Configure the side-push transfer around your real product group, shipping case, pack pattern and accepted output. HIJ defines the complete interface and FAT basis instead of quoting one unsupported headline speed.
Stable grouped productsHorizontal side loadingPattern controlFAT-defined output
Product firstProve the incoming packs can form a stable, supported group.
Case firstOpening, clearance and closure define the transfer window.
Pattern firstRows, layers, orientation and inserts define the sequence.
Good cases/minContract accepted discharge—not a mechanism cycle.
Quick answer
What Is a Side Load Case Packer?
A side load case packer collates products into an agreed group and transfers that group horizontally into an open shipping case. It may coordinate case erection and closure or interface with separate machines, so the contracted system boundary must be explicit.
Best starting fit
Choose Side-Push Loading When These Conditions Are True
1
The products form a stable group
Cartons, trays or supported multipacks hold orientation while being counted, collated and transferred.
2
The case presents square
The open case has repeatable internal clearance, a controlled loading datum and adequate support during the push.
3
Horizontal contact is acceptable
The grouped products tolerate the specified contact face and sliding path without unacceptable scuffing, crushing or deformation.
The final sequence depends on whether case erection and closure are integrated. A complete project still needs these six controlled functions and a named owner at every transfer.
1
Receive product
Accept the upstream product at the agreed height, pitch and orientation without hiding upstream faults.
2
Count and collate
Arrange the required rows, columns or layers while controlling buffer limits and product identity.
3
Present the case
Deliver an open, squared and supported shipping case at the defined loading datum.
4
Transfer horizontally
Move the approved group with the contracted contact face, stroke, acceleration and clearance.
5
Close and seal
Fold and seal the case with the specified tape, adhesive or separately supplied closure machine.
6
Inspect and discharge
Reconcile counts, confirm rejects and release accepted cases to conveying or palletizing.
These values preserve the current published machine data for shortlisting. The signed quotation and technical agreement must reconfirm every value against the approved product, case, pattern and destination standard.
Published field
Current reference
What the quotation must clarify
Model
HIJ-CP500, side-push type
Exact configured model and included modules
Packing capacity
80–500 boxes/minute
Whether “boxes” means incoming retail cartons or accepted shipping cases; test basis and product format
Control
Siemens PLC and HMI touch screen
Final hardware, language, recipes, access levels and data interfaces
Power supply
AC 220 V / 0.4 kW, or customized
Destination voltage, frequency, phases and total connected load of the configured system
Compressed air
0.5–0.6 MPa; 350 L/min
Inlet condition, quality, peak use and operating consumption
Machine size
L2000 × W1300 × H1900 mm
Final GA drawing, guards, conveyors, doors and maintenance clearances
Machine weight
Approximately 700 kg
Final configured weight, floor loading and handling points
Construction option
Optional SUS304 stainless steel
Exact frame, guards and product-contact material scope
Do not convert the published 80–500 boxes/minute directly into sellable cases. Contract accepted output as good shipping cases per minute for the nominated product, case and pack pattern.
Quotation engineering
Build the Side Load Case Packer Quote Line by Line
A useful proposal states what is included, what must be proven and which project inputs change the final scope. Ask suppliers to answer the same fields so the quotations remain comparable.
1
Verified good-case output
Define good cases per minute, test SKU and case, pack pattern, run duration, reject basis and accepted result.
2
Product and case fit
Confirm group stability, contact face, case clearance, support, sample trials and change parts for every approved format.
3
Complete system scope
Itemize infeed, collation, case supply, loading, closure, controls, FAT, documents, training and site services.
Quotation field
Your input
Supplier must state
Accepted output
Good cases/minute and shift demand
Guaranteed rate, test SKU, case, run duration and acceptance basis
Product set
Dimensions, weight, surface, orientation and fragility
Grouping method, contact face, guides and sample-test result
Case set
Internal/external size, board, joint, opening and closure
Presentation method, usable clearance and tolerance window
Pack pattern
Rows, columns, layers, inserts and orientation
Sequence drawing and products per group and case
Utilities and layout
Power, air, floor space and access route
Connected loads, GA drawing and service clearances
Controls
Line signals, coding, inspection and data needs
I/O list, buffer logic, recipes, alarms and handoff conditions
Evidence
FAT, drawings, manuals, training and site scope
Named deliverables, language, revision and acceptance date
Side Push, Top Load, Pick-and-Place or Wrap-Around?
There is no universal best case packer. Choose the loading principle from product stability, allowable contact, case style, changeover range and the evidence your FAT must produce.
Horizontal transfer
Side push / side load
Starts with stable groups
Requires controlled case clearance
Check scuffing and recovery after stops
Vertical loading
Top load or drop
Can suit robust products
Impact and orientation need testing
Case opening must stay accessible
Controlled placement
Pick-and-place
Can control irregular packs
Gripper fit is product-specific
Cycle time and recovery matter
Blank formed around group
Wrap-around
Needs a stable product group
Blank and tooling are format-specific
Compression and closure need proof
Match Product Behavior to the Transfer Method
Incoming product
Critical question
Evidence to request
Stable rectangular cartons
Can the group hold its pattern while sliding into the case?
Full-pattern trial and case-clearance check
Premium printed cartons
Are the contact face, guides and sliding surfaces acceptable?
Scuff, corner and print-surface inspection criteria
Supported multipacks
Does the wrap, tray or band keep the group stable?
High/low pack-tension samples and retained results
Bottles or tapered packs
Can the group be supported without tipping?
Grouping fixture trial and stop/restart challenge
Flexible or irregular packs
Would pick-and-place control the product better?
Comparative trial before selecting side push
Integrated line referenceDefine every upstream release, buffer and downstream acceptance condition.Configuration referenceThe final mechanical route follows the approved product, case and pack pattern.
Configuration control
Separate the Base Platform from Project Modules
The final quotation must name every included module, interface and performance commitment. A generic model name cannot replace the project technical agreement.
1
Product infeed
Lane count, accumulation, orientation, low/high-level response and upstream ownership.
2
Collation system
Counting, grouping, rows, layers, inserts, support plates and wrong-pattern response.
3
Case presentation
Integrated erection, erected-case infeed or separate supply, plus case-open verification.
4
Transfer device
Contact face, guides, support, stroke, acceleration, clearance and stop recovery.
5
Closure and inspection
Tape, adhesive or separate sealer, with count, load, closure and reject confirmation.
6
Controls and data
Line handshakes, recipes, alarms, access levels, coding, aggregation and records.
Common Industry Starting Points
Pharmaceutical cartons
Define count reconciliation, printed-carton inspection, line clearance and documentation needs. See the upstream blister cartoning machine.
Food and consumer cartons
Control product grouping, case-board behavior, pack pattern and closure under the actual production environment.
A side load case packer performs only as well as its incoming product release, case supply and downstream acceptance. Put the complete sequence and signal ownership into one interface document.
Upstream release
Cartoner or product line supplies the agreed height, pitch, orientation and buffer status.
Multi-station lineConfirm buffering, handshakes, fault ownership and restart sequence between stations.Alternative loading architectureUse a different transfer method when the product cannot form a stable side-push group.
Products per case, rows, layers, inserts, orientation and support requirements.
4
Required output
Good cases per minute, batch and shift demand, planned efficiency and growth allowance.
5
Line interface
Upstream rate, buffer, downstream conveyor, coding, inspection and data requirements.
6
Evidence scope
Drawings, manuals, FAT, training, spare parts, qualification support and site services.
Minimum FAT Evidence for Side-Push Loading
Representative products and production cases
Approved group and loading-sequence drawing
Target good cases/minute and run duration
Input, output, reject and rework reconciliation
Missing, doubled and misoriented product challenges
Case-open, case-absent and closure fault challenges
High/low upstream rate and accumulation tests
Stop, restart and transfer-recovery demonstration
Format change and correct-recipe verification
Signed results, retained samples and open-item list
My Insight — Forester Xiang
Select a side-push machine from the behavior of the complete product group, not from a single empty carton. The critical questions are whether the group stays stable, how contact force is distributed and what happens after a stop.
Before approving a quotation, ask the supplier to demonstrate the real product, real case and real pattern at the agreed good-case rate, then reconcile every reject and reworked case.
Plan for recovery, not only normal running. Use the case packer troubleshooting guide to define the fault evidence, spare parts and restart checks your team will need.
Frequently asked questions
Side Load Case Packer FAQ
What is a side load case packer?
It is an automatic case packing system that collates products into an agreed group and transfers that group horizontally into an open shipping case. Case forming and closure may be integrated or supplied as separate modules.
Which products are suitable for side-push loading?
Stable cartons, trays or supported multipacks are common starting points. Suitability depends on group stability, surface friction, allowable contact, case clearance and the ability to maintain orientation during transfer, so representative samples must be tested.
How should side-push case packing output be calculated?
Confirm product supply, collation, case presentation, horizontal loading, closure and discharge rates; use the lowest confirmed stage; then apply the agreed acceptance basis. The quotation should state good cases per minute for the nominated product, case and pattern.
What case information is required?
Provide internal and external dimensions, board and flute, manufacturer joint, opening direction, closure method, tolerances, samples, loaded weight, pack pattern and any dividers or inserts.
Does horizontal side-push loading prevent product damage?
No loading method can guarantee damage-free performance without testing. The contact face, guides, acceleration, product surface, group stability and case clearance must be proven with representative samples and agreed inspection criteria.
Can the machine connect to an existing cartoning line?
It can be engineered as an integrated line when conveyor height, product pitch and orientation, buffer limits, handshakes, case-packer acceptance and downstream discharge are defined in one interface document and tested during FAT.
What should be tested during FAT?
Test the target good-case rate, count reconciliation, group stability, loading quality, closure, missing and doubled products, case faults, starvation, blockage, stop and restart, format change and transfer recovery with approved products and cases.
What is needed for an accurate quotation?
Send the product set, case drawings and samples, pack pattern, accepted output, line-interface requirements, utilities, floor plan, documentation requirements and requested FAT evidence.
Project inquiry
Get a Side-Load Concept Built Around Your Real Packs
HIJ can return a project-specific loading concept, interface scope, performance basis and FAT plan when you send the actual products, shipping cases and required pack pattern.
HIJ Machinery prepares packaging-equipment concepts from the buyer's product, package, line and acceptance inputs. Final capability, materials, utilities, delivery scope and performance belong in the signed quotation and technical agreement.
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