Our Products
Industrial Parts Washers
Who we are
About Us
At Inline we start by looking at your parts, and then recommend a customized machine
designed for your specific needs. We may modify a standard design for a budget-friendly
solution, or we may start with a clean sheet of paper and design a custom machine completely
around your products and processes.
Inline Cleaning Systems has designed and built engineered parts washers since 1980. We are a
privately owned company that specializes in the manufacture of high volume conveyor or pass
through washers and cleaning systems. Our industrial parts washers are currently used by OEM
and tier 1 suppliers in industries including automotive, aerospace, small engine, agricultural,
appliance, heavy equipment remanufacturing, industrial components, hardware, medical, and
others. Automotive is our largest market. We primarily serve customers in the US, Canada, and
Mexico but we have installations in Europe and Asia as well.
Our team in Lafayette, IN handles every aspect of the project from design to in-house
manufacturing including machining, sheet metal fabrication, welding, assembly, paint, and
controls. We make each washer based on our customer’s needs, not on what we have made
before. Our scope goes way beyond just building a washer, we include material handling and
system integration as well. Our goal is to provide the most efficient cleaning solution that helps
our customer improve safety, quality, reliability, and ultimately profitability.
Our Value
The Inline Cleaning Process
At Inline Cleaning, we provide engineered solutions to your needs. Our process starts and ends with you and your unique environment. While many machinery builders will try to steer you towards a standard solution, our process is determined by taking a fresh approach to your production needs and may lead to an entirely unique solution. Our process includes the following steps:
SOLUTION DEVELOPMENT
We begin with a thorough understanding of your unique business needs. We look carefully at your current processes, constraints, and goals. We start by envisioning the ideal solution to your production needs, and work with you step by step to provide a tailored solution.
Step 1
ENGINEERING
Inline Cleaning Engineering department is comprised of experts in machine design and factory automation. Our staff has extensive experience in mechanical engineering, hydraulic and pneumatic design, electrical engineering and controls design, and PLC and HMI programming. Our sales team are also engineers, and work closely with our design and production team while providing customers a single point of contact.
Step 2
MANUFACTURING
Inline Cleaning Machine manufacturing is done in-house and on-site: Our shop handles raw material cutting, water jet cutting of metal and plastic, forming, machining, welding, assembly, electrical wiring, control panel build, painting, packing and shipping, and much more are all done within our shop. Factory acceptance testing is also completed onsite. Our facilities in Lafayette, IN and Victor, NY include over 44,000 square ft of design, manufacturing, and testing space.
Step 3
INSTALLATION & COMMISSIONING
Our engineers and technicians supervise our installations worldwide. The same team that designs and builds your equipment handles installation and commissioning.
Step 4
SUPPORT
We leverage our in-house machine shop and purchasing department to ensure an exact replacement to address your spare parts needs. If onsite service is required, we send the same team that built the equipment in the first place.
Step 5
OUR SERVICES
Our Services
At InLine, we can engineer a parts washer to fit your specific needs. From standard units to a custom fit, we can design the cleaning system for your specific applications.
a. CNC milling up to 145” x 87” b. Turning up to 18” diameter and 140” length
a. Sheets up to 160” x 80”
Custom sheet metal fabrication with bends up to 144” in length
MIG and TIG welding for carbon steel, stainless steel, and aluminum
Water based enamel for parts up to 40 ft x 10 ft
Panel building and programming for automated machinery
