Keep Finished Pipes Moving Without Slowing The Line
Pipe stacking and tilting systems configured for your pipe diameter, length, weight, cutting cycle and line layout. From single-lane straight pipe handling to multi-lane and large-diameter applications, the system receives, transfers and collects each pipe with controlled movement and less manual handling.
Pipe OD
Diameter Range
Match the handling structure to your pipe diameter range.
Pipe Length
Support Positions
Configure the support length and positions for 3 m, 6 m, 12 m or other pipe lengths.
Cutting Cycle
Cycle Timing
Match the receive, tilt, discharge and reset cycle to your production speed.
Single / Multi-Lane
Lane Configuration
Configure for single, dual, four-outlet or other multi-lane pipe lines.
Explore Pipe Stacker Solutions
Jump to the part that matters for your line first, whether you are checking how the stacker keeps up with your cutter, how it handles a diameter change, or what to send us for a configuration and quote.
Handling Requirements
OD, length, weight, cycle
Stacker Configurations
Tilting, single and multi-lane
Damage-Free Handling
No scratches, dents or drops
Cutting Cycle Matching
Keep pace with the cutter
Size And Lane Change
Switch diameter and outlets
End-Of-Line Integration
Cutter, beller, layout, signals
Operation And Safety
Controls, guards, less labor
Factory Manufacturing
Frame, welding, assembly
Inspection And Acceptance
Cycle tested before shipment
FAQ
Voltage, lead time, warranty
Configuration And Quote
Send your layout, quote in 24 hours
Pipe Diameter Alone Does Not Define The Stacker
A pipe stacker has to match more than the outside diameter. Pipe length, weight, cutting frequency, number of discharge lanes and the next handling step all affect the support layout, tilting mechanism and collection capacity.
Send us the six points below and the stacker gets configured around how your pipe actually leaves the line.
Pipe OD
Give us the minimum and maximum outside diameter you need to handle. This sets the support arrangement, pipe stops and the collection space available on the table.
Pipe Length
Tell us your finished cutting lengths, such as 3 m, 4 m, 6 m or 12 m. Longer pipes need enough table length and properly spaced support points so the transfer stays stable.
Pipe Weight
Give us the approximate weight of your heaviest finished pipe. If you do not have the exact figure, send the pipe OD, wall thickness or SDR, material and length and we work it out for you.
Cutting Cycle
Tell us your typical seconds per pipe or pipes per hour. The stacker has to finish receiving, tilting, discharge and reset before the next pipe arrives from your cutter.
Number Of Pipe Lanes
Confirm whether your line is single, dual, four-outlet or another multi-lane setup. Multi-outlet lines need the discharge sequence and collection area matched to the number of pipes arriving at once.
After Stacking
Let us know whether the pipe is removed by hand, bundled, wrapped or passed to another handling system. This decides the discharge direction, collection height and how much accumulation space you need.
Configuration Starts With Your Production Conditions
Choose The Stacker Around How The Pipe Leaves Your Line
Different pipe sizes, lengths, production layouts and discharge rates need different handling arrangements. The configuration should match how your pipe is supported, transferred and collected after cutting, not just the pipe diameter you run.
| Configuration | Best Suited For | Handling Focus | Typical Line |
|---|---|---|---|
| Pipe Tilting Table | Standard straight pipes at conventional production speeds | Simple receiving, controlled tilting and collection | Single-Outlet Line |
| Roller Discharge Stacker | Long pipes that need more continuous support during discharge | Smooth transfer, reduced friction and stable support along the full length | Long Straight Pipe |
| Multi-Lane Pipe Stacker | Dual, four-outlet or other multi-cavity pipe lines | Lane separation, discharge sequencing and accumulation control | Double / Four-Outlet |
| Heavy-Duty Pipe Stacker | Large-diameter, long or heavier pipes | Higher load capacity, reinforced support and controlled tilting under weight | Large-Diameter Line |
Swipe sideways to see all columns.
Not Sure Which Configuration Fits?
Send your pipe OD range, length, approximate weight, cutting cycle and number of pipe lanes. We match the stacker configuration to your production rate and the layout space you have at the end of the line.
Control The Transfer, Not Just The Drop
A finished pipe can still be damaged after cutting if it is poorly supported, released too quickly or allowed to strike the collection area. The stacker has to control your pipe from the moment it enters the receiving table until it settles in the collection position.
This matters most on long pipes, thin-wall products, larger diameters and pipes that already carry a finished socket end.
From Cutting To Collection
The same pipe leaves the same cutter. What happens in the next few seconds decides whether it reaches the rack as a finished product or as scrap.
The Stacker Must Reset Before The Next Pipe Arrives
A stacker is matched to the cutting cycle of your line, not treated as a separate unloading table. If the next pipe reaches the discharge area before the previous handling cycle is complete, pipes pile up and someone has to step in by hand.
The cycle time you have available has to cover the complete handling sequence:
Pipe Arrives
Cut pipe leaves the cutter
Receive
Pipe settles on the table
Tilt
Controlled transfer movement
Discharge
Pipe clears the receiving area
Reset
Table returns to start
Ready
Waiting before the next pipe
Cutting Frequency
Give us your typical seconds per pipe or pipes per hour. This sets the maximum time available for one complete stacking cycle.
Pipe Size And Weight
Larger or heavier pipes often need a slower, more controlled tilting movement. The cycle has to balance handling speed against stable transfer and acceptable impact.
Discharge Distance
The pipe needs enough time and space to clear the receiving table before the stacker travels back to its starting position.
Multi-Lane Production
Dual- and four-outlet lines need more than a faster tilt. Lane sequence, simultaneous discharge and available accumulation space all have to match your cutting pattern.
Check The Complete Cycle
Say your cutter produces:
15
seconds
per pipe, or 240 pipes per hour
Then the stacker has to complete all four movements, plus a working margin, inside that same 15 seconds:
If your cutting frequency changes between pipe sizes, send us the fastest production condition you expect. The stacker gets configured for that case so it never becomes the bottleneck when you switch to smaller pipe.
One Stacker May Need To Handle More Than One Pipe Size
Your line rarely runs one pipe specification forever. You change from one diameter or cutting length to another, and some lines also switch between outlet configurations.
So the stacker is designed around the full production range you expect to run, not only the first pipe size you order it for.
Changing Pipe Diameter
Different diameters move the pipe contact position, the stops and the collection space you have left. Within the agreed working range, these positions are arranged or adjusted so the pipe stays stable during receiving and tilting.
Changing Pipe Length
Going from 6 m to 4 m pipe does not just shorten the product. The support positions still have to keep the pipe balanced before discharge. If you run several cutting lengths, confirm them when the stacker layout is designed.
Support And Stop Positions
Adjustable supports, guides or pipe stops make routine size changeovers simpler where the mechanical design allows it. Their adjustment range is matched to the pipe sizes you actually plan to produce, not a generic span.
Single And Multi-Lane Production
Single-, dual- and four-outlet lines need different pipe spacing, collection areas and discharge sequences. Lane configuration is confirmed before manufacturing, not treated as an operating adjustment you make later on the floor.
What Can Be Adjusted, And What May Need Reconfiguration?
Some changes you handle at the machine. Others change the machine itself. Knowing which is which before you order keeps the usable range where you need it.
Routine Changeover
Within the designed operating range, you adjust these yourself for a different diameter or cutting length.
Configuration Change
A big jump in pipe length or weight, a wider diameter range, or a move from single-lane to multi-lane production changes the structure itself.
Send the smallest and largest pipe sizes, every cutting length you need and the maximum number of outlets at the start of the project, so the whole usable range is built into the stacker from day one.
Fit The Stacker Into The Complete Pipe Handling Flow
The stacker is configured around the equipment before it and the handling step after it. Working height, pipe direction, control signals and the floor space you actually have all need to match the real line layout.
Four Points To Confirm Before Integration
Get these four settled before the stacker is manufactured and the installation is a bolt-down job instead of a rework job.
Upstream Interface
Confirm the discharge height, pipe centerline, transfer direction and the signal available from your cutter or the equipment ahead of the stacker.
Control Coordination
The stacker has to respond to your production sequence at the right moment, so receiving and discharge never collide with the next cutting cycle.
Downstream Handling
Tell us whether the stacked pipe is removed by hand, bundled, wrapped or passed to another system. This sets the collection height, discharge direction and accumulation space.
Available Line Layout
On a retrofit, send the installation area or a line drawing. Frame length, discharge side and operator access are checked against your real space before anything is built.
New Line Or Existing Line?
The stacker is designed together with your downstream layout from the start, so heights, direction and signals are settled once.
Send the cutter discharge height, pipe direction, installation space and downstream handling method. Mechanical and control interfaces get matched before production, not on your floor.
Reduce Manual Handling At The End Of The Line
The stacker takes over pipe receiving and discharge, so your operators stop catching, lifting and moving finished pipes by hand shift after shift.
The operating sequence and safety devices are matched to your pipe size, weight and collection layout. Four things to look at when the stacker is specified.
Controlled Movement
Tilting and return movements follow a defined operating sequence, so every pipe transfer during normal production behaves the same way and nobody has to guess where the table is going next.
Tell us: Your pipe weight and how far it travels to the rack
Pipe Detection And Stops
Sensors and pipe stops confirm the pipe is where it should be before discharge, and keep it from rolling or moving on its own once it reaches the collection area.
Tell us: Your pipe OD range and whether the rack has a slope
Emergency Stop
Emergency-stop controls sit where your operators actually stand, so the handling cycle can be stopped immediately when something abnormal happens, not after a walk to the panel.
Tell us: Which side your operator works from
Safer Unloading Area
The collection layout gives your people enough room to remove pipe while keeping them clear of the main tilting and moving components during the cycle.
Tell us: How the pipe leaves the rack, forklift or by hand
Built Around Your Pipe And Line Requirements
Each pipe stacker is manufactured to the pipe size range, length, load, number of lanes and line layout you confirm. From frame fabrication and welding to roller assembly, tilting mechanisms, pneumatic components and control installation, the complete unit is assembled and checked in our factory before it ships to you.
Zhangjiagang City, Jiangsu, China
Test The Complete Handling Cycle Before Shipment
Inspection confirms more than whether the stacker can move. The complete receiving, tilting, discharge and reset sequence is run against your confirmed pipe range, production layout and operating requirements before the machine leaves the factory.
Overall Dimensions And Interface
Overall length, working height, pipe centerline and connection position are checked against your approved layout, so the stacker lines up with the upstream equipment on your floor.
Load And Support Check
Frame, support positions and tilting structure are verified under your agreed pipe size and load, with extra attention on long or heavier pipe.
Tilting And Reset Cycle
Receiving, tilting, discharge and return movements are run for smooth operation, stable pipe transfer and a consistent reset before the next cycle starts.
Sensor And Control Response
Pipe detection, operating signals and the control sequence are confirmed, so the stacker responds correctly to your cutter or the equipment ahead of it.
Multi-Lane Function
On dual-, four-outlet or other multi-lane systems, lane spacing, discharge sequence and collection behavior are checked under your agreed operating condition.
Safety Functions
Emergency stops, pipe stops, sensors and every other safety device you specified are verified before final acceptance is signed off.
Acceptance Based On The Agreed Handling Conditions
Final acceptance confirms that the stacker can repeatedly receive, transfer and collect your specified pipe without unstable movement, unnecessary impact or interruption to the production cycle you need. Where practical, continuous handling tests are run with actual pipe or an agreed equivalent load before shipment.
Pipe Stacker FAQs
The questions buyers ask most before they configure a stacker. If yours is not here, send it to Maggie and you get a direct answer.
01
What information is needed to configure a pipe stacker?
The main information is your minimum and maximum pipe OD, finished pipe length, approximate pipe weight, cutting cycle, number of pipe outlets and the handling process after stacking. For an existing line, also send the cutter discharge height, pipe direction and available installation space. A line layout or equipment drawing helps when interface dimensions need to be matched.
02
Can one pipe stacker handle different pipe diameters and lengths?
Yes, provided the required range is built into the initial design. Different diameters and lengths are handled through adjustable support positions, stops, guides or control settings. Large changes in pipe length, weight or diameter can need a different frame length, support arrangement or tilting structure, so confirm your full production range before manufacturing.
03
How do you determine whether the stacker can handle a long or heavy pipe?
Pipe diameter alone is not enough. Pipe length, wall thickness or SDR, material and finished weight are used to evaluate the required support spacing, frame load and tilting arrangement. Long pipes also need enough support along their length to prevent excessive sagging or unstable movement during transfer.
04
How is the stacker matched to the cutting speed?
The complete handling cycle is compared with your fastest expected cutting cycle. The stacker has to receive the pipe, tilt it, discharge it and return to the ready position before the next pipe reaches the handling area. For multi-outlet lines, lane sequence and accumulation capacity are checked as well, not just tilting speed.
05
Do dual- or four-outlet pipe lines require a different stacker?
Usually, yes. Multi-outlet production changes the pipe spacing, discharge sequence, collection width and required accumulation area. A multi-lane stacker is configured around your actual outlet arrangement and cutting pattern instead of adapting a standard single-lane tilting table after installation.
06
Can the stacker handle pipes that have already been belled?
Yes, but the socket dimensions and handling direction are confirmed during design. The enlarged pipe end needs enough clearance around supports, stops and the collection area, and the stacking arrangement is set so socket ends do not strike adjacent pipes or structural components during discharge.
07
Can a pipe stacker be added to an existing extrusion line?
Yes, if the mechanical and control interfaces can be matched. For a retrofit, the key information is your cutter discharge height, pipe centerline, discharge direction, available floor space, cutting signal and downstream handling method. These are reviewed before the stacker dimensions and interface arrangement are finalized.
08
Can the stacker connect with bundling or packaging equipment?
Yes. If bundling, wrapping or another automatic handling process follows the stacker, the discharge direction, collection height, pipe quantity and accumulation space are planned together. Defining the next handling step early avoids manual repositioning between the stacker and your packaging equipment.
09
How do you reduce scratching and impact during pipe discharge?
The handling arrangement is selected around your pipe surface, length, weight and end condition. Support spacing, contact surfaces, tilting movement, discharge height and collection buffering all affect the risk of scratches or impact. Thin-wall, long, large-diameter and socketed pipes need more careful control than short standard straight pipes.
10
How should a pipe stacker be accepted before shipment?
Acceptance covers the complete handling function, not just whether the mechanism moves. The agreed dimensions, working height, support arrangement, load condition, tilting and reset cycle, sensors, control response and safety functions are all checked. Where practical, continuous handling tests with your specified pipe or an agreed equivalent load confirm that the stacker can repeatedly receive and discharge pipe without unstable movement or interruption to the required cycle.
Send Your Pipe And Line Details To Maggie
Pipe OD range, length, cutting cycle, number of lanes, and what happens after stacking. A few lines is enough to get a real stacker configuration back, not a price list.
Maggie
Sales, QTech Machinery
Replies within 24 hoursYour message reaches me directly. If your product should be going to a coiler instead of a stacker, or the bottleneck is actually your cutter, I will tell you that before you spend anything.
What Comes Back To You
- Stacker configuration matched to your pipe OD, length, weight and lane count
- Handling cycle checked against your fastest cutting condition
- Frame length, working height, discharge side and signals matched to your layout
- Full handling cycle tested with pipe before it is packed
Maggie
Sales, Zhangjiagang Qinxiang Machinery Co., Ltd.
Get Your Stacker Configuration
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