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Used Pick-and-Place Test Handler
ASM Pacific Technology Turret Wafer Level Test System SUNBIRD
SUNBIRD provides an efficient, reliable and flexible wafer testing solution for the semiconductor industry through innov...
Pre-Owned Semiconductor Test Equipment
Used Pick-and-Place Test Handlers: Configuration, Condition and Application Fit
A used pick-and-place test handler should be evaluated as an installed test cell, not simply as a machine model. Package tooling, test sites, contact hardware, semiconductor tester interfaces, thermal modules, software and proven operating condition determine how much work remains before the equipment can support another device.
Machine Identity
Exact model, serial record, controller generation and major platform revision
Installed Configuration
Package kit, test sites, contact method, thermal hardware and tester connection
Condition Evidence
Inspection scope, demonstrated functions, unresolved alarms, records and supplied accessories
Current Listings
Ask About Current Availability
Available Used Pick-and-Place Test Handlers
Open the individual machine page, then request the configuration record for that unit. Machines from the same series may carry different package tooling, test heads, thermal options, software, interfaces and supplied accessories.
Used Pick-and-Place Test Handler
ASM MS100 Plus test handler
As an upgraded version of the MS100, the ASM MS100 Plus is also a device for chip sorting and arrangement based on wafer...
Used Pick-and-Place Test Handler
ISMECA test handler NY20
The ISMECA NY20 (now owned by Cohu) is a 20-station rotary ultra-high-speed semiconductor testing and sorting machine
Used Pick-and-Place Test Handler
ASMPT sorting machine MS90
ASM sorting machine MS90 is a device designed for lamp bead sorting, with efficient and accurate sorting functions. This...
What Is Being Purchased?
The Same Model Can Represent a Different Usable Test Cell
A model name identifies the platform family. It does not confirm which product the machine last handled, which tester it connected to or what the seller has prepared for delivery. A practical comparison separates the machine base, the installed application and the commercial supply scope.
Base Machine and Permanent Options
Confirm the platform revision, controller generation, electrical standard, loaders, output modules, motion hardware, vision system and thermal architecture.
These elements affect software support, spare-part access and the realistic boundaries of a future conversion.Hardware Built Around the Previous Device
Record the package kit, trays or carriers, nozzles, nests, sockets or contactors, interface boards, cable sets, site layout and tester communication method.
A machine can power up and run a dry cycle while still requiring substantial engineering for another package.What the Seller Has Actually Prepared
Ask what was inspected, repaired, calibrated and demonstrated, which alarms remain, what documentation is available and which accessories are included.
Used, serviced and refurbished describe different levels of preparation only when their scope is documented.
Application Fit Before Appearance
Can the Installed Machine Support the Required Test?
A clean enclosure says little about conversion effort. Start with the device route, test-site geometry, semiconductor tester connection, temperature hardware and production target. Cosmetic condition can be reviewed after the technical path is understood.
Decision Area
Evidence to Review
What a Mismatch May Require
Package and Media Flow
Package drawing, dimensions, weight, terminals, tray or carrier standard, input orientation, output format and installed handling heads.
New tooling may be straightforward, or the device may fall outside the machine's practical mechanical range.
Test Sites and Contact
Active site count, nest geometry, socket or contactor, contact force, insertion direction, site pitch, alignment method and replacement-part availability.
A different site layout may require mechanical redesign, interface work, calibration and package qualification.
Tester Interface
Semiconductor tester model, test head, interface board, cable set, signal path, power, grounding, handler handshake, site mapping and bin communication.
The handler may move devices correctly but remain unusable until tester-specific hardware and software are completed.
Thermal Configuration
Ambient, hot, cold or tri-temperature target, DUT power, installed chamber or active control hardware, cooling source, dry air, sensors and calibration.
The platform family may support a thermal option that is not installed on the individual machine.
Production Requirement
Electrical test time, expected output, parallel sites, changeover frequency, contact sensitivity, traceability and remaining program life.
A compatible machine can still be a poor purchase when conversion time, maintenance demand or sustainable output is unsuitable.
Condition Terms Are Not Interchangeable
Ask What the Seller Means by Tested or Refurbished
The useful question is not which label appears in the listing. It is what work was completed, which functions were demonstrated and which risks remain with the buyer. The answer should be written into the quotation and acceptance scope.
Supplied in Its Existing State
- Typical scope: machine identification, photographs and a basic inventory.
- Evidence to request: last operating status, known faults, missing parts and storage history.
- Buyer responsibility: diagnosis, repair, conversion, calibration and startup risk.
Selected Functions Have Been Checked
- Typical scope: power-up, alarm review, maintenance work or a basic motion demonstration.
- Evidence to request: checklist, video, replaced parts, remaining alarms and test conditions.
- Important limit: a dry cycle does not prove package contact, thermal accuracy or tester integration.
The Restoration Scope Should Be Defined
- Typical scope: inspection, repair, cleaning, replacement, calibration and functional demonstration.
- Evidence to request: work scope, acceptance criteria, configuration list and warranty wording.
- Important limit: refurbishment does not automatically include the package kit required by the buyer.
Acceptance Evidence
Verify the Machine in the Order Risks Appear
Begin with machine identity and supply scope, then move from basic operation to device handling, contact, temperature and tester communication. Each stage should record the setup, result and any limitation.
01
Record the Exact Supply Scope
List the machine, serial number, modules, package kits, sockets or contactors, interface boards, cables, thermal equipment, software, licenses, manuals, backups, spares and services included.
02
Check Power-Up, Safety and Basic Motion
Review controller startup, alarms, interlocks, sensors, motors, pneumatics, vacuum, loaders and output movement. Record bypasses, disconnected modules and unsupported modifications.
03
Run the Installed Device Route
Use the installed kit or a representative part to check pickup, orientation, placement, retrieval, output routing, jam behavior and repeatability. Identify a dry cycle as a mechanical demonstration rather than a production acceptance test.
04
Verify Contact and Tester Communication
When the correct interface is available, check site mapping, insertion motion, contact force, handler handshake, start-of-test, end-of-test, bin data and repeated contact behavior.
05
Demonstrate the Required Thermal Mode
Review the installed heating or cooling hardware, utilities, sensors, soak behavior, recovery time and calibration status under stated conditions. A chamber setpoint alone does not establish DUT temperature.
06
Convert the Findings into Acceptance Terms
State which faults will be corrected, which application items remain excluded, what will be demonstrated before shipment and what support applies during installation and startup.
Cost to Reach Production
The Lowest Machine Price Is Not Always the Lowest Production Cost
A used handler can be commercially attractive when the platform remains supportable and its installed configuration is close to the target application. Missing tooling, obsolete interfaces or incomplete thermal hardware can quickly change the result.
Tooling, Contact Hardware and Engineering
Include package kits, trays, nozzles, nests, sockets or contactors, interface boards, cables, software changes, tester integration and qualification time.
Repairs, Calibration and Missing Parts
Account for diagnosed faults, worn parts, obsolete components, preventive maintenance, safety restoration, thermal calibration and unavailable accessories.
Crating, Utilities, Installation and Training
Include freight, rigging, power conversion, compressed air or vacuum, cooling or dry air, setup, acceptance testing, operator training and startup support.
Changeover, Contact Yield and Supportability
Review conversion time, consumables, socket life, spare-part access, software support, maintenance skills and realistic output from the complete test cell.
Buying Questions
Used Pick-and-Place Test Handler FAQ
These questions separate platform capability, installed application hardware and verified machine condition before a commercial decision is made.
What is the difference between used, serviced and refurbished?
Used describes previous ownership or operation. Serviced normally means selected maintenance or repairs were completed. Refurbished should refer to a documented restoration and acceptance scope. Ask for the work list and supporting evidence rather than relying on the label.
Can a used pick-and-place test handler be converted to another package?
Often, but feasibility depends on package dimensions, terminals, weight, input media, handling heads, test-site geometry, contact method, temperature requirements and available conversion parts. Review the engineering path, cost and lead time before purchase.
Does the machine price normally include the contactor and tester interface?
Not automatically. Sockets, contactors, interface boards, cable sets and tester-specific communication hardware may be separate, obsolete or removed from the machine. The quotation should identify every included item.
How should temperature capability be verified?
Check the installed chamber or active thermal hardware, cooling and dry-air equipment, sensors, controls, utilities and calibration status. Request a demonstration under defined conditions when temperature performance is critical.
What information is needed for a used handler quotation?
Provide the package drawing, semiconductor tester, required site count, electrical test time, temperature range, input and output media, target output, preferred condition, delivery location and any required conversion, installation or training.
Configuration Review
Request a Used Handler Quote
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Send the Device, Tester and Required Supply Scope
Available used pick-and-place test handlers can be compared against the package, test interface, site count, temperature requirement and expected delivery condition.
