Xpert™ 输送机 X 射线检查系统
Xpert™ 输送机 X 射线检查系统
Actual product may vary
Xpert™ 输送机 X 射线检查系统
Xpert™ 输送机 X 射线检查系统
Xpert™ 输送机 X 射线检查系统
Xpert™ 输送机 X 射线检查系统
Xpert™ 输送机 X 射线检查系统
Xpert™ 输送机 X 射线检查系统
Xpert™ 输送机 X 射线检查系统

Xpert™ 输送机 X 射线检查系统

通过对袋子、盒子和其他扁平包装进行高性能食品 X 射线污染物检测和产品检测,保护食品安全并提高品质。
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货号产品类型
XPERTC800C800 X-Ray Inspection System
XPERTC400C400 X-Ray Inspection System
XPERTC600C600 X-Ray Inspection System
货号 XPERTC800
价格(CNY)
-
申请报价
产品类型:
C800 X-Ray Inspection System
使用 Thermo Scientific™ Xpert™ 输送机 X 射线检查系统保护食品安全并提高品质。这些高性能垂直 X 射线束(自上而下)系统对袋、盒和其他扁平包装执行 X 射线污染物检测和产品检测,快速识别其他系统遗漏的污染物和质量缺陷。Xpert 输送机系统符合 HACCP 和零售商食品安全和质量要求,可针对任何应用或具有挑战性的工厂环境进行配置,并包含功能强大的软件以避免错误剔除。该系统可选择升级至符合 IP69K 直冲式规格。

Thermo Scientific Xpert 输送机 X 射线检查系统

  • 专门用来检测大型食品包装(如包装箱、袋子和托盘)中的金属、玻璃、密实塑料和其他异物。 
  • 安全特性包括辐射散射防护帘、LED 灯杆、多个电子制动装置、X 射线按键开关、检查区域门锁以及所有门的安全联锁。
  • 执行产品验证检查以估计重量和填充水平,或确定包装物品是否缺少物件。 
  • 此外,还采用灵活的软件设计,可以通过给料孔同时为八个通道给料,从而极大限度地提高通量并降低检查成本。 
  • 设计用于在严苛的环境中连续不断地运行。
  • 内置的远程监测功能可快速确定问题。
规格
传送带材料FDA 批准的聚氨酯
传送带速度高达 40 m/min。
压缩空气80 psi 至 100 psi(5.5 巴至 6.9 巴)
传送机可达高度针对 1200 和 1400 mm(47.2 至 55.1 in.)的标称线路高度提供 800 至 1000 mm(31.5 至 39.4 in.)框架
检测器分辨率0.8 mm(标配)
数字输入提供 6 个
数字输出提供 4 个
出口/安全符合性FDA CFR 21 第 1020.40 部分、UK IRR 1999、RED 法案(联系工厂以了解其他地区认证)
CE、UL 或 CSA(根据要求)
人机界面15 英寸对角线触摸屏,带保护罩
可用检查算法重量、计数、网格和自定义
界面语言英语、西班牙语、意大利语、法语、德语、中文;其他语言可应要求提供
入侵防护等级IP54,可选配 IP65(带直冲式空调选件),或升级至 IP69K
机器冷却内置柜式空调
多线路操作多达 8 条通道
网络端口以太网
工作温度5°C 至 40°C(41°F 至 104°F)
产品类型C800 X-Ray Inspection System
辐射安全符合性FDA CFR 21 第 1020.40 部分、UK IRR 1999、RED 法案(联系工厂以了解其他地区认证)
相对湿度20% - 90%,非冷凝
安全特性X 射线电源键、紧急制动装置、辐射防护帘、LED X 射线即将发射/正在辐照指示灯、所有门都配有磁性联锁
系统/传送机可达长度1.8 m (70.9 in)
USB 端口2.0 防水端口,位于机器外侧
电压190 至 240 VAC,50/60 Hz,20A 工作电流
X 射线防护帘材料专有的无铅材料
X 射线电源标准:320 W (80 kV/4ma)
可用检测算法Binary, Contrast, Gradient, Groups, Morphology
检测器扫描率每秒高达 2800 行
IP 防护等级IP54,可选配 IP65(带直冲式空调选件)
Unit SizeEach

常见问题解答 (FAQ)

Is X-ray inspection of pet foods safe?

X-ray inspection of packaged and bulk food products is proven to be extremely safe. There is no documented evidence of adverse health effects of X-rays on equipment operators, the food products that travel through the equipment, and ultimately, the pet consuming those products.

What is the best inspection technology for wet pet food?

Since wet or moist pet foods have a high product effect, X-ray inspection is the best technology to detect contaminants such as metal, glass, stone, and other dense foreign objects.

What is the best inspection technology for dry/kibble pet food?

Metal detection works very well with dry/kibble pet food and treats that do not have a product effect that wet or moist pet foods do. Metal detection equipment provides reliable, cost-effective protection from even the smallest metal contaminants found in pet food production anywhere in a process. If the packaging material contains metal, X-ray inspection would be the right choice. In addition, if there are other contaminant concerns such as stone, high density plastic or glass, X-ray inspection systems will detect these contaminants as well.

Where are the best places on the pet food production line to utilize inspection equipment?

There are several points in the pet food production process that benefit from food safety inspection (metal detectors, X-ray inspection) and checkweighing technology. Here are some examples:

- Incoming ingredients. Large pet food producers may require that their vendors meet specific HACCP objectives and provide proof of inspection. Even with those methodologies in place, some will also inspect incoming ingredients. Typical incoming inspection consists of drop through and bulk flow metal detectors.

- After mixing/rendering. Processing equipment such as an industrial blender or mixer will age over time and potentially introduce small particles or shavings of metal into the product being processed. It is important to position inspection equipment after this process equipment to catch any contaminants as early in production as possible, so it doesn't affect final product quality as well as damage equipment further downstream. The inspection equipment type will depend on the product type and whether its formulation creates a “product effect”. Wet or moist pet food products are more suited toward X-ray equipment, while metal detectors perform well with dry or kibble type pet food products.

- After filling/packing. The recommended inspection equipment type is dependent on the packaging material or combination of materials that have been selected for this product. Metal components such as aluminum foil trays, metal cans, aluminum foil bags or metalized firm structures are much more suited to X-ray inspection. Flexible materials without a metal component, paperboard folding cartons, bags or pouches work very well with either metal detectors or X-ray inspection systems. At this stage, checkweighers are frequently used in combination with a metal detector or X-ray inspection system to ensure product weight matches information printed on the product label.

- After case packing. After case packing is another good inspection point as this is the last stop before the finished products leave the facility. The recommended inspection equipment type is dependent on the packaging material of the individual product. This is typically done via X-ray inspection. In addition to contaminant detection, the X-ray system's ability to detect missing pieces will help ensure that the specified count has been loaded into the case. In certain situations, especially when X-ray inspection is not included at the end of the line, checkweighers are placed here to ensure that the proper number of packages are contained inside the case.

What is "product effect" in pet food manufacturing?

“Product effect” occurs when a product has a conductive property which affects the magnetic field generated by the food metal detector. This is typically found in high salt, high moisture product environments. For example, wet cat food will show significantly more product effect due to its high moisture and salt content. This negatively impacts the metal detector's ability to distinguish between actual non-ferrous metal contaminants and the false signal given by the combination of typical product attributes. In these situations, industrial X-ray inspection equipment will produce significantly better results since product effect is not a factor.