret test handler for semiconductor device handling and sorting. Ask about configuration, con...
ASMPT SUNBIRD Turret Wafer-Level Test System
Pre-owned ASMPT SUNBIRD turret wafer-level test system for device handling, vision inspection and sorting. Ask about con...
Cohu Ismeca NY20 Test Handler
Pre-owned Cohu Ismeca NY20 semiconductor test handler. Ask about machine condition, included tooling, parts, repair supp...
ASM MS100 Plus Test Handler
Pre-owned ASM MS100 Plus semiconductor test handler. Ask about machine condition, installed tooling, delivery scope, rep...
ASMPT MS90 Semiconductor Sorting Machine
Pre-owned ASMPT MS90 semiconductor sorting machine. Ask about its actual configuration, condition, delivery scope, repai...
Production Value
Keep the Tester Testing—not Waiting for Devices
The electrical tester is the measurement engine, but the handler determines how consistently devices arrive at the contactor. Poor device flow, slow thermal recovery, contact alignment problems or long package conversions can leave an expensive ATE system underused.
A practical IC test handler comparison therefore looks beyond headline UPH. Buyers should evaluate test-site parallelism, index time, thermal stability, jam recovery, contactor access, changeover time and output sorting together.
Test Cell UtilizationOne Connected System
Device In → Data Out01 / FlowStable Device Feeding
Minimize jams, mis-picks and empty test cycles.
02 / ContactRepeatable Docking
Maintain device position and contact force at the test site.
03 / ThermalControlled Test Temperature
Reach and hold the required device condition before measurement.
04 / SortCorrect Bin Assignment
Route tested devices to the requested output and grade.
Handler Architecture
Choose the Device-Handling Route Before Comparing Models
Gravity, pick-and-place, turret and strip or film-frame handlers solve different package-flow problems. The correct architecture depends on device geometry, input media, test temperature, inspection steps and the required output—not on throughput alone.
Flexible PackagesPick-and-Place
Tray or media input → vacuum pick → temperature conditioning → contactor → sorting and output
Often selected for BGA, QFP, CSP, LGA and packages that need controlled placement or multi-temperature testing.
High-Speed IndexingTurret Handler
Rotary stations → test → vision or marking → sorting → tape-and-reel or tray output
Useful when several test, inspection and finishing stations must run around a continuous indexing platform.
Tube-Fed DevicesGravity Handler
Tube input → gravity or air-assisted track → test site → output tubes or bins
A mature route for compatible leaded and packaged devices where track geometry and package movement are well controlled.
Parallel TestStrip / Film Frame
Strip, carrier or frame input → multi-site contact → inspection → unload or singulated-device output
Consider when products remain on leadframe, carrier or film frame, or when high parallelism reduces handling steps.
Test Cell Compatibility
The Handler Must Match the Package, ATE and Contact Interface
A test handler does not determine pass or fail by itself. It presents the device to the contactor, controls the test environment and exchanges signals with the tester. A machine that fits the package but cannot dock to the tester or support the required HIFIX, contactor and communication interface is not a complete solution.
Device & MediaPackage size, weight, lead or ball structure, tray, tube, strip, tape or frame.
Handler & Change KitTracks, nests, plungers, nozzles, trays, guides and package-specific conversion parts.
Contactor / HIFIXMechanical alignment, test socket, contact force, docking and test-head interface.
ATE & SoftwareTester communication, bin signals, recipe control, site count and factory interface.
Information Needed for a Useful Recommendation
Send what is already known. We can help identify the missing compatibility points.
- Package family and dimensions
For example QFN, BGA, CSP, SO, power device, MEMS, WLCSP or another package.
- Input and output media
Tray, tube, bulk, strip, wafer or film frame, tape-and-reel, sorted tray or another format.
- Tester and test-head information
ATE brand and platform, docking direction, HIFIX or interface details and required site count.
- Temperature and power conditions
Ambient, hot, cold or tri-temperature test, soak needs and device heat dissipation.
- Production target
Required UPH, parallelism, inspection, marking, grading and package conversion expectations.
Change Kit & Conversion
One Handler Platform Does Not Automatically Fit Every Package
Many semiconductor test handlers can be converted between package families, but the real conversion scope depends on the machine platform and the installed change kit. When comparing a used test handler, confirm the package-specific hardware before treating a platform specification as an available configuration.
Handling PartsTracks, trays, nests, nozzles and guides
Check package dimensions, wear condition and whether spare sets are included.
Test InterfaceContactor, HIFIX and docking hardware
Confirm tester compatibility, site count and mechanical alignment.
Software & OptionsRecipes, thermal mode, vision and output
Verify licenses, installed modules, communications and enabled functions.
Continue the Test Project
Related Test Equipment and Support
Use these links when the requirement extends beyond the device handler itself.
ATE→
CP→
PART→
CELL→
ATE System
Review semiconductor testers that generate electrical stimulus, measure device response and assign test results.
Probe Station
Explore wafer-level contact and measurement equipment when testing occurs before packaging and final test.
Test Handler Parts
Find nozzles, boards, motors and replacement components for selected ASMPT and other handling platforms.
Semiconductor Test & Handling Solutions
Plan the wider test cell around probing, final test, handling, interfaces, parts and project sourcing.
Buyer Questions
Test Handler FAQ
Answers to common questions asked when selecting or sourcing semiconductor final-test handling equipment.
What is the difference between a test handler and an ATE system?
The ATE applies electrical test signals, measures the device and produces the test result. The test handler transports the packaged device, controls its temperature, positions it at the contact interface and sorts it according to the tester result. The two systems must be mechanically and electronically integrated.
How do I choose between pick-and-place, turret and gravity handlers?
Start with the package, input media, temperature range, inspection steps and required output. Pick-and-place systems offer controlled movement and broad package flexibility; turret handlers combine multiple high-speed stations; gravity handlers suit compatible tube-fed packages and track-based movement. No architecture is universally best.
What is a tri-temperature test handler?
A tri-temperature handler conditions devices for testing at cold, ambient and hot temperatures. Confirm the required temperature range, soak method, thermal stability, device power dissipation and the utilities used by the actual system.
Can one test handler run several package types?
Often yes, but conversion normally requires a compatible change kit, handling hardware, contact interface and recipe. The original platform range does not prove that the available machine includes the parts needed for your package.
What information is needed to quote a used test handler?
Provide the preferred manufacturer and model, package family, dimensions, input and output media, tester platform, temperature range, site count, production target, required condition and destination. Photos or part numbers for an existing change kit are also useful.
Are contactors and change kits included with the machine?
They should never be assumed to be included. The quotation should list the handler, installed modules, change kits, HIFIX or docking hardware, contactors, trays, tools, software and spare parts that are supplied.
Start With the Package, Tester or Handler Model
Send the device package, media format, tester platform, temperature requirement, production target, preferred model and destination. We will review current equipment and the configuration points that must be confirmed.