Home / Ersa Equipment / Ersa EXOS 10/26
Model guide · unit evidence required
OverviewErsa EXOS 10/26 Vacuum Convection Reflow System
EXOS 10/26 combines convection reflow with a vacuum chamber after the peak zone for void-sensitive assemblies. Evaluate void results against the alloy, paste, board and vacuum recipe; do not promise void-free joints from the platform name.
Manufacturer-published model data
Ersa EXOS 10/26 Technical Specifications
| Heating modules | 11 top and 11 bottom convection modules |
|---|---|
| Cooling | Four cooling zones |
| Vacuum location | After the peak zone |
| Published ultimate pressure | Up to 10 mbar; process performance requires a recipe trial |
| Working width | 50–630 mm; 100–630 mm with center support |
| Transport speed | 20–200 cm/min |
| Dimensions | 7,875 × 2,195 × 1,969 mm |
Manufacturer model data · Important: model-level figures and features are conditional manufacturer information, not guarantees for a particular used Ersa EXOS 10/26 unit.
Key Features
Configuration Must Be Verified
The Ersa EXOS 10/26 offer must document Vacuum chamber, pumps, seal condition, transport and cooling configuration; Pressure/temperature traces, measured X-ray void results and vacuum-cycle repeatability.
Buyer decision guide
When Ersa EXOS 10/26 Makes Sense — and When It May Not
Ersa EXOS 10/26 selection should begin with production requirements and evidence, not with a model name alone.
Application qualification
Ersa EXOS 10/26 Acceptance Plan
Define the void acceptance method
For EXOS 10/26, agree how solder-joint void area will be measured before a trial. Compare the same assembly and paste using documented pressure, temperature and timing conditions. Inspect the X-ray result; a chamber reaching a pressure setpoint does not prove that every joint meets the customer’s void requirement.
Witness the vacuum transfer
An EXOS 10/26 inspection should include board transfer into and out of the vacuum section, pressure recovery and pump behaviour across repeated cycles. Check seal condition and service access. Calculate the real line cadence including the vacuum step, rather than extrapolating output from conveyor speed.
Typical Applications
Typical Applications for Ersa EXOS 10/26
Reflow soldering of power and high-reliability assemblies where hidden-joint voiding requires a measured qualification. Evaluate void results against the alloy, paste, board and vacuum recipe; do not promise void-free joints from the platform name.
Before quotation
Three Ersa EXOS 10/26 Buyer Questions
These questions keep the quotation scope connected to the buyer’s real SMT process.
1
Which heating modules requirement must the proposed Ersa EXOS 10/26 demonstrate?
Ersa EXOS 10/26 buyers should confirm this with actual-machine evidence before quotation.
2
What is included in this Ersa EXOS 10/26 offer: vacuum chamber, pumps, seal condition, transport and cooling configuration?
Ersa EXOS 10/26 buyers should confirm this with actual-machine evidence before quotation.
3
Can the Ersa EXOS 10/26 acceptance run document pressure/temperature traces, measured x-ray void results and vacuum-cycle repeatability?
Ersa EXOS 10/26 buyers should confirm this with actual-machine evidence before quotation.
Running video confirmation
Ersa EXOS 10/26 Running Video Review
Before shipment, review the relevant power-on, movement, operating state and visible condition for the specific offered unit.
Request a dated operating sequence for the offered Ersa EXOS 10/26. The preview is a model illustration; the orange control requests evidence, not playback.
- Power-on and visible operating-state confirmation
- Reflow soldering of power and high-reliability assemblies where hidden-joint voiding requires a measured qualification.
- Unit-specific condition evidence before export packing
Used-machine inspection
Inspection and Export Preparation for an Actual Ersa EXOS 10/26
- Nameplate and configurationModel, serial, year, voltage and installed options.
- Machine configurationMechanical, transport, sensing, camera, software and motion condition relevant to the quoted Ersa EXOS 10/26.
- Transport and softwareConveyor, sensors, program and line-interface evidence where applicable.
- Running and packing proofPower-on evidence, visible operation and export packing records.
Spare Parts
Ersa EXOS 10/26 Spare Parts Scope
Request a unit-specific Ersa EXOS 10/26 list for vacuum seals, pump service items, roller transport, heater modules and cleaning consumables. Availability is not claimed on this review page.
Quotation checklist
Provide target assembly, process requirements, heating modules, installed configuration and destination, required accessories and desired inspection evidence for the proposed Ersa EXOS 10/26.
FAQ
Common questions for overseas buyers evaluating a Ersa EXOS 10/26.
01Application
Which production task suits Ersa EXOS 10/26?
Reflow soldering of power and high-reliability assemblies where hidden-joint voiding requires a measured qualification. Evaluate void results against the alloy, paste, board and vacuum recipe; do not promise void-free joints from the platform name.
02Configuration
What should a buyer confirm for Ersa EXOS 10/26?
Vacuum chamber, pumps, seal condition, transport and cooling configuration. Request the exact nameplate and option list.
03Unit evidence
Does this Ersa EXOS 10/26 illustration prove stock?
The Ersa EXOS 10/26 illustration is model-reference imagery, not a dated stock photograph. Serial, location, condition, price and running evidence require separate confirmation.
Export packing proof
Export Packing and Container Loading
The V3 scrolling proof gallery is retained. It describes LCSMT export preparation, not the condition of a particular Ersa EXOS 10/26 unit.
Send Your Ersa EXOS 10/26 Production Requirement
Share target assembly, process requirements, heating modules, installed configuration and destination and inspection expectations. LCSMT can review whether an actual Ersa EXOS 10/26 configuration is a practical match.