Chagrin Falls, Ohio – March 18, 2025 – Lansco Manufacturing Services, a leader in advanced custom contract manufacturing, is excited to announce a strengthened focus on Comprehensive Manufacturing Solutions designed to meet the specific needs of companies seeking fully integrated, high-precision production services.
“We go beyond the standard fabrication or machining provider. Our clients rely on us to deliver fully integrated, precision-engineered components and assemblies, meticulously manufactured to their exact specifications,” said Brian Landsman, President of Lansco Manufacturing Services.
Lansco’s Comprehensive Manufacturing Solutions include advanced sheet metal fabrication, precision machining, grinding, heat treating, powder coating, and sophisticated electronic and electromechanical assembly—ensuring our clients receive complete, ready-to-use solutions for their projects.
About Lansco Manufacturing Services
Founded in 1986, Lansco Manufacturing Services has built a strong reputation for delivering high-quality components and assemblies on time, with a commitment to competitive pricing and industry-leading performance. From precision Swiss machined components to large, complex machined weldments, Lansco is capable of handling diverse and intricate manufacturing demands.
Lansco’s success is driven by its dedication to providing the highest value to its customers through prototyping and R&D services, concurrent engineering, reliable on-time delivery, KanBan stocking programs, and unparalleled customer communication. We offer a full spectrum of advanced manufacturing and assembly capabilities to meet the most demanding specifications.
To learn more about how Lansco Manufacturing Services can support your innovative projects, visit www.lanscomfg.com or contact us directly for customized solutions.
Lansco Manufacturing Services, a leading provider of custom fabrication, machining, stamping and related services announces a focus on Quick Turnaround Metal Fabrication and Machining.
“We utilize state-of-the-art manufacturing technology along with outstanding personnel to provide our customers with quick turnarounds on their fabricating and machining requirements”, says president Brian Landsman.
Lansco offers CNC laser, punching, water jet and plasma cutting along with CNC forming, welding, machining and EDM services in order to provide precision sheet metal fabrications and machined components quickly and cost effectively. We also provide tool room machining and 3D printing services, which allow us to reduce lead times and cost for our customers.
About Lansco Manufacturing Services
Since 1986, Lansco Manufacturing Services, Inc. has supplied high-quality components and assemblies delivered on time at competitive costs. From small precision Swiss machined components to complex electromechanical assemblies, we handle it all. Our customers range from Fortune 500 companies to the individual entrepreneur with a new idea, but they all receive the same quality, service and reliability that sets us apart from our competition. At Lansco we believe that our success depends on providing our customers with the highest value available. We accomplish this by providing prototyping and R&D services, concurrent engineering, KanBan stocking programs, scheduling flexibility and outstanding communication from start to finish. To learn more about how Lansco Manufacturing Services can support your projects, visit www.lanscomfg.com or contact us directly for customized solutions.
Posted by Brian Landsman on | Comments Off on What Is Precision Machining?
The term “precision machining” describes many processes capable of producing highly accurate and precise components using computer numerical control (CNC) technology. Precision machining turns raw materials into precise components using a digital computer-aided design (CAD) file. This file is read by CNC equipment that uses it to carry out the manufacturing process. Compared to standard CNC machining, which can typically meet tolerances of 0.008’’ or 0.005’’, precision machining can achieve tolerances of 0.001’’ or better.
Types of Precision Machining
There are many CNC machining processes that can be used to create highly precise components. Some of the most widely used types of precision machining include:
CNC Turning. CNC turning machines are available in 3, 4, and 5-axis varieties and work by rotating the raw material while tools remove portions to create the desired shape. The tooling is mounted on a turret that is computer-controlled.
CNC Milling. Milling machines are available in 2 to 5-axes and cut along different angles. There are several types of differently oriented CNC milling machines, but all types perform subtractive processes to transform raw material into a precise component.
CNC Swiss Turning. CNC Swiss turning produces extremely small parts accurately and quickly. In this process, only the portion of the material being machined enters the tooling area while the remainder is held securely for maximum precision. The workpiece moves along a Z-axis while turning as tools cut into the material.
CNC Vertical. Vertical lathes feature vertically-oriented spindles and move the workpiece up or down to align it with the tools. This equipment is best suited for components that focus on a single side, such as a large metal plate.
CNC Horizontal. Horizontal lathes use a variety of heads mounted onto a horizontal arbor. They work well with a wide variety of workpiece shapes and sizes. Most horizontal lathes can accommodate automatic bar-stock feeders.
Precision Machining Benefits and Applications
There are many benefits to choosing precision machining processes. For example, precision machining delivers significant cost savings over other production methods. Since it is highly precise, it produces less waste and optimizes material usage. Additionally, the computer-controlled process eliminates the risk of human error.
Another significant benefit of precision machining is that its efficiency allows for the production of highly repeatable parts at fast speeds. Since these processes require such little human involvement, it is much safer than other manual manufacturing techniques.
The applications for precision machined components span many industries. For example, the aerospace and medical industries both require machined components to be as precise as possible, as human lives are at risk by even the smallest inaccuracy. The automotive and electronics industries also rely on precision machining techniques.
Materials Used in Precision Machining
A wide selection of materials can undergo precision machining processes. Some of the most commonly used substrates include:
Aluminum. This material features many benefits, including cost-effectiveness, corrosion resistance, and lightweight.
Brass. Brass is easily machinable and economical.
Bronze. Bronze offers excellent heat and electrical conductivity.
Copper. This material is ideal in applications requiring electrical conductivity.
Carbon steel. Carbon steel is highly durable and strong.
Plastic. Plastic offers an inexpensive and non-conductive option.
Titanium. This material features an excellent strength-to-weight ratio as well as high heat and corrosion resistance.
Stainless Steel. Stainless steel is sought after for its durability and high strength-to-weight ratio as well – this makes it possible to machine thinner materials.
Tool Steels. Customers looking for parts that feature abrasion, wear, and deformation resistance will find tool steels (which are typically compositions of carbon and alloy steels) to be a great choice.
CNC Precision Machining at Lansco Manufacturing
There are many benefits to choosing precision machining processes, especially when manufacturing complex components that require a high degree of accuracy. Since there are so many types of precision machining available, these processes can meet the needs of nearly any application or industry.
Lansco Manufacturing has been providing accurately machined precision components for over 35 years. Our services range from prototyping to large production runs and include a wide selection of value-added services. To learn more about our precision machining capabilities, contact us or request a quote today.
