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xhPrimary production feeders
Feeders assigned to regular component families and recurring production programs.
- Frequently loaded component reels
- Stable line-side configuration
- Repeat production support
SIPLACE Feeder Platform
SIPLACE Feeder Systems for SMT Placement Machines
Configure, expand or support an ASM and Siemens SIPLACE production line with feeders selected around the placement platform, carrier-tape width, component mix and changeover strategy. Review feeder groups, machine-series considerations and practical supply routes for ongoing SMT production.
- Machine-platform planning
- Tape-width coverage
- Changeover support
- Spare-feeder standardization
Plan by production line
Feeder selection should support the machine platform and component mix.
Build a practical feeder pool
Balance production demand, backup quantities and changeover requirements.
What is a SIPLACE feeder?
A SIPLACE feeder presents components supplied in carrier tape to the pickup position of a SIPLACE placement machine. The feeder advances the tape, manages the cover tape and supports repeatable component presentation. Selection should consider the feeder family, tape width, machine setup and production process rather than relying only on a general feeder name.
Component presentation
Moves taped components toward the placement pickup point.
Tape management
Supports carrier-tape advancement and cover-tape handling.
Production flexibility
Allows feeder pools to support different component mixes.
Line continuity
Backup feeders can reduce disruption during maintenance.
Feeder Ecosystem
Organize SIPLACE feeders by production role
A useful feeder plan groups equipment according to how it supports the production line. This is more practical than treating every feeder as an isolated spare part.
Changeover feeder sets
Additional feeders prepared in advance to shorten product change and line setup time.
- Offline loading preparation
- High-mix production support
- Reduced setup interruption
Backup feeder inventory
Spare feeders held for commonly used widths or production-critical positions.
- Response to feeder faults
- Maintenance rotation
- Production continuity planning
Engineering and setup feeders
Feeders allocated to trial runs, new-product introduction and process engineering activity.
- Component qualification
- Prototype and pilot production
- New package evaluation
Selection Path
How to plan SIPLACE feeders for an SMT line
Start with the production requirement and machine environment. The feeder part number is confirmed later, after the required width, quantity and operating role have been defined.
01
Define the machine platform
Record the complete SIPLACE machine model, the number of placement machines on the line and the current feeder setup. Different production lines may use different feeder generations or configurations.
02
Map the carrier-tape demand
Review the component list and calculate how many positions are required for 8mm, 12mm, 16mm, 24mm and wider carrier tapes. Include duplicate feeder positions used for high-consumption components.
03
Separate production and backup quantities
The number of feeders installed on the line is not necessarily the complete requirement. Add feeders needed for changeover preparation, maintenance rotation and emergency replacement.
04
Standardize where practical
Reducing unnecessary variation across feeder types can simplify storage, operator training and maintenance. Standardization should still respect the actual machine and component requirements.
05
Confirm the final feeder references
Once the operational requirement is clear, confirm the complete feeder labels, versions and physical configuration before issuing the purchase order.
Machine Series Planning
SIPLACE feeder planning by placement-machine environment
The machine series provides important context, but it does not replace feeder-level verification. Use the table to define the production environment and then confirm the exact feeder configuration.
| Production environment | Typical feeder-planning priority | Information to collect | Recommended approach | Related support |
|---|---|---|---|---|
|
SIPLACE TX production line High-density placement setup |
Compact feeder allocation, high-use component duplication and rapid feeder replacement planning. | Complete machine configuration, feeder labels, tape-width distribution and required backup quantities. | Build a standardized feeder pool around recurring production programs and critical component positions. | Check ASM feeder references |
|
SIPLACE X or SX line Flexible production platform |
Mixed-width coverage, changeover preparation and feeder standardization across multiple products. | Machine model, product mix, changeover frequency and existing feeder family. | Separate line-side feeders from offline setup and backup feeder quantities. | Browse ASM SMT feeders |
|
SIPLACE D or HS equipment Established production lines |
Existing feeder continuity, legacy references and maintenance spare availability. | Original feeder labels, current machine setup and unavailable or damaged feeder references. | Preserve known working configurations and verify replacements from physical feeder evidence. | Review feeder supply options |
|
Mixed SIPLACE equipment fleet Multi-line factory |
Common spare pools, feeder movement control and clear line assignment. | Machine list, feeder inventory, part-number records and production-critical widths. | Create a feeder register showing machine use, width, condition and backup status. | Request feeder planning support |
Production Management
Use the feeder pool to improve line readiness
Feeder availability affects more than component loading. It can influence changeover preparation, maintenance scheduling and the ability to respond to unexpected line interruptions.
Prepare changeovers offline
Load and verify the next feeder set away from the active line where the production process allows.
- Reduce line-side loading activity
- Organize feeders by product program
- Check labels before installation
Separate critical backup feeders
Identify feeder widths and positions where a failure would have a greater effect on production continuity.
- Prioritize high-use widths
- Maintain ready replacement units
- Record backup storage locations
Control feeder movement
Track feeders that move between machines, production lines and maintenance areas.
- Reduce unidentified feeder locations
- Keep machine assignment records
- Record maintenance status
Rotate maintenance stock
Use backup feeders to support scheduled inspection without reducing production capacity.
- Avoid servicing all units together
- Maintain operational replacements
- Plan inspection by usage
Standardize feeder records
Use consistent naming and identification fields across purchasing, engineering and maintenance records.
- Complete part number and suffix
- Tape width and machine use
- Condition and service history
Review capacity before new projects
Compare the new component list with the feeder pool before the next product enters production.
- Find missing tape-width capacity
- Identify duplicate requirements
- Order feeders before line setup
Production Scenarios
SIPLACE feeder requirements change with the production model
A high-volume line, a high-mix line and a factory expansion project do not require the same feeder strategy. Define the operating scenario before determining quantity.
High-volume repeated production
Focus on dependable feeder allocation for recurring components and sufficient backup for production-critical positions.
- Duplicate high-consumption component feeders
- Prepare replacement units for critical positions
- Maintain stable feeder-to-line assignment
High-mix and frequent changeover
Increase the number of setup feeders and organize feeder sets around product families or scheduled production programs.
- Support offline feeder preparation
- Reduce repeated reel unloading
- Separate next-job feeder sets
New line or capacity expansion
Calculate feeder demand from the expected product mix rather than copying quantities from an existing line without review.
- Map component tape widths
- Add changeover and backup quantities
- Review feeder storage and transport
Legacy line continuity
Preserve known feeder configurations and create a replacement plan for models that may be difficult to source quickly.
- Record original feeder labels
- Identify critical legacy references
- Build spare stock before failure
Tape Width Groups
Browse SIPLACE feeders by carrier-tape width
Carrier-tape width helps organize feeder demand across the production program. Final selection must still be confirmed against the complete feeder reference and machine configuration.
Compact tape feeding
SIPLACE 8mm Feeders
Feeder options for commonly used small-component carrier tapes, including compact and multi-lane configurations.
View 8mm feeder range
Medium tape feeding
SIPLACE 12mm Feeders
Review feeder options for 12mm carrier tape and related production or backup requirements.
View 12mm feeder range
Wider tape feeding
SIPLACE 16mm Feeders
Support wider component packages after confirming the feeder version and machine environment.
View 16mm feeder
Wide tape feeding
SIPLACE 24mm Feeders
Review wide-tape feeder requirements for larger component packages and application-specific setups.
View 24mm feeder
Feeder Standardization
Create a feeder inventory that is easier to control
A feeder inventory should help production, maintenance and procurement work from the same information. Standard records reduce confusion between broad feeder names, internal descriptions and physical part-number labels.
01
Use the complete label reference
Record the full part number and suffix instead of a shortened internal name.
02
Record production-line assignment
Show which SIPLACE platform or line currently uses the feeder.
03
Separate operational and backup status
Identify whether the feeder is active, prepared, spare, under service or unavailable.
04
Include the carrier-tape width
Use tape width as an inventory field while retaining the complete feeder reference.
05
Record service history
Track inspection, repair and recurring operating issues for production-critical feeders.
Related Resources
Continue with the relevant feeder page
Each related page has a separate purpose. Use the model page for feeder identification, the supply page for condition and testing, and the product catalog for individual listings.
SIPLACE Feeder Request
Tell us how your SIPLACE line is configured
Provide the machine model, feeder widths, quantities and current references. We can then review the requirement as a complete feeder plan rather than an isolated product request.
01
List the complete SIPLACE placement-machine model.
02
Provide the required carrier-tape widths and quantities.
03
Separate production, changeover and backup feeder demand.
04
Add current feeder labels, delivery country and project timing.
Request SIPLACE Feeder Support
Include the production-line context for a more useful feeder recommendation.
Frequently Asked Questions
SIPLACE feeder system FAQ
These questions focus on line configuration, feeder quantities, production planning and feeder-pool management.
What information is needed to select a SIPLACE feeder?
Provide the complete SIPLACE machine model, required carrier-tape width, existing feeder label, component or production requirement, quantity and whether the feeder is intended for production, changeover preparation or backup stock.
Is a SIPLACE feeder the same as an ASM feeder?
SIPLACE refers to the placement-machine platform and related feeder ecosystem, while ASM is a brand name commonly associated with the equipment. The actual feeder must still be identified by its complete label, version and machine application.
How many spare SIPLACE feeders should a production line keep?
The quantity depends on the number of machines, tape-width mix, changeover frequency, feeder usage and production risk. Critical feeder widths and high-consumption component positions normally require greater backup coverage.
Why should changeover feeders be separated from production feeders?
Separate changeover feeder sets allow the next production program to be prepared without removing feeders from the active line. This can reduce loading activity and shorten the interruption between products.
Can one feeder pool support several SIPLACE machines?
A shared feeder pool may be practical when the machines and feeder configurations are confirmed to support the same units. Each feeder should still have a clear machine assignment, location and condition record.
Should feeder demand be calculated only from the number of machine slots?
No. Slot quantity does not include feeders required for duplicate components, offline changeover preparation, maintenance rotation, backup stock or future product programs.
How can a factory reduce unnecessary feeder variation?
Review the machine fleet, component tape-width demand and existing feeder inventory. Standardize feeder references where the machine and production requirements allow, while keeping complete identification records.
Can different SIPLACE feeder widths be supplied in one order?
Yes. An order can combine different feeder widths and references when each item, quantity, condition and required machine application is clearly listed.
Plan the complete feeder requirement
Build a SIPLACE feeder pool around your production line
Send the machine model, tape-width demand, existing feeder references and required quantities. Use that information to plan production, changeover and backup feeders as one coordinated system.
