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Overview

SIPLACE TX micron Precision Placement Platform

SIPLACE TX micron targets advanced packaging and high-density assembly. ASMPT distinguishes standard 20 µm accuracy from tighter accuracy classes and their smaller substrate envelopes. Choose the required class, tooling and transport together; do not apply the broadest board size to the tightest accuracy figure.

Official source recordedUnit evidence requiredInspection guideExport support
Manufacturer-published model data

SIPLACE TX micron Technical Specifications

Standard and optional accuracyASMPT lists 20 µm at 3 sigma as standard, with 15 µm and 10 µm accuracy classes subject to configuration.
Precision transport envelopeThe manufacturer lists up to 300 × 240 mm at 15 µm with vacuum transportation and 250 × 100 mm at 10 µm with vacuum transportation.
Published variantsTX2i micron: 93,000 cph; TX2 micron: 85,500 cph under the stated manufacturer conditions.
Component supplyUp to 80 × 8 mm feeders; tray, dipping and conveyor options need a configuration-specific check.
Important: model-level figures and features are conditional manufacturer information, not guarantees for a particular used SIPLACE TX micron unit.
Key FeaturesReference configuration illustration for SIPLACE TX micron

Configuration Must Be Verified

The actual SIPLACE TX micron quote should identify the installed heads, feeders, nozzles, software, voltage, accessories and visible condition.

Buyer decision guide

When SIPLACE TX micron Makes Sense — and When It May Not

SIPLACE TX micron selection should begin with production requirements and evidence, not with a model name alone.

Substrate and accuracy togetherWrite the carrier dimensions, warpage and required accuracy on the same RFQ line. Optional tooling can change the usable envelope.
Sensitive diesSpecify placement force, motion and inspection requirements for the actual package. Published accuracy is not evidence of safe handling for every die.
Advanced-packaging integrationCheck interfaces, carriers, vacuum tooling and traceability with the adjacent process. A standard SMT conveyor assumption may omit essential tooling.
Before quotation

Three SIPLACE TX micron Buyer Questions

These questions keep the quotation scope connected to the buyer’s real SMT process.

1

Which accuracy class, transport and vacuum tooling are installed?

SIPLACE TX micron buyers should confirm this with actual-machine evidence before quotation.

2

What substrate and carrier sizes must meet that accuracy requirement?

SIPLACE TX micron buyers should confirm this with actual-machine evidence before quotation.

3

Which head, tray, dipping and traceability options are included and demonstrated?

SIPLACE TX micron buyers should confirm this with actual-machine evidence before quotation.

Running video confirmation

SIPLACE TX micron Running Video Review

Before shipment, review the relevant power-on, movement, operating state and visible condition for the specific offered unit.

Request a recording of the specific offered machine, including the operating sequence relevant to your application.

  • Power-on and visible operating-state confirmation
  • Relevant transport, motion or inspection sequence
  • Unit-specific condition evidence before export packing
Request an operating demonstrationConfirm the exact configuration and running condition before ordering.

FAQ

Common questions for overseas buyers evaluating a SIPLACE TX micron.

01Accuracy

Is 10 µm the default accuracy of every TX micron?

No. ASMPT lists 20 µm standard and separately specified tighter classes.

02Envelope

Can the largest listed board use every accuracy class?

No. The tighter classes have separately listed vacuum-transport substrate limits.

Send Your SIPLACE TX micron Production Requirement

Share PCB size, component range, required throughput, feeder strategy, voltage, destination and inspection expectations. LCSMT can review whether an actual SIPLACE TX micron configuration is a practical match.