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Industrial Case Packer Machine for End-of-Line Packaging
Finetech supplies case packer machines for pharmaceutical, cosmetic, food, beverage, and consumer-goods operations. We match the loading method, pack pattern, case size, product orientation, sealing style, and output to the end-of-line requirement. Robotic and conventional configurations are available. Support includes pack-pattern review, layout planning, trials, commissioning, and operator training.
What Is a Case Packer Machine?
A case packer machine groups finished products and loads them into corrugated shipping cases in a defined pattern. The system may erect cases, collate products, use a robot or pusher for loading, and close the flaps. Tape or hot-melt adhesive then seals the case. Completed cases move to coding, palletizing, or warehouse handling.
主なメリット
Lower Manual Packing Demand
Automatic collation and loading reduce repetitive lifting and placement. Operators can focus on replenishment, verification, and line supervision.
Consistent Case Patterns
Controlled product grouping creates repeatable rows, layers, or orientations. Stable patterns improve case use and downstream palletizing.
Stronger End-of-Line Flow
Integrated case erection, loading, and sealing reduce handoffs between separate stations. This supports steadier dispatch preparation.
Why Choose Us
End-of-Line Packing Built Around the Shipping Case
A case packer must handle both the product and the corrugated case reliably. Finetech reviews product dimensions, weight, incoming orientation, required count, layer pattern, case quality, seal method, and line speed. We then configure the collator, gripper or pusher, case handling, inspection, and controls around the approved pack.
フィネテックの主な強み：
- Pack-pattern development from products and cases
- Custom infeed, collation, and loading arrangements
- Robotic grippers selected for product protection
- Line-layout, commissioning, and training assistance
- Technical and spare-parts support after handover
Different Types of Case Packer Machines
Case packers include robotic pick-and-place systems, side-load machines, drop packers, wraparound designs, and conventional pusher configurations. Robotic units offer flexible patterns and gentle handling, while dedicated mechanisms can suit stable, high-volume packs. Selection depends on product rigidity, incoming orientation, case style, required layers, changeover frequency, speed, and available end-of-line space. Future products and pallet patterns should be considered before the cell layout is finalized.
Not Sure Which Case Packer Machine Is Right for You?
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Applications for Case Packing
Cartons are widely used as tertiary packaging for products. Below are the industries where Finetech case packers are applied.
主な特徴
Organized Product Infeed
Conveyors and lane guides present products at the required spacing. Stable infeed conditions support reliable grouping before case loading.
Automatic Product Collation
The machine builds rows or layers according to the approved case pattern. Sensors track product presence and accumulation.
Vision-Guided Positioning
Available vision systems identify product location and orientation before robotic pickup. This supports flexible handling of variable incoming positions.
Product-Matched Grippers
Vacuum cups, clamps, or custom end effectors handle the product during loading. The design considers weight, surface, rigidity, and damage risk.
Recipe-Based Pack Patterns
Stored recipes control product count, layer arrangement, motion, and case format. Operators can call up validated patterns during changeover.
Integrated Case Erection
Configured systems open flat corrugated blanks and prepare the bottom before loading. Sensors confirm the case is ready.
Tape or Adhesive Sealing
Top flaps are folded and closed with tape or hot-melt adhesive. The method is matched to the case and distribution needs.
Inspection and Fault Handling
Sensors can check product count, case position, and selected closing conditions. Faults trigger alarms, stops, or reject actions.
Guarded End-of-Line Access
Interlocked guarding protects robotic and mechanical movement. Planned access supports cleaning, jam clearance, gripper changes, and maintenance.
認証
当社のサービス
View the list of cartoning machine solutions.
お客様の製薬機械に対する、現場での据付および試運転のサポート。.
チームが機械の正しい操作方法を理解できるよう支援するためのオペレーター研修。.
機械の操作およびトラブルシューティングに関するオンライン技術サポート。.
2年間のご使用後、機械を稼働させ続けるための交換部品をご提供いたします。.
当社は、製造から包装ラインに至るまで、包括的なターンキーソリューションを提供しています。.
お客様の生産規模に合わせて、カプセル充填ラインをカスタマイズいたします。.
お客様の製品の種類に合わせて、カートニングマシンをカスタマイズいたします。.
技術データ
Production Capacity Up to
200
Cases/hour
Mechanical-Arm Pick Rate
10
Cycles/minute
Standard Case Size
300 x 250 x 200
んん
Installed Power
7.5
kW
仕様
| モデル | FTZCP-600 自動ケース梱包機 |
|---|---|
| 生産能力 | ≤200箱/時間 |
| 機械アームの把持生産能力 | 10回/分 |
| シーリングタイプ | 粘着テープまたはホットメルト接着剤 |
| カートンサイズ | 300×250×200mm |
| 電源 | AC380/50Hz 7.5kW |
| 空気供給 | 圧力：0.6MPa 空気消費量：≤1m3/h |
| 全体寸法 | 5000*2000*2900mm |
| 重さ | 2500(kg) |
| 主な素材 | アルミニウム合金、304ステンレス鋼 |
関連技術
よくある質問
Start with product samples, case drawings, pack count, layer pattern, required output, sealing method, and line layout.
Yes, within the designed range. Case guides, recipes, grippers, and loading positions may need adjustment or part changes.
Robots can handle cartons, bottles, pouches, trays, and other packs when a suitable gripper and infeed are provided.
The pattern is developed from product and case dimensions, count, orientation, weight distribution, and palletizing needs.
Yes. A configured line can open blanks, seal the bottom, load products, close the top, and discharge finished cases.
Tape offers straightforward opening and handling. Hot-melt adhesive can provide a clean closure. Case design and logistics guide the choice.
Controlled motion, cushioned contact surfaces, suitable grippers, and gentle acceleration reduce impact during pickup and placement.
Yes. Finished cases can transfer through conveyors to coding, weighing, palletizing, or warehouse systems.
Poor product spacing, unstable cases, incorrect guides, unsuitable corrugated board, and timing errors are common causes.
Timing depends on case dimensions, gripper changes, guide adjustments, recipe setup, and the required verification procedure.
Confirm electrical supply, compressed air, conveyor interfaces, floor space, guarding clearance, and adhesive or tape requirements.
Support can include layout review, installation, commissioning, operator training, troubleshooting, spare parts, and new-format assessment.