_edited.jpg)
Why We Built
This Page
At Finks Doors & More, we believe you should understand what you're paying for. Garage doors are one of the largest moving systems in your home, and most people know almost nothing about how they work until something breaks.
Too many homeowners get pressured into repairs or replacements they don't fully understand. We want to fix that. This Learning Center covers the things we explain on every job visit, written out so you can read it on your own time.
No sales pitch. Just straight answers.
SPRINGS
Torsion Springs vs Extension vs TorqueMaster Springs. What's the Difference?
Your garage door spring system is what does the heavy lifting every time the door moves. There are three main types and they work very differently.
Torsion Springs: Torsion springs mount horizontally above the door on a metal shaft. As the door closes, the spring winds up and stores tension. When the door opens, that tension releases and does the lifting. They tend to run quieter, last longer, and are easier to balance correctly.
Extension Springs: Extension springs run along the horizontal tracks on either side of the door. They stretch and contract as the door moves. They work fine when properly maintained but can wear unevenly and are generally considered less precise than torsion systems.
TorqueMaster / TMS (Wayne Dalton) : TorqueMaster is a Wayne Dalton spring system where the springs are enclosed inside a metal tube mounted above the door. Unlike standard torsion springs which are visible on a shaft, TorqueMaster springs are hidden inside the tube, giving the door a cleaner look.
The trade-off is that the springs are harder to inspect since you cannot see them. When a TorqueMaster spring breaks, the door may feel extremely heavy, become uneven, or stop opening properly. If you have a Wayne Dalton door and are experiencing any of those symptoms, the spring system is the first place to look.
Which one do you have? Look above your door. If you see a spring on a visible metal shaft above the door, that's torsion. If springs run along the tracks on either side, those are extension springs. If you have a Wayne Dalton door and the springs aren't visible, you likely have a TorqueMaster system.
Should you convert? Not always. If your extension springs are in good shape and the door is balanced, there's no urgent reason to switch. If you're already replacing springs, a torsion conversion can be worth considering for better long-term performance. Josh will give you an honest take either way when he comes out.
Safety note: Garage door springs are under extreme tension. Never attempt to adjust or replace them yourself. This is one of the most dangerous DIY repairs a homeowner can attempt.
ROLLERS
Garage Door Roller Types. Why They Matter More Than You Think
Rollers are the small wheels that run along the tracks and guide your door up and down. They're one of the most overlooked parts of the system and one of the biggest causes of noisy, rough doors.
Plastic Rollers: Common on builder-grade doors. They wear out faster, crack in cold weather, and get noisy quickly. Usually the first thing to go on older doors.
Steel Rollers: More durable than plastic but noisier. The steel on steel contact with the track creates vibration. Fine for detached garages where noise isn't a concern.
Nylon Rollers: The best option for most homeowners. Quieter than steel, more durable than plastic, and they don't need lubrication as often. If your door sounds like a freight train, upgraded nylon rollers are often the fix.
How do you know when rollers need replacing? Grinding or squealing when the door moves, visible cracks or chips on the roller, or a door that jerks and shakes instead of rolling smoothly are all signs it's time.
MAINTENANCE
Basic Garage Door Maintenance Every Homeowner Should Know
A little maintenance goes a long way. Most service calls we get could have been avoided with a simple yearly inspection. Here's what to check.
Lubrication: Springs, rollers, hinges, and the torsion bar all need periodic lubrication. Use a silicone-based spray or garage door specific lubricant. Do not use WD-40 on springs or rollers. It strips the existing lubrication and causes faster wear.
Balance Check: Disconnect the opener by pulling the red emergency release cord. Lift the door manually to about waist height and let go. It should stay in place on its own. If it falls or shoots up, the springs are out of balance and need adjustment.
Visual Inspection: Look at the cables. Any fraying, kinking, or rust is worth a call. Check the rollers for cracks or chips. Look at the bottom seal and weather stripping for gaps or wear.
Photo Eye Test: The two small sensors near the bottom of your door tracks need to be aligned and clean to work correctly. Wave your hand in front of one while the door is closing. It should stop and reverse. If it doesn't, the sensors need attention.
How often should you get a tune-up? Once a year is a solid baseline. If the door gets heavy use or starts making new sounds, sooner. A tune-up from us covers all of the above plus a full hardware check. [Schedule a tune-up here].
OPENERS
Belt Drive vs Chain Drive Openers. Which One Is Right for You?
The opener is the motor that automates your door. The two most common drive types are belt and chain, and the difference matters depending on where your garage is.
Chain Drive: Chain drives use a metal chain to move the door trolley. They're durable, reliable, and typically less expensive. The trade-off is noise. A chain drive opener produces a noticeable rumble and vibration every time the door runs. Fine for a detached garage. Less ideal if there's a bedroom above or beside the garage.
Belt Drive: Belt drives use a rubber belt instead of a chain. They run significantly quieter and smoother. The better choice for attached garages or any space where the noise would be noticeable inside the home. Generally a bit more to purchase but worth it for the quieter operation.
Smart Features and Battery Backup: Most newer openers, both chain and belt, now come with Wi-Fi connectivity so you can open and close the door from your phone. Battery backup is also worth considering so the door still works during a power outage. We can walk you through the options when we come out.
SAFETY
Garage Door Safety and Warning Signs to Watch For
Garage door systems operate under a lot of tension. Knowing what to watch for can prevent a costly repair or a dangerous situation.
Warning Signs That Need Attention
Broken or visibly worn springs — a loud bang often means a spring snapped. Do not attempt to operate the door manually or with the opener if you suspect a broken spring.
Frayed or kinked cables — cables keep the door controlled as it moves. Worn cables can snap without warning and are a serious safety hazard.
Off-track door — if the door is crooked, stuck, or the rollers have jumped the tracks, stop using the door until it's looked at.
Slow or struggling opener — can indicate worn gears, improper spring balance, or a motor on its way out.
Photo eyes out of alignment — if the door won't close or reverses immediately, check that the sensors are clean and aligned.
Manual Release : Every opener has a red emergency release cord hanging from the trolley. Pulling it disconnects the door from the opener so it can be operated manually. Useful during power outages. Never yank the cord when the door is in motion.