视频待替换
videos/rl4-changeover.mp4
videos/rl4-changeover.mp4
30–60 s
换模 / 调机实操
确认换模步骤是否简便、加热箱调整方式、配方调用流程。
TECBLOW-RL-4
The second-generation TEC BLOW machine integrates advanced technology and innovation across all key functions.Designed for simple and flexible operation,it ensures continues,non-stop production with a compact footprint,high output,and significant savings in heating energy and air consumption.These features meet the highest customer demands and establish TEC BLOW as a leader in blow molding technology.
TECBLOW-RL-4 description
HIGH SPEED STRETCH BLOW MOLDING MACHINE BY AOKTAC
Technical specifications
TEC Blow-Solutions for PET Small Bottles
| Model | Unit | RL-4II | |
|---|---|---|---|
| Clamping System | Number of cavity | Cavities | 4 |
| Mold stroke | mm | 0-130 | |
| Stretch stroke | mm | 340 | |
| Bottom stroke | mm | 50 | |
| Cavity distance | mm | 114.3 | |
| Heating distance | mm | 44.45 | |
| Number of holder | Pcs | 126 | |
| Container | Max.container volume | ltr | 2 |
| Max. neck diameter (optional) | mm | 30/38 | |
| Max.prefrom height | mm | 140 | |
| Max.container diameter | mm | 130 | |
| Max.container height | mm | 340 | |
| Theoretical Output | B.P.H | 8000 | |
| Electrical System | Heating oven | Units | 4 |
| Box*channel | Storey | 10 | |
| Number of lamp | Pcs | 48 | |
| Heating power | kw | 57.6 | |
| Average power | kw | 19.2 | |
| Installed power | kw | 67 | |
| Voltage | V | 220V/380V/50HZ/60HZ/3phase | |
| Air System | Operating pressure | kg/cm² | 7 |
| Blowing pressure | Mpa | 3.0-4.0 | |
| High pressure air consuming | m³/min | 4 | |
| Chiller System | Temperature | ℃ | 10-15 |
| Pressure | Mpa | 0.4 | |
| Flow rate | L/min | 80 | |
| Heating power | HP | 8 | |
| Machine | Machine dimension (L*W*H) | m | 6.5*2.2*2.6 |
| Machine weight | Kg | 7500 |
Development History
- With over 25 years of unremitting efforts by its team and outstanding achievements in the field of two-stage reheat stretch blow molding technology for PET preforms, AOKTAC has become a global leader in this equipment manufacturing industry.
European Technology & Chinese Efficiency
Originated in Europe, optimized for the world
- Through years of dedicated R&D by our engineering teams,we have evolved the rotary heating& linear blowing technology into the next-generation TECBLOW platform.Designed for maximum efficiency,it significantly reduces footprint while delivering higher output and lower energy consumption.
Precision engineering. Global reach.
- In the age of intelligent manufacturing,customers need mature technology that is stable, user-friendly, and future-ready, With its outstanding performance,TECBLOW is the trusted choice for the global bottling and packaging industry.We offer a full range of customizable standard machines with multi-cavity options,achieving a maximum output of upto24,000BPH.
Precision Through Strict Quality Control
- We adhere to a zero-defect philosophy across our entire production line.Every critical component-from servo motors to pneumatic systems- is sourced from global leaders and rigorously tested before assembly Multi-stage inspections,real-time monitoring,and final performance validation ensure that every TECBLOW machine operates at peak efficiency,right out of the box.
Our Customers
Technology Partners
TEC BLOW RL SERIES
High-Speed Stretch Blow Molding Machine
The second-generation TEC BLOW machine integrates advanced technology and innovation across all key functions.Designed for simple and flexible operation,it ensures continuous,non-stop production with a compact footprint,high output,and significant savings in heating energy and air consumption.These features meet the highest customer demands and establish TEC BLOW as a leader in blow molding technology.
Simple and Flexible Operation
Continuous and Uniterrupted Production
Small Footprint
High Productivity
Low Energy Consumption
Low Air Consumption
Mechanical Characteristics
Fully Automatic Operation Interface
Mitsubishi or Innovance touchscreen +PLC,flexibly configured per customer needs. Graphical interface stores process parameters,alarm diagnostics,production data, maintenance programs, and operation videos.
Remote cloud control system enables global online connection and machine takeover. Real-time fault diagnosis and program optimization with instant cross-border response.
Preform Feeding Unit
Utilizes a star wheel feeding system to replace the traditional mechanical turnover structure.This design ensures smoother and more stable preform feeding,enhancing overall machine performance.
Heating Unit
Features the industry’s smallest38.1mm heating pitch technology,significantly reducing heating oven power consumption.
Utilizes Swiss imported ceramic reflectors to enhance reflection efficiency, improving overall oven performance for higher efficiency and energy savings.
Mechanical Claw(Transfer System)
Pneumatic-Free: No compressed air needed,reducing energy and complexity. High Durability:Rigid mechanical design,70% longer wear part life than pneumatic claws.
Spring-Synchronized Gripping:Flexible & precise neck-handling,no deformation during transfer.
Stretch Blowing Unit
Stretch rod driven by servo motor with rack and pinion transmission.
Equipped with IMI NORGREN high-pressure blowing valve,optional air recovery function.
Blow Mold
All molds are manufactured from7075 aviation aluminum.The single-cavity round mold structure allows for quick and easy mold changes
overall dimensions
Structural Introduction
The TECBLOW series features an easy-to-use,simplified user interface for intuitive machine control.The autoloading preform system incorporates a central rotation mechanism,ensuring stable heat distribution and uniform heating across the preform wall from every angle.Our most advanced transfer technology allows preforms to be picked directly from the heating oven and delivered to the blowing molds in a single step-automatically adjusting to preform distance variations.This fully electric system uses mechanical claw technology operated by servo drives,eliminating complex mechanisms and reducing spare parts usage.The same mechanical claw technology is used at the bottle take-out station after blowing,requiring no pneumatic energy,which enhances component longevity and reduces future spare parts costs for customers.
Feeding Unit
Heating Unit
Transfer Preform
Stretch Unit
Bottle Out
High Pressure
TEC BLOW II SERIES ADVANTAGES
Heating Oven Advantage
- Balanced heating mandrel technology;
- Cam controls preform active mandrel loading;
- NIR heating,intensive heating,PET preform much more uniform heated and optimized.
- Heating oven adopt Swiss infrared ceramic reflector technology(heating efficiency much higher than SS reflector,and power consumption 10%-30% lower than traditional type.
- 38.1mm-the smallest heating distance in blowing machine field, power consumption is much lower than 50.8mm heating pitch.
Preform Transfer Advantages
- Continuous preform transfer technology(national patent)for uninterrupted operation.
- Screw preform separation system with one-way rotation, reducing wear and mechanical movement.
- Fast transverse movement structure with bumper design for smooth and reliable transfer.
- Fully electric system using servo-driven mechanical claw technology,eliminating complex mechanisms.
- Servo stretching for accurate positioning,ideal for lightweight bottle forming.
- Automatically adapts to preform distance variations without additional adjustments
Active Mandrel Advantage
- The preform mandrel operates with exceptional stability and high rotational concentricity,ensuring no off-center movement during rotation.This precision design allows for a heating pitch of only38.1mm-the smallest in the industry-significantly reducing heating power consumption and maximizing energy savings.
Four Plate Servo Clamping
The servo motor drives the gearbox to actuate mold clamping,in synchronization with the bottom cam for fast mold opening and closing.
Machine component list
| Components | Brand, Country |
|---|---|
| PLC | Inovance, China |
| Touch screen | Inovance, China |
| Servo motors | Inovance, China |
| Pre-blow regulator valve | Ewo, German |
| Silencer | Smc, Japan |
| Air clean and filter | Smc, Japan |
| Stabilize valve | Parker, USA |
| Contactor | Schneider, German |
| Relay | Schneider, German |
| SCR | Watt, China |
| High pressure blowing valve 3 in 1 | Norgren, England |
| Preform blowing check sensor | Keyence, Japan |
| Proximate sensor 1 | Autonics, Korea |
| Proximate sensor 2 | Sick, German |
| Heating lamps | Haichuan, China |
| Heating reflection board | |
| Sealing cylinder | Lokwah, China |
TEC BLOW II SERIES ADVANTAGES
Get Pricing
Get Factory-Direct Pricing & a Technical Proposal
Tell us your bottle size and target output, and our engineering team will recommend the right pet bottle blow molding machine configuration with a quotation.
- Reply within 24 hours on business days
- Configuration recommendation based on your bottle design
- Quotation, layout drawing and lead time in one reply
Send Your Inquiry
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TECBLOW · 技术参考页
RL-4 全自动 PET 吹瓶机
4 腔直线式，适用 100 mL–2,000 mL 水瓶 / 饮料瓶，标称 8,000 BPH。本页供客户选型与技术参考，参数可按配置定制。
01 / 速览
3 秒速览
先看这 6 个数字建立框架，再决定是否深读规格表。英制为近似换算。
腔数4 腔4 cavity
最大瓶容量2,000 mL67.6 fl oz
标称产能8,000 BPH500 mL / 15 g 基准
总功率≈120 kW随加热配置变化
高压气耗≈2.4 Nm³/min≈85 CFM
机台尺寸 / 重量6.2×2.4×2.6 m≈8,500 kg · 20.3×7.9×8.5 ft
产能说明：8,000 BPH 为 500 mL / 15 g PET 瓶坯的标称值。实际产能随瓶型、克重、加热功率配置及现场公用工程条件变化，详见瓶型案例。
02 / 运行视频
看它怎么跑
按“你想确认什么”拆成 3 段短片，每段 15–60 秒，可直接跳到关心的动作，无需看完长宣传片。
视频待替换
videos/rl4-bottle-closeup.mp4
videos/rl4-bottle-closeup.mp4
≈15 s
出瓶特写
观察瓶底成型质量、出瓶流畅度与输送稳定性。
视频待替换
videos/rl4-heating-zone.mp4
videos/rl4-heating-zone.mp4
20–40 s
加热区运行
了解加热箱布局、灯管分布与瓶坯运行状态。
03 / 技术规格
详细参数
公制为主、关键项附英制近似值；备注列写明边界条件，避免把参考值当承诺值。
| 项目 | 公制 | 英制（近似） | 备注 |
|---|---|---|---|
| 成型组 | |||
| 腔数 | 4 腔 | 4 cavity | 型号命名来源 |
| 最大瓶容量 | 2,000 mL | 67.6 fl oz | 单腔，视瓶型 |
| 最大瓶身直径 | 110 mm | 4.33 in | 视瓶型与模具 |
| 最大瓶高 | 330 mm | 13.0 in | 视瓶型与模具 |
| 标称产能 | 8,000 BPH | 8,000 bph | 500 mL / 15 g 基准实际随瓶型、克重变化 |
| 电控与公用工程 | |||
| 总功率 | ≈120 kW | ≈120 kW | 随加热配置变化 |
| 电压 / 频率 | 380 V / 50 Hz | 可定制 | 以技术协议为准 |
| 高压空气压力 | 3.0–4.0 MPa | 435–580 psi | 按瓶型调整 |
| 高压空气消耗 | ≈2.4 Nm³/min | ≈85 CFM | 随产能变化 |
| 冷却水流量 | ≈0.8 m³/h | ≈3.5 GPM | 示例值，按现场确认 |
| 冷却水进水温度 | ≤20 °C | ≤68 °F | 建议值 |
| 机台 | |||
| 外形尺寸（长×宽×高） | 6.2×2.4×2.6 m | 20.3×7.9×8.5 ft | 示例值 |
| 重量 | ≈8,500 kg | ≈18,739 lb | 以出厂铭牌为准 |
换算说明：英制数值为近似换算，便于快速阅读；精确验收以公制参数与合同技术协议为准。
04 / 关键部件
核心件清单
对工业设备客户来说，核心部件的品牌就是“隐性规格”。以下按功能分组，高亮项为影响稳定性与维护便利性的关键件。
核心控制
- PLC / 触摸屏 · Inovance统一控制与配方管理，换型时可直接调用配方参数。
- 接触器 / 继电器 · Schneider电气控制回路关键件，通用型号便于后期维护替换。
气路关键件
- 高压吹气阀 · Norgren 3-in-1集成方案减少管路接头，降低漏气风险与故障点。
- 先导调压阀 · Ewo（德国）稳定高压气路压力，便于瓶型切换时快速调整。
检测与加热
- 瓶坯吹气检测传感器 · Keyence（日本）检测吹气状态，便于识别异常并剔除不良品。
- 加热灯管 · Haichuan加热区关键耗材，建议纳入日常备件与更换计划。
品牌与型号以合同配置清单为准，部分配置可能随供应链调整；如需指定品牌，请在技术协议中注明。
05 / 瓶型案例
典型瓶型产能参考
用具体瓶型帮助建立产能预期，比裸参数更有参考价值。
| 瓶型 | 瓶坯克重 | 参考稳定产能 | 说明 |
|---|---|---|---|
| 500 mL 矿泉水瓶 | 15 g | 7,600–8,000 BPH | 基准瓶型，适合作为产能对比起点 |
| 330 mL 碳酸饮料瓶 | 22 g | 6,000–6,500 BPH | 需结合耐压瓶型与冷却条件确认 |
| 1.5 L 矿泉水瓶 | 28 g | 4,800–5,200 BPH | 克重与瓶型增大，产能相应下降 |
案例数据为占位示例，实际稳定产能需结合瓶坯、模具、加热配置、高压空气与冷却水条件现场实测确认。
06 / 选型输入
选型前请提供以下信息
信息越完整，配置与报价越准确。可截图转发给对接销售。
1
瓶型与容量如 500 mL 矿泉水瓶 / 330 mL 碳酸饮料瓶，附瓶样或图纸
2
瓶坯克重与材质PET 牌号、克重、瓶口规格（如 28 mm PCO 1881）
3
目标产能所需 BPH，是否为单班/双班/连续生产
4
现场公用工程电压与频率、可用高压气压力与流量、冷却水温度
5
车间与安装条件可用占地尺寸、层高、地面承重、进出料方向
6
特殊要求指定品牌部件、认证要求、后段配套（灌装/贴标/包装）
免责说明
本页仅供客户技术参考，不构成销售承诺。页面中的产能、功率、气耗、水耗、尺寸与重量均为参考值，可能随瓶型、配置、供应链及现场公用工程条件变化。最终配置与验收参数以合同技术协议及出厂铭牌为准。视频内容为设备运行示意，不代表特定交付配置。
TECBLOW · 技术参考页
RL-4II 全自动 PET 吹瓶机
4 腔直线式吹瓶机，采用欧洲技术优化，适合高品质水、饮料瓶生产。标称产能 8000 BPH。本页为技术参数、内部结构及品牌配置参考。
3 秒速览
腔数4 腔最大 2L 容量
标称产能8,000 BPH实际视瓶型而定
装机功率67 kW平均功耗 19.2 kW
高压气耗4 m³/min压力 3.0-4.0 Mpa
最小加热间距38.1 mm行业领先节能设计
机器重量7,500 kg尺寸 6.5×2.2×2.6m
核心机械特性
从瓶坯进料到成品出瓶，各单元的细节设计决定了机器的稳定性和能耗。
< img src="images/interface.jpg" class="feature-img" alt="操作界面">
全自动操作界面
标配 Inovance (汇川) 或 Mitsubishi (三菱) 触摸屏及 PLC（可按需定制）。具备工艺参数存储、报警管理、维修保养提示及操作视频等图形化功能。支持远程云控制，实现全球联网监控与快速故障诊断。
< img src="images/feeding.jpg" class="feature-img" alt="瓶坯进料单元">
瓶坯进料单元
采用星轮进料系统替代传统机械手机构，运行更加平稳顺滑，显著提升了机器的整体性能，减少卡坯风险。
< img src="images/heating.jpg" class="feature-img" alt="加热单元">
加热单元 (38.1mm 超短间距)
采用行业最小的 38.1mm 加热间距技术，大幅降低加热功耗。配备 瑞士进口陶瓷反射器，提升反射效率，进一步优化整体性能并节能。
< img src="images/claw.jpg" class="feature-img" alt="机械抓手">
机械抓手 (传送系统)
无需压缩空气（气动免维护），降低能耗与复杂性。采用坚固的机械设计，使用寿命比气动夹具长 70%。弹簧同步夹持，传输过程中瓶坯不变形。
< img src="images/blowing.jpg" class="feature-img" alt="拉伸吹塑单元">
拉伸吹塑单元
拉伸杆由伺服电机驱动（齿轮齿条结构）。配备 IMI NORGREN 高压吹气阀，确保高压吹气稳定，支持选配空气回收功能，降低气耗。
< img src="images/mold.jpg" class="feature-img" alt="吹塑模具">
吹塑模具
所有模具均采用 7075 航空铝制造。独特的单腔圆形模具结构，支持快速、简便的换模操作，减少停机时间。
深度技术优势
加热炉全面升级
- 平衡加热技术，完美匹配瓶型要求。
- 红外加热实现更均匀的预热。
- 短间距设计（38.1mm），相较传统 50.8mm 加热灯管能耗更低。
瓶坯传送系统
- 连续运转（国家专利），不中断生产。
- 单向旋转螺杆分离系统，减少磨损。
- 全电动系统，伺服驱动，自适应瓶坯间距变化。
主动芯轴设计
- 卓越的稳定性和高旋转同心度。
- 确保旋转期间芯轴零偏移。
- 38.1mm 超短间距设计，降低功耗。
四板伺服夹紧
- 伺服电机驱动齿轮齿条。
- 与底部凸轮同步，实现快速开合模。
- 机械结构稳定，寿命长久。
详细技术规格
公制为主，关键项附英制近似值。具体配置以合同技术协议为准。
| 项目 | 参数 | 项目 | 参数 |
|---|---|---|---|
| 合模系统 / Clamping System | |||
| 腔数 | 4 腔 | 开模行程 | 130 mm |
| 拉伸行程 | 340 mm | 底模行程 | 50 mm |
| 模腔间距 | 114.3 mm | 加热间距 | 44.45 mm |
| 容器规格 / Container | |||
| 最大容量 | 2 L | 最大瓶口直径 | 30/38 mm (可选) |
| 最大瓶坯高度 | 140 mm | 最大容器直径 | 130 mm |
| 最大容器高度 | 340 mm | 理论产能 | 8000 BPH |
| 电气与气路 / Electrical & Air | |||
| 加热区 | 4 区 | 灯管数量 | 48 根 |
| 加热功率 | 57.6 kW | 平均功率 | 19.2 kW |
| 装机功率 | 67 kW | 电压 | 220/380V / 50Hz |
| 工作气压 | 7 kg/cm² | 吹瓶压力 | 3.0 - 4.0 Mpa |
| 高压气耗 | 4 m³/min | 冷水机温度 | 10 - 15 °C |
| 冷水机压力 | 0.4 Mpa | 冷水机流量 | 80 L/min |
| 机台尺寸 / Machine | |||
| 外形尺寸 (长×宽×高) | 6.5 × 2.2 × 2.6 m | 机器重量 | 7,500 kg |
核心部件清单
全球顶级供应链，保障机器长期稳定运行。
控制系统
| PLC / 触摸屏 | Inovance, 中国 |
| 伺服电机 | Inovance, 中国 |
| 接触器 / 继电器 | Schneider, 德国 |
| 可控硅 (SCR) | Watt, 中国 |
气动系统
| 预吹调压阀 | Ewo, 德国 |
| 高压吹瓶阀 | Norgren, 英国 |
| 稳压阀 | Parker, 美国 |
| 空气过滤/消音器 | SMC, 日本 |
| 密封气缸 | Lokwah, 中国 |
检测与加热
| 瓶坯吹气传感器 | Keyence, 日本 |
| 接近开关 | Autonics (韩国) / Sick (德国) |
| 加热灯管 / 反射板 | Haichuan, 中国 |
免责说明：本页仅作技术参考。机器产能、功耗及尺寸等参数可能因瓶型、配置和现场条件不同而变化。最终以合同技术协议及出厂铭牌为准。
TECBLOW · Technical Reference
RL-4II Automatic PET Blow Molding Machine
4-cavity linear blow molding machine, optimized with European technology for high-quality water and beverage bottles. Nominal output 8,000 BPH. Technical parameters, internal structure, and component brands for reference.
At a Glance
Cavities4Max 2L capacity
Nominal Output8,000 BPHDepends on bottle
Installed Power67 kWAvg 19.2 kW
HP Air Consump.4 m³/min3.0 - 4.0 MPa
Min. Heat Pitch38.1 mmEnergy saving
Machine Weight7,500 kg6.5×2.2×2.6 m
Mechanical Characteristics
Details of each unit from preform feeding to bottle discharge determine stability and energy consumption.
< img src="images/interface.jpg" class="feature-img" alt="HMI">
Fully Automatic Operation Interface
Standard Inovance or Mitsubishi touchscreen & PLC (customizable). Graphical interface stores process parameters, alarm management, maintenance programs, and operation videos. Remote cloud control enables global online connection and fast troubleshooting.
< img src="images/feeding.jpg" class="feature-img" alt="Preform Feeding">
Preform Feeding Unit
Utilizes a star-wheel feeding system to replace traditional mechanical structures. Ensures smoother and more stable preform feeding, enhancing overall machine performance.
< img src="images/heating.jpg" class="feature-img" alt="Heating Unit">
Heating Unit (38.1mm Pitch)
Features the industry's smallest 38.1mm heating pitch technology, significantly reducing power consumption. Equipped with Swiss-imported ceramic reflectors to enhance reflection efficiency and optimize performance.
< img src="images/claw.jpg" class="feature-img" alt="Mechanical Claw">
Mechanical Claw (Transfer System)
Pneumatic-free: no compressed air needed, reducing energy and complexity. Robust mechanical design is 70% longer lasting than pneumatic claws. Spring-synchronized gripping ensures no deformation during transfer.
< img src="images/blowing.jpg" class="feature-img" alt="Stretch Blowing">
Stretch Blowing Unit
Stretch rod driven by servo motor with rack and pinion. Equipped with IMI NORGREN high-pressure blowing valve. Optional air recovery function available to reduce air consumption.
< img src="images/mold.jpg" class="feature-img" alt="Blow Mold">
Blow Mold
All molds are manufactured from 7075 aviation aluminum. The unique single-cavity round mold structure allows for quick and easy mold changes, minimizing downtime.
Advanced Technology
Heating Oven Advantages
- Balanced heating matching bottle requirements.
- Infrared heating for uniform preform preheating.
- Short pitch (38.1mm) for lower energy compared to traditional 50.8mm.
Preform Transfer System
- Continuous operation (patented) for uninterrupted production.
- Unidirectional screw separation reduces wear.
- Fully electric servo-driven, adapts to pitch changes.
Active Mandrel Design
- Exceptional stability and high rotational concentricity.
- Zero offset during rotation.
- 38.1mm short pitch design reduces power consumption.
Four-Plate Servo Clamping
- Servo motor drives rack and pinion.
- Synchronized with bottom cam for fast mold open/close.
- Stable mechanical structure for long life.
Technical Specifications
Metric primary. Imperial approximations for quick reading. Final data subject to technical agreement.
| Item | Parameter | Item | Parameter |
|---|---|---|---|
| Clamping System | |||
| Cavities | 4 | Mold Stroke | 130 mm |
| Stretch Stroke | 340 mm | Bottom Stroke | 50 mm |
| Cavity Distance | 114.3 mm | Heating Distance | 44.45 mm |
| Container Specifications | |||
| Max. Container Vol. | 2 L | Max. Neck Dia. | 30/38 mm (opt.) |
| Max. Preform Height | 140 mm | Max. Container Dia. | 130 mm |
| Max. Container Height | 340 mm | Theoretical Output | 8000 BPH |
| Electrical & Air | |||
| Heating Zones | 4 | Number of Lamps | 48 Pcs |
| Heating Power | 57.6 kW | Average Power | 19.2 kW |
| Installed Power | 67 kW | Voltage | 220/380V / 50Hz |
| Operating Pressure | 7 kg/cm² | Blowing Pressure | 3.0 - 4.0 MPa |
| HP Air Consumption | 4 m³/min | Chiller Temp. | 10 - 15 °C |
| Chiller Pressure | 0.4 MPa | Chiller Flow | 80 L/min |
| Machine | |||
| Dimensions (L×W×H) | 6.5 × 2.2 × 2.6 m | Weight | 7,500 kg |
Key Component List
Global top-tier supply chain ensures long-term stability.
Control System
| PLC / Touchscreen | Inovance, China |
| Servo Motors | Inovance, China |
| Contactor / Relay | Schneider, Germany |
| SCR | Watt, China |
Pneumatic System
| Pre-blow Regulator | Ewo, Germany |
| HP Blowing Valve | Norgren, UK |
| Stabilize Valve | Parker, USA |
| Air Filter/Silencer | SMC, Japan |
| Sealing Cylinder | Lokwah, China |
Sensing & Heating
| Preform Blow Sensor | Keyence, Japan |
| Proximity Switch | Autonics (KR) / Sick (DE) |
| Heating Lamps/Reflectors | Haichuan, China |
Disclaimer: This page is for technical reference only. Machine output, power, and dimensions may vary based on bottle type, configuration, and site conditions. Final specifications are subject to the signed technical agreement and machine nameplate.
