Equipment

Mazak INTEGREX I-300ST 5-Axis Multi-Tasking Machining Center

The INTEGREX i-300ST advanced Multi-Tasking machine delivers maximum versatility and throughput for medium to large complex parts. It combines the capabilities of a high-powered turning center and full-function machining center to produce parts in single setups. This machine configuration features second turning spindle (S) for DONE IN ONE® machining and lower turret (T) – minimizing fixtures, tools, handling and non-cut time.

Additionally, the machine brings dramatic reductions in lead-time and improves part accuracy through the elimination of multiple setups. With full 5-axis capability, the machine easily processes fully prismatic parts from solid blocks or castings (chucked or bar fed work), round parts, or sculptured parts such as aerospace components.

Mazak VCN-530C 4-Axis Vertical Machining Center

Designed to process large parts or multiple small workpieces in single machine setups, the Kentucky-made VCN-530C vertical machining center brings advanced technology, performance and value to a wide variety of metalworking applications. A wide range of spindle options give shops what they need to achieve an effective balance of speed and torque for their particular machining needs and workpiece materials.

Also contributing to the 3-axis machine’s productivity are a fast traverse rate of 1,654 ipm in the X, Y and Z axes and a servo-driven automatic tool changer that can be combined with a 60-tool magazine option to bring even more part processing versatility to the shop floor through fast tool exchanges and continuous cutting operation.

The user-friendly CNC featured on the machine offers EIA/ISO programming as well as conversational programming that makes it easy to generate programs for angled drilling, milling or tapping operations.

Robust spindle design effectively balances speed and torque
Fast automatic tool changer reduces non-cut times
Large tool storage capacity ensures continuous machining operations
MX Hybrid Roller Guide System ensures stable machine movement
Solid table construction and rigid machine base ensure cutting stability
User-friendly CNC provides EIA/ISO and conversational programming
Variety of options available to further increase the productivity and process control

Mazak QUICK TURN 200 Turning Center

The QUICK TURN 200 CNC turning center brings together advanced technology, productivity and value to deliver exceptional performance for shops of all sizes. With a standard through-hole chuck package, this 2-axis machine efficiently processes a wide range of part sizes.

Plus, the machine comes with the SmoothG CNC that provides MAZATROL conversational programming, complete with monitoring and diagnostics, and EIA-ISO programming as standard. For fully automated operations, the machine can be outfitted with a bar feeder or gantry robot loader. Any way you look at it, the QUICK TURN 200 provides an excellent way to improve your throughput and profit potential.

Mazak QUICK TURN 250 MSY Mill/Turn

The QUICK TURN 250 CNC turning center brings together advanced technology, productivity and value to deliver exceptional performance for shops large and small. With a standard through-hole chuck package, this 2-axis machine efficiently processes a wide range of part sizes.

Plus, the machine comes equipped with the SmoothG CNC that features MAZATROL conversational programming and EIA-ISO programming. For fully automated operations, the machine can be outfitted with a bar feeder or robotic automation to maximize your profit potential.

FARO Edge HD Scan Arm

The ScanArm HD is the latest advancement in FARO’s Laser Line Probe product line and provides point cloud capture with rapid speed, superior resolution and high accuracy — all in a compact, lightweight and easy-to-use system. New functionalities allow users to seamlessly scan across diverse surface materials regardless of contrast, reflectivity or part complexity without any special coatings or target placement.

The FARO Edge ScanArm HD combines the convenience of a FaroArm with the power of a Laser Line Probe creating the world’s most affordable, high performance contact/non-contact portable measurement system.

Rapid Scanning Speed

The extra wide scan stripe and fast frame rate boosts productivity by increasing coverage and reducing scanning time.

High Definition Data

Intricate components can be captured in fine detail as a result of the 2,000 actual points per scanline the new blue laser featuring noise reduction technology.

Scan Challenging Materials

Seamlessly scan across diverse surface materials regardless of contrast, reflectivity or part complexity without any special coatings as a result of the improved HDR (High Dynamic Range) Mode and advanced software algorithms.

Highly Accurate and Repeatable

Reliable, repeatable and highly accurate measurement data is delivered with confidence as a result of superior optical performance.

FORM 2 SLA 3D Printer

Minimum Supported Wall Thickness

Recommended: 0.4 mm
A supported wall is one that is connected to other walls on two or more sides. A supported wall smaller than 0.4 mm may warp during the peel process.

Minimum Unsupported Wall Thickness

Recommended: 0.6 mm
An unsupported wall is one that is connected to other walls on fewer than two sides. An unsupported wall that is smaller than 0.6 mm may warp or detach from the model during printing.

Maximum Unsupported Overhang Length

Recommended: 1.0 mm
An overhang refers to a part of the model that sticks out horizontally parallel to the build platform. Printing such features without supports is discouraged, as the layers cannot maintain their structure. Horizontal overhangs will be slightly deformed beyond 1 mm and become increasingly deformed as the length of the overhang increases. You can turn on “internal supports” in PreForm to ensure your overhangs are supported.

Maximum Horizontal Support Span/Bridge

Recommended: 21 mm
(5 mm width × 3 mm thick)
A span is the distance between two intermediate supports of a structure. While printing horizontal spans is discouraged, certain geometries print well. For a 5 mm wide and 3 mm thick beam, spans longer than 21 mm are likely to fail. Wider beams must be kept shorter to avoid breaking during the peeling process.

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