ASM SIPLACE TX2i SMT Placement Machine | 96,000 CPH

The ASM SIPLACE TX2i SMT placement machine is a compact, high-output pick-and-place platform developed for medium- and high-volume PCB assembly. With benchmark placement performance of up to 96,000 components per hour, standard placement accuracy of 25 μm and support for dual-lane production, the TX2i is designed to deliver high productivity without requiring excessive factory floor space.

GEEKVALUE supplies available ASM SIPLACE TX2i machines according to the required machine condition, placement-head configuration, conveyor arrangement, software version and production application. Used and refurbished machine availability changes regularly, so the complete machine label and installed configuration should be confirmed before quotation.

ASM SIPLACE TX2i Machine Overview

The SIPLACE TX2i is the highest-output model within the TX1, TX2 and TX2i platform group. Its compact machine design allows manufacturers to add significant placement capacity while keeping the production line relatively short.

The machine can be configured for high-speed placement of small passive components, flexible mixed-component production or end-of-line placement of larger and more complex components. The actual capability of an individual TX2i depends heavily on its installed placement heads, conveyor, cameras, feeders, software and optional modules.

• Benchmark placement speed of up to 96,000 CPH

• Standard placement accuracy of 25 μm

• Compact machine length of approximately one metre

• Single-lane and dual-lane PCB production support

• Up to 80 × 8 mm feeder slots

• Multiple placement-head configuration options

• Support for high-speed, flexible and odd-shaped component placement

• Suitable for medium- and high-volume electronics manufacturing

ASM SIPLACE TX2i Technical Specifications

Important: The specifications above describe the general SIPLACE TX2i platform. The installed heads, supported PCB dimensions, component range, feeders, cameras and software functions must be verified against the actual machine before an order is confirmed.

High Placement Output in a Compact Footprint

One of the main reasons manufacturers select the ASM TX2i is its combination of placement output and floorspace efficiency. A TX2i module can provide up to 96,000 CPH benchmark performance while occupying approximately one metre of production-line length.

This makes the platform particularly useful when a factory needs to increase line output but has limited room for additional equipment. Multiple TX modules can also be arranged within a line to balance component demand, production volume and cycle-time requirements.

Actual line throughput will normally be lower than the benchmark rating. Production output is influenced by component distribution, feeder positions, PCB dimensions, placement-head travel, component inspection, conveyor timing and program optimization. The required machine quantity should therefore be calculated from the real PCB program rather than benchmark speed alone.

Placement-Head Configuration

The placement-head configuration is one of the most important details to confirm when purchasing an ASM SIPLACE TX2i. Machines carrying the same TX2i model name may be equipped for very different production tasks.

CP20 Head for High-Speed Small Components

The CP20 placement head is designed for fast placement of small standard components. Depending on the machine and head version, it can process components from approximately 0.12 × 0.12 mm up to 8.2 × 8.2 × 4 mm.

This head is commonly selected for high-volume boards containing large quantities of resistors, capacitors and other small SMD components. A TX2i equipped with two suitable high-speed heads can reach the highest output level of the platform.

CPP Head for Flexible Production

The CPP head is intended for production environments where component sizes and placement requirements change frequently. It can switch between different placement modes through software, helping manufacturers balance speed and flexibility without repeatedly changing the physical head configuration.

This configuration is suitable for mixed-component boards, frequent product changeovers and lines that need to process both small standard components and larger IC packages.

Twin Head for Large and Odd-Shaped Components

The Twin Head is used for larger, heavier or more complex components. Depending on the installed version, it can support connectors, specialty components, mechanical electronic parts and other odd-shaped devices that require greater placement force or specialized tooling.

A TX2i configured with a Twin Head may be used as a flexible end-of-line machine rather than purely as a high-speed chip shooter. For this reason, the machine model alone cannot determine its real production capability.

PCB Handling and Dual-Lane Production

The ASM SIPLACE TX2i supports flexible PCB transport configurations for different line layouts. In dual-lane mode, the platform can process boards up to 375 × 260 mm per lane. When the dual conveyor is operated as a single wider lane, PCB width can reach approximately 460 mm.

A long-board option may extend the supported PCB length to 590 mm. This can be useful for LED boards, industrial control assemblies, communication products and other applications involving longer printed circuit boards.

Before selecting a machine, confirm the following PCB information:

• Minimum and maximum PCB length and width

• PCB thickness and total assembled weight

• Single-lane or dual-lane production requirement

• Required conveyor direction and line height

• Panel format and edge-clearance requirements

• Whether long-board production is required

Feeder Capacity and Component Supply

The SIPLACE TX2i can provide up to 80 positions for standard 8 mm tape feeders. Wider tape feeders occupy more feeder slots, so the actual number of installed feeders depends on the tape-width combination used for the production program.

The machine may also be configured with tray handling systems or special component supply options for components that cannot be supplied through standard tape feeders.

Feeders are not automatically included with every used TX2i machine. A quotation should clearly specify:

• Number of included feeders

• Required tape widths

• Feeder model and generation

• Feeder condition

• Required feeder carts or trolleys

• Tray-unit requirements

• Spare feeder requirement

Customers who already operate ASM equipment should also confirm whether their existing feeders, carts and production software are compatible with the available TX2i configuration.

Placement Quality and Process Control

High output is only useful when placement stability can be maintained. The SIPLACE TX platform combines digital vision systems, linear-drive technology, PCB position recognition and closed-loop process control to support repeatable component placement.

Depending on the installed machine generation and options, the platform may support PCB warpage compensation, component inspection, barcode recognition, traceability and integration with line-control software.

When evaluating a used machine, these functions should be tested under actual operating conditions. A powered-on inspection is more meaningful than relying only on external photographs or a machine nameplate.

Typical Applications

The ASM SIPLACE TX2i is commonly considered for production environments that require a combination of high placement density, consistent accuracy and efficient use of floorspace.

• Consumer electronics PCB assembly

• Smartphone and communication-device production

• Automotive electronic modules

• Industrial control boards

• Computer and server electronics

• Network and telecommunications equipment

• LED and display-control boards

• High-volume EMS manufacturing

• Compact multi-machine SMT production lines

The correct machine configuration should be selected according to the real component range and PCB program. A high-speed CP20 configuration may be suitable for boards dominated by small components, while a CPP or Twin Head configuration may be more appropriate for mixed or complex products.

ASM SIPLACE TX2i vs TX2 and TX1

The TX2i is generally selected when maximum placement output is the main requirement. However, the TX2 or TX1 may provide a more suitable investment when production demand is lower or when the line requires a different balance between output, component flexibility and equipment cost.

Explore the complete ASM SIPLACE TX Series before selecting a specific model.

Used ASM SIPLACE TX2i Inspection Checklist

A used TX2i should be evaluated as a complete production system rather than only by model name and manufacturing year. Two machines of the same year may have very different operating histories, installed options and maintenance conditions.

Machine Identification

• Complete model and machine serial number

• Manufacturing year

• Operating hours

• Original and current machine configuration

• Software and controller version

Placement System

• Installed head type and quantity

• Head operating hours and maintenance history

• Nozzle changer condition

• Vacuum and component-detection performance

• Head calibration and placement accuracy

Mechanical and Conveyor Condition

• Gantry and linear-drive operation

• Conveyor movement and width adjustment

• PCB clamping and board support

• Cable, sensor and camera condition

• Abnormal noise, vibration or alarm history

Included Accessories

• Feeders and feeder carts

• Nozzles and nozzle magazines

• Computer and software licenses

• Machine manuals and backup files

• Transformer, UPS or voltage accessories

• Spare parts supplied with the machine

Whenever possible, request a powered-on operating video, machine-label photographs, head-configuration photographs, conveyor measurements and sample placement results before shipment.

Available Machine Conditions

ASM SIPLACE TX2i availability may include used, inspected, refurbished or project-matched equipment. The meaning of “refurbished” should always be defined clearly because the scope can differ between suppliers.

• Used machine: Supplied in its available operating condition after basic inspection.

• Inspected machine: Key functions and machine configuration are checked before shipment.

• Refurbished machine: Selected components are cleaned, repaired, replaced or calibrated according to the agreed refurbishment scope.

• Line-matched machine: Machine, feeders, nozzles and related equipment are selected according to the customer’s production requirement.

The final quotation should state the machine condition, included equipment, inspection scope, packaging method and technical-support terms.

Information Required for a TX2i Quotation

To receive an accurate machine recommendation and quotation, provide as much of the following information as possible:

• Required machine model

• Preferred machine condition

• Target production output

• PCB dimensions

• Smallest and largest component

• Main component package types

• Required placement accuracy

• Single-lane or dual-lane production

• Required feeder quantities and tape widths

• Need for feeders, nozzles, carts or spare parts

• Current SMT line configuration

• Destination country

• Required delivery schedule

Customers who are not certain whether the TX2i is the correct model may send a PCB BOM, component list, board dimensions and target cycle time for preliminary machine matching.

ASM Machine, Feeder and Spare-Parts Support

GEEKVALUE supports ASM SMT production with placement machines, feeders, placement heads, nozzles, motors, boards, sensors and related spare parts. Equipment and parts can be matched according to machine model, installed configuration and production requirements.

View more ASM SIPLACE SMT placement machines, or review compatible ASM SMT feeders, placement heads and SMT nozzles.

Frequently Asked Questions

What is the placement speed of the ASM SIPLACE TX2i?

The official benchmark placement performance of the SIPLACE TX2i is up to 96,000 components per hour. Actual production output depends on the PCB program, component mix, feeder arrangement, placement-head configuration and conveyor cycle.

What is the placement accuracy of the TX2i?

The standard placement accuracy of the SIPLACE TX2i platform is 25 μm. The achievable production result also depends on machine condition, head calibration, nozzle condition, components and PCB quality.

Is the SIPLACE TX2i suitable only for small components?

No. A TX2i with high-speed CP20 heads is optimized for small components, while CPP and Twin Head configurations can support a broader component range. The installed head configuration must be checked before purchase.

How many feeders can a TX2i hold?

The machine supports up to 80 positions for 8 mm tape feeders. Wider feeders use multiple positions, so the actual feeder quantity depends on the required tape-width combination.

Can the SIPLACE TX2i process long PCBs?

Yes. Machines equipped with the relevant long-board option can process PCBs with a length of up to approximately 590 mm. The actual conveyor and software configuration must be confirmed.

Are feeders included with a used TX2i machine?

Not necessarily. Feeders, carts, nozzles and tray systems may be quoted separately. The included accessories should be listed clearly in the commercial quotation.

What should be inspected before buying a used TX2i?

Check the machine serial number, manufacturing year, operating hours, installed heads, conveyor configuration, software version, calibration condition, cameras, sensors, feeder interfaces and included accessories. A powered-on functional test is strongly recommended.

What information is needed to confirm whether a TX2i fits my production?

Provide your PCB dimensions, component range, target output, feeder demand, product type, required accuracy and current SMT line configuration. This information helps determine whether the TX2i and its installed heads are suitable.

Request ASM SIPLACE TX2i Availability

Send your required machine condition, PCB size, component range, target output, feeder requirement and destination country. We will check current ASM SIPLACE TX2i availability and confirm the machine configuration, included accessories, inspection options and delivery arrangement.