Videojet Customer Service: Practical, Expert Guidance for Production Teams
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Videojet is a global leader in industrial coding and marking equipment used in food, beverage, pharmaceutical and durable goods lines. For production managers and maintenance engineers, customer service is not a convenience — it is a production-critical function. This guide explains how Videojet customer service is organized, what a reliable service agreement should include, common failure modes and proven preparation steps that reduce mean time to repair (MTTR).
The content below synthesizes field-practice, vendor documentation and commercial service models so you can make concrete decisions: negotiate SLAs, estimate costs, and audit supplier performance. Where relevant I provide pragmatic numbers and ranges (warranty lengths, response-time targets, price bands, parts costs) you can use in RFPs or budget planning.
How Videojet Customer Service Is Structured
Videojet operates a multi-layered support model: centralized technical support centers, regional field service engineers, and stocked parts depots. Most manufacturers (including Videojet) offer 24/7 remote technical assistance for critical production lines, a network of local field engineers for on-site repairs, and logistics hubs for overnight parts shipments in major regions. Expect regional coverage that scales from same-day parts shipping in metropolitan areas to 48–72 hour delivery in remote zones.
Typical response-time expectations used in contracts: phone triage within 1 hour, remote-diagnosis started within 2 hours, next-business-day (NBD) on-site for standard service agreements, and 4-hour on-site response for premium critical-line coverage. These are industry-standard targets — confirm actual SLAs with local Videojet offices or authorized distributors on www.videojet.com/support.
Support Channels, Tools and Diagnostics
Support channels include telephone, email/ticketing, web portal, and secure remote-diagnostic sessions. Modern Videojet product lines support firmware logs, event histories, and remote connectivity (VPN or secure cloud gateway) so technicians can read error codes, view job settings, and push firmware updates without entering the line. This capability often resolves 30–60% of issues without an engineer visit.
For legacy machines or isolated networks, technicians rely on log exports, photos and short video clips from operators. Keep serial numbers, firmware versions and recent error-code screenshots ready — these accelerate diagnostics. Videojet also publishes firmware updates, operator manuals and service bulletins on their main site (https://www.videojet.com) and via partner portals.
Service Contracts, Pricing and Warranty
Standard factory warranty length for Videojet equipment is frequently 12 months from installation; extended warranty and coverage plans are available. Typical service agreement tiers you will see in the market are: Basic (break/fix only), Preventive (scheduled PMs plus break/fix), and Comprehensive (all parts except consumables plus priority response). Comprehensive plans often include annual calibration and software updates.
Price guidance (ballpark ranges for budgeting): annual basic coverage can start at roughly $500–$1,200 per machine per year; full comprehensive plans typically range from $1,200–$3,500 per machine per year depending on model complexity (continuous inkjet vs laser vs thermal inkjet), production criticality, and geographic reach. Preventive-maintenance visits are commonly priced from $350 to $1,200 per visit. Consumable and wear-part examples: replacement printheads from $400–$2,000; specialty inks $30–$300 per cartridge; maintenance kits $50–$400. Use these numbers to estimate total cost of ownership (TCO) and ROI for extended coverage.
Common Issues and Troubleshooting Steps
Most service calls fall into these categories: print quality (faint print, smudging, banding), mechanical alignment (encoder or conveyor sync), connectivity and message corruption, and consumable-related faults (ink viscosity, solvent depletion). Rapid triage by operators can recover many lines within 10–30 minutes.
Practical first-response checks: confirm the printer’s firmware and message ID; verify consumable levels and part installation; run a local test print and capture an image; check encoder/dispenser cable connections and expected RPM; and review the last change to message templates or host communications. Escalate to Videojet support when error codes persist after these checks or when the issue requires replacement parts or re-calibration.
How to Prepare for a Service Visit
Being prepared shortens downtime and reduces service costs. Below is a compact checklist operators and maintenance leads should assemble before calling a field engineer. These items let the technician hit the ground running and often enable pre-shipment of the correct part.
- Machine serial number, model number, and firmware version (found in the system info menu).
- Clear photos or short video of the fault (print result, error screen), and the last successful good sample.
- Exact error codes and timestamps, production speed (units/min), and job settings (font, size, substrate).
- Access constraints: shift windows, lockout/tagout requirements, forklifts availability, and key contacts on-site with phone numbers.
- Network topology if remote diagnostics needed: IP address, firewall rules, and whether VPN is permitted.
Also document recent changes: new ink batch, software updates, mechanical changes to the conveyor, or packaging supplier changes. This history often reveals root causes without invasive diagnostics.
Training, Metrics and Continuous Improvement
Operator and technician training is the highest-yield investment. Typical offerings: half-day operator courses ($300–$800 per attendee) and one-to-two day service training for maintenance staff ($1,200–$3,000 per attendee, depending on scope). E-learning modules and certification tracks reduce human error and can lower printer-related downtime by 25–60% based on field reports.
Key KPIs to track with your Videojet equipment: MTTR, mean time between failures (MTBF), number of downtime events per month, and average prints per maintenance hour. Use these metrics in quarterly reviews with your Videojet account manager to optimize parts stocking, adjust SLA tiers, and schedule preventive maintenance intervals that match your actual duty cycle.
For official resources, technical bulletins, and local contact details consult the vendor site: https://www.videojet.com/support. For contractual negotiations or multi-site rollouts, request a service-level proposal with explicit response times, parts lead-time guarantees, regional contact lists and price-per-visit details to remove ambiguity from your operations budget.
Who owns Videojet?
Danaher Corporation Videojet Technologies, Inc. (function(){
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Videojet Technologies SP z.o.o./Parent organizations
What is a videojet printer?
Videojet’s thermal inkjet printers deliver high-resolution printing with easy operation, designed for consistent performance and low maintenance in various industrial environments.
How do I contact Videojet customer care?
1-(833) 760-0609
Please email: [email protected] or call 1-(833) 760-0609.
Who is Videojet owned by?
Danaher Corporation announced today that it has completed the acquisition of Marconi Data Systems, formerly known as Videojet, from Marconi plc (MONI.
Is Videojet a good company to work for?
Overall working at Videojet is enjoyable. People from all departments are friendly and personable. Many people have worked at this company for years, and as a result the environment can be resistant to change.
Who is the manufacturer of Videojet printers?
Incorporated in 1995 at Mumbai (Maharashtra), Videojet Technologies (I) Pvt. Ltd. is amongst the principal Manufacturers of finest-quality Continuous Inkjet Printers, Laser Marking Machines, Thermal Transfer Overprinters , Thermal Inkjet Printers, Large Character Printer and Label Printer and Applicators.