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Model guide · unit evidence required
Overview

Ersa VERSAPRINT 2 Family Stencil Printer with Integrated Inspection

Ersa VERSAPRINT 2 combines stencil printing with selectable inspection architectures. This family guide compares ELITE plus, PRO² and ULTRA³ on one page. Its representative complete-machine image is ELITE plus; it does not establish the camera or options of another version. The distinct TIM thermal-interface application is outside this comparison. Select the inspection architecture around paste defects, aperture geometry, acceptance evidence and the full line cycle. Keep the PCB, printed area and stencil-frame limits separate. An ELITE plus photograph does not establish integrated 3D SPI or an available retrofit on an offered serial.

Official source recordedUnit evidence requiredInspection guideExport support
One family · configuration choices

Compare VERSAPRINT 2 Family versions

Support and align the substrate to the stencil, apply the controlled squeegee stroke, separate the print and inspect the result with the installed area, 2D LIST or 3D LIST camera. ULTRA³ uses laser triangulation to evaluate paste height and volume; inspection limits, cleaning and feedback need validation on the actual assembly. Select by the actual board envelope, optical configuration and installation space—not the suffix alone.

Area-camera platform; reference illustration

VERSAPRINT 2 ELITE plus

Inspection
Optional area-camera inspection; confirm fitted functions
Boundary
Not a photograph of PRO² or ULTRA³
Ask about VERSAPRINT 2 ELITE plus

Integrated 2D inspection version

VERSAPRINT 2 PRO²

Inspection
2D LIST camera
Boundary
Confirm fitted inspection and software
Ask about VERSAPRINT 2 PRO²

Integrated 3D inspection version

VERSAPRINT 2 ULTRA³

Inspection
3D LIST laser triangulation
Boundary
Validate height and volume on actual deposits
Ask about VERSAPRINT 2 ULTRA³

What the versions share

Process
Stencil Printer with Integrated Inspection
Purchase boundary
Identify the version, installed options and application trial; no stock is asserted.

Manufacturer evidence checked 2026-10-07; numbers remain version-specific. Figures describe standard model configurations, not stock or an offered unit. Dimensions are listed in the source order and exclude the tower light where stated. The representative VERSAPRINT 2 Family image is not proof of another version or an offered unit’s condition. Request nameplate, configuration and board-trial evidence before selection.

Manufacturer-published model data

Ersa VERSAPRINT 2 Family Technical Specifications

2024 brochure board envelope50 × 50 to 550 × 500 mm substrates; up to 680 × 500 mm printing with a suitable workholder
Board and support reference0.5–6 mm thickness; 0.8–6 mm with retractable clamping; maximum substrate mass 1 kg
2024 print controls5–200 mm/s stroke; 0–260 N force; 0.1–50 mm/s separation
Stencil-frame reference450 × 450 × 25 to 737 × 737 × 40 mm; tool-free adjustment
Catalogue performance boundaryRepeatability ±12.5 µm; print accuracy ±25 µm at 6 Sigma (CPR > 2), not guaranteed deposit capability
Inspection architectureELITE plus: area camera; PRO²: 2D LIST; ULTRA³: 3D LIST. Installed options require evidence
2024 cabinet reference1,225 × 1,855 × 1,617 mm; maximum 860 kg
Brochure utility reference3 × 400 V, N, PE, 50/60 Hz, 16 A; air 6–10 bar, 5 l/min; vacuum cleaning 5.5 l/s
Revision boundaryCurrent ELITE plus page lists 230 N force and a different board/clearance presentation; resolve against the offered serial manual
Manufacturer model data · Important: model-level figures and features are conditional manufacturer information, not guarantees for a particular used Ersa VERSAPRINT 2 Family unit.
Key FeaturesReference configuration illustration for Ersa VERSAPRINT 2 Family

Configuration Must Be Verified

The offer must identify VERSAPRINT 2 version and serial, area/LIST camera, inspection software, print head, board support, clamping, cleaner and licensed interfaces; Repeated deposits, relevant shorts and offset, height/volume where fitted, stencil cleaning, complete board transfer, changeover and authorized recipe recovery.

Buyer decision guide

When Ersa VERSAPRINT 2 Family Makes Sense — and When It May Not

Ersa VERSAPRINT 2 Family selection should begin with production requirements and evidence, not with a model name alone.

Process and applicationSupport and align the substrate to the stencil, apply the controlled squeegee stroke, separate the print and inspect the result with the installed area, 2D LIST or 3D LIST camera. ULTRA³ uses laser triangulation to evaluate paste height and volume; inspection limits, cleaning and feedback need validation on the actual assembly.
Configuration choicesThe same printer platform offers area-camera, integrated 2D and integrated 3D inspection choices rather than three duplicate product pages. Optional dispensing, closed-loop interfaces, climate control, automated support and cleaning packages require hardware and license confirmation.
Selection boundarySelect the inspection architecture around paste defects, aperture geometry, acceptance evidence and the full line cycle. Keep the PCB, printed area and stencil-frame limits separate. An ELITE plus photograph does not establish integrated 3D SPI or an available retrofit on an offered serial.
Evidence to requestVERSAPRINT 2 version and serial, area/LIST camera, inspection software, print head, board support, clamping, cleaner and licensed interfaces; Repeated deposits, relevant shorts and offset, height/volume where fitted, stencil cleaning, complete board transfer, changeover and authorized recipe recovery. Model data does not establish the condition of an offered machine.
Application qualification

Ersa VERSAPRINT 2 Family Acceptance Plan

Select inspection by the defect that matters

For a VERSAPRINT 2 enquiry, supply the PCB outline, underside components, paste, stencil and difficult aperture locations together. ELITE plus uses an area camera and offers optional inspection; PRO² adds the 2D LIST architecture, while ULTRA³ measures in 3D. Coverage and offset images do not prove deposit height or volume. Ask for retained results from the fitted system on representative deposits, including known failures and repeat runs. An existing downstream SPI can change the appropriate printer choice, but it does not remove the need to qualify alignment, support and cleaning.

Keep the board and workholder limits distinct

The June 2024 family brochure specifies a 550 × 500 mm maximum substrate and describes 680 × 500 mm printing with a workholder. Its current ELITE plus product page presents 680 × 500 mm as a substrate maximum and 550 × 500 mm as the inspection area. Those statements must not be silently combined into one universal capability. Identify the revision, holder, transport and usable inspection coverage for the offered serial. Demonstrate the intended populated board through support, clamping, printing and transfer before accepting a larger-board configuration.

Resolve revisions and installed options

The 2024 technical table lists a 260 N upper print force and 34 mm component clearance; the current ELITE plus page describes 230 N and 35 mm. This guide preserves the document boundary instead of selecting whichever number looks better. Use the serial manual and safe demonstrated travel to establish the actual limits. The manufacturer describes retrofit options, not unconditional retrofit availability for every old controller. Require the camera, dispenser, support, climate control, feedback interface and transferable licenses to be identified individually, with authorized recipe and software recovery evidence.

Qualify the print, inspection and China offer

Measure the full board sequence with the required print and inspection settings, not only the advertised scan rate or shortest base cycle. Retain stencil condition, material, cleaning interval and measured deposits with the test record. Ersa China explicitly lists ELITE plus, and the independent HDAGV/Thinkfon import catalogue names the VERSAPRINT 2 family. These are two enquiry channels, not verified stock; related importer domains are not counted as separate suppliers. Neither was contacted. Request a dated nameplate, unit photographs, fitted-camera evidence, maintenance records and agreed acceptance trial before treating a listing as an available machine.

Typical Applications

Typical Applications for Ersa VERSAPRINT 2 Family

Ersa VERSAPRINT 2 Family should be evaluated against the buyer’s support and align the substrate to the stencil, apply the controlled squeegee stroke, separate the print and inspect the result with the installed area, 2d list or 3d list camera. ultra³ uses laser triangulation to evaluate paste height and volume; inspection limits, cleaning and feedback need validation on the actual assembly. The final application fit depends on the evidence for the specific unit.

Before quotation

Three Ersa VERSAPRINT 2 Family Buyer Questions

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

1

Which 2024 brochure board envelope requirement must the proposed Ersa VERSAPRINT 2 Family demonstrate?

Ersa VERSAPRINT 2 Family buyers should confirm this with actual-machine evidence before quotation.

2

What is included in this Ersa VERSAPRINT 2 Family offer: versaprint 2 version and serial, area/list camera, inspection software, print head, board support, clamping, cleaner and licensed interfaces?

Ersa VERSAPRINT 2 Family buyers should confirm this with actual-machine evidence before quotation.

3

Can the Ersa VERSAPRINT 2 Family acceptance run document repeated deposits, relevant shorts and offset, height/volume where fitted, stencil cleaning, complete board transfer, changeover and authorized recipe recovery?

Ersa VERSAPRINT 2 Family buyers should confirm this with actual-machine evidence before quotation.

Running video confirmation

Ersa VERSAPRINT 2 Family 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 of the offered Ersa VERSAPRINT 2 Family. The model-image control requests evidence, not playback of a recorded video.

  • Power-on and visible operating-state confirmation
  • Support and align the substrate to the stencil, apply the controlled squeegee stroke, separate the print and inspect the result with the installed area, 2D LIST or 3D LIST camera. ULTRA³ uses laser triangulation to evaluate paste height and volume; inspection limits, cleaning and feedback need validation on the actual assembly.
  • Unit-specific condition evidence before export packing
Ersa VERSAPRINT 2 Family complete-machine preview for running-evidence request
Used-machine inspection

Inspection and Export Preparation for an Actual Ersa VERSAPRINT 2 Family

  • Nameplate and configurationModel, serial, year, voltage and installed options.
  • Machine configurationMechanical, transport, sensing, camera, software and motion condition relevant to the quoted Ersa VERSAPRINT 2 Family.
  • 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 VERSAPRINT 2 Family Spare Parts Scope

Request a unit-specific Ersa VERSAPRINT 2 Family list for serial-correct squeegees, cleaning fabric and solvent consumables, support pins and fixtures, transport service items, optical references and authorized software backups. Availability is not claimed on this review page.

Quotation checklist

Provide target assembly, process requirements, 2024 brochure board envelope, installed configuration and destination, required accessories and desired inspection evidence for the proposed Ersa VERSAPRINT 2 Family.

FAQ

Common questions for overseas buyers evaluating a Ersa VERSAPRINT 2 Family.

01Application

Which production task suits Ersa VERSAPRINT 2 Family?

Support and align the substrate to the stencil, apply the controlled squeegee stroke, separate the print and inspect the result with the installed area, 2D LIST or 3D LIST camera. ULTRA³ uses laser triangulation to evaluate paste height and volume; inspection limits, cleaning and feedback need validation on the actual assembly. Select the inspection architecture around paste defects, aperture geometry, acceptance evidence and the full line cycle. Keep the PCB, printed area and stencil-frame limits separate. An ELITE plus photograph does not establish integrated 3D SPI or an available retrofit on an offered serial.

02Configuration

What should a buyer confirm for Ersa VERSAPRINT 2 Family?

VERSAPRINT 2 version and serial, area/LIST camera, inspection software, print head, board support, clamping, cleaner and licensed interfaces. Request the exact nameplate and option list.

03Unit evidence

Does this Ersa VERSAPRINT 2 Family illustration prove stock?

The Ersa VERSAPRINT 2 Family 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 VERSAPRINT 2 Family unit.

LCSMT machine protection before packing
Machine protection
LCSMT moisture-proof wrapping
Moisture protection
LCSMT container loading support
Container loading
LCSMT machine protection before packing
Machine protection
LCSMT moisture-proof wrapping
Moisture protection
LCSMT container loading support
Container loading

Send Your Ersa VERSAPRINT 2 Family Production Requirement

Share target assembly, process requirements, 2024 brochure board envelope, installed configuration and destination and inspection expectations. LCSMT can review whether an actual Ersa VERSAPRINT 2 Family configuration is a practical match.