CNC Onsite at ACP OMS 2026 | Booth 710 - Uptower Wind Turbine Repair
ACP OMS 2026

Precision Repair.
Uptower.

Visit CNC Onsite at Booth 710 and discover how mobile CNC machining repairs wind turbine components in place. No crane. No removal. No weeks of lost production.

Book a Booth Meeting Our Solutions

Event Details

Conference Date
March 4-6, 2026
Available for meetings March 3-13
Venue
Gaylord Palms Resort, Orlando, FL
Find Us
Booth #710
80%
Less Downtime
5-7
Days vs. 1 Month+
$300K+
Average Savings Per Repair
0
Need for External Cranes

What We're Showing at Booth 710

Three proven solutions for wind turbine repair - applied directly on-site

Trusted by Market Leaders

Yaw ring teeth repair - CNC machining inside wind turbine nacelle

Yaw Ring Teeth Repair

Precision CNC machining of damaged yaw ring teeth directly in the nacelle. Mill away worn teeth, insert pre-fabricated replacements, and bolt in place. Full repair in 5-7 days with zero removal of the yaw system.

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Blade root repair - on-site CNC machining of turbine blade root

Blade Root Repair

On-site machining of blade root surfaces to restore bolt hole integrity and flatness. Works with both insert and T-bolt systems. Keeps blades mounted and the turbine structure intact - no need for blade exchange or heavy transportation.

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Rotor Lock repair - precision boring of rotor lock mechanism

Rotor Lock Solutions

Solutions for radially as well as axially activated locking systems. Critical for safe turbine maintenance. Designed and machined for your specific turbine model - adaptable to all platforms using the lock pin system.

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Why Operators Choose On-Site Repair

Traditional methods cost you weeks and hundreds of thousands. We bring the workshop to the turbine.

1 month+ to 5-7 days

Uptower Solutions

Repair at height means no crane, no ground transport, no reassembly. Your turbine is back in production while competitors wait for parts and heavy lift scheduling.

$300,000+ saved

Revenue Protected

On average, operators save over $300,000 per repair compared to traditional crane-based component replacement. Faster turnaround means minimal revenue loss.

Proven globally

Proven Track Record

Decades of experience maintaining wind fleets across Europe. Now bringing the same engineering precision to the American wind market with dedicated US operations.

Zero cranes

Minimal Risk

No heavy lifts, no component transport, no reassembly risk. The repair happens where the problem is. We bring the workshop to you.

Uptower vs Main Component Replacement

See the full scope of what a traditional replacement involves - and why uptower repair changes the equation

ISSUE DETECTED UPTOWER REPAIR CALL CNC ONSITE EXECUTE REPAIR UPTOWER DONE IN 5-7 DAYS MAIN COMPONENT EXCHANGE Coordinate parallel tracks to ensure availability of all parts at site at same time Book crane(s) Book lifting yokes for blades, hub & nacelle Book storing stands for blades, hub & nacelle Spare part available? YES NO Order new component Access road OK? YES NO Order necessary preparations of road Coordinate transport of main components Disassemble turbine components Exchange affected component on-site Re-assemble turbine components ISSUE SOLVED

Uptower Repair vs. Traditional Methods

See the difference mobile CNC machining makes to your bottom line

Traditional Method

Crane + Component Removal

1 month+ lead time

Crane mobilization and scheduling delays

Component removal & transport

Heavy lifts and ground logistics

2 months+ downtime

Months of lost production revenue

$400K+ total cost

Crane, transport, labor, downtime

Risk of transport damage

Components exposed to handling risk

Weather dependent crane ops

Wind speed limits extend delays

CNC Onsite

Mobile Uptower Repair

No crane needed

Start repair immediately after assessment

Repair in place - zero removal

Machine directly on-site at the problem

5-7 days total

Minimize lost production time

$60K average cost

Transparent pricing, no crane fees

Zero transport risk

Components stay mounted and secure

Work in most conditions

Weather-independent operations

US Trip Schedule

We are in the US from March 3-13, 2026 - Orlando, Greenville, and Houston

Orlando, FL
March 3-10
Mar 3
Arrival in Orlando - available for meetings
Mar 4-6
ACP OMS Conference - Booth 710
Live demos, technical Q&A, case studies
Mar 7-10
Available for site visits & meetings in the Orlando area
Greenville, SC
March 11
Mar 11
Available for meetings and site visits in the Greenville area
Flexible
One-on-one meetings with operators and fleet managers
Flexible
Technical consultations and ROI reviews
Houston, TX
March 12-13
Mar 12-13
Available for meetings, site visits, and fleet assessments in the Houston area
Flexible
One-on-one meetings with operators and fleet managers
Flexible
Technical consultations and ROI reviews

Meet Us at Booth 710

Schedule a dedicated time with our team. Whether you're managing an aging fleet, planning repairs, or evaluating on-site machining solutions for the first time - we'll walk you through the process and show you exactly how it works.

  • 15-30 minute technical walkthrough
  • Personalized ROI analysis for your fleet
  • Case studies from similar turbine platforms
  • Meet our field engineers face to face
  • No obligation - just a conversation

Meet Us at ACP OMS 2026

Pick a time slot during the conference, March 4-6 in Orlando.

Request a Site Visit

Meet us during our US trip -- Orlando, Greenville, or Houston.

Jesper Nielsen, Business Development at CNC Onsite

Jesper Nielsen

Business Development

jen@cnconsite.dk +45 70 11 02 70
Søren Kellenberger, Sales Director at CNC Onsite

Søren Kellenberger

CEO

ssk@cnconsite.dk +45 70 11 02 70