Content Center

Control mounting-induced deformation in precision stages with datum checks, bolt penetration and engagement calculations, staged tightening and verification records.

Inspect travel changes in cross-roller stages by separating control limits, rated stroke, external stops and cage retention, with a diagnostic checklist.

Compare linear actuators and CNC worktables using cutting forces, moment arms, guide layout and compliance, with worked examples and an acceptance checklist.

Select linear actuator protection for dust, chips, splash and cleaning. Compare verified HZMotion cover configurations, drive resistance and maintenance checks.

Inspect ball screw journals, shoulders, sleeves, threads and drive extensions with practical checks for fillet clearance, axial stacks, measurement datums and trial assembly.

Check motor pilots, mounting holes, shaft extensions and coupling space after a servo replacement, using a tolerance-stack example and a practical acceptance record.

Match a ball screw to its support unit by checking bearing journals, shoulders, threads and coupling extensions, with verified HZMotion BK-series examples.

Understand resolution, repeatability, positioning error and travel geometry, with bidirectional examples, HZMotion catalog data and an inspection template.

Compare disc and jaw couplings for linear actuators: torsional stiffness, damping, torque and alignment, with a worked example and installation checklist.

Plan linear actuator lubrication by component, travel and condition. Includes HZMotion manual guidance, a mileage example and a practical maintenance log.

Calculate short-stroke cycle time with a 50 mm example. Compare motion profiles, settling, process and waiting time using charts and a measurement checklist.

Match corrosion protection to humidity, coolant and cleaning. Includes surface-treatment checks, a coating-thickness example and an enquiry checklist.

Calculate roll, pitch and yaw from payload position, gravity and acceleration. A 20 kg worked example compares motion stages and geometry, with catalog-rating checks.

Assess support-unit loads and life using a revolution-weighted duty cycle. Includes a worked bearing-life example, rating definitions and engineering checks.

Compare NRA, NR, NF and NK locking access, M20×1.0 body dimensions, seating interfaces and service clearance. Includes a selection sequence and RFQ checklist.

Separate main-nut clamping from secondary locking. Diagnose nut movement, axial play and increased starting torque with thread, seating and acceptance checks.

Compare MC, MGD, MGS and NH nut brackets. Check six interfaces, see why MC2020 suffixes matter, and prepare complete drawings and purchasing requirements.

Find why ball screw starting torque or rotational resistance increases after nut bracket tightening. Check seating, centre height, guide alignment and interference, then record final acceptance.

Separate shaft offset, angular misalignment and axial installation errors. Learn why runout is not alignment, and plan measurement, correction and final acceptance checks.

Compare standard and integrated motor brackets by locating interfaces, assembly accuracy, parts, stiffness, total cost and service needs, with replacement checks and a selection workflow.

Check servo motor flange, pilot, bolt circle, shaft extensions, centre height and coupling space. Use a HZMotion M60D/M60DP example and a worksheet to select standard or integrated motor brackets.

Diagnose external joints, alignment and temperature changes before dismantling a fixed-end support unit. Compare matched-bearing replacement with complete-unit replacement and plan the required acceptance checks.

Turn ball-screw support-unit acceptance into a repeatable workflow: define the test state, measure runout and axial clearance, verify full-stroke alignment, stage the trial run and record the baseline.

Compare DF, DB, DFD and DFF bearing arrangements by load direction, axial rigidity, starting torque, speed and temperature, then map the result to HZMotion WBK, SBK, FBSA and MBK heavy-duty support units.

Learn the difference between ball-screw lead accuracy, bearing precision classes, support-unit configuration codes, preload and DF arrangements, with HZMotion selection guidance.

Compare BK/BF, EK/EF, FK/FF, AK/AF and LK/LF by mounting orientation, center height, envelope and shaft-end pairing, with a five-step selection process.

Design an XY/XYZ platform around the point of interest, Abbe error, axis squareness, stacked mass and moments, interface rigidity, error budgeting and final acceptance.

Compare cross-roller stages, CNC worktables and linear actuators by travel, rigidity, load, speed, accuracy, installation and integration.

Reflect moving mass and screw inertia to the motor shaft, then verify speed, peak torque, RMS torque, inertia ratio, regeneration, interface and resonance.

Follow the back-driving path, then separate what supports a vertical axis during motion, normal stopping, sudden power loss and maintenance.

Compare ball screw and timing belt actuators by speed, repeatability, travel, drive thrust, guide capacity, duty and maintenance using comparable HZMotion platforms.

Troubleshoot linear motion vibration by speed, position, direction and temperature, then isolate the support unit, locknut, ball screw, coupling, guides and base.

Understand ball screw thermal growth, compare fixed-supported and fixed-fixed arrangements, estimate expansion and distinguish thermal drift from lead error and backlash.

Understand ball screw critical speed and whip, compare fixed-free, supported-supported, fixed-supported and fixed-fixed mounting, and use the formula, worked example and HZMotion support-unit mapping for preliminary selection.

Compare standard fixed-end, support-end and heavy-duty fixed-end ball screw support units by function, bearing arrangement, mounting interface, load and accuracy, with HZMotion series pairings and selection steps.

Support units are pre-filled with grease; no additional lubrication is required before use. Keep the support units clean during installation and operation. Prevent dust and debris

Fully understand the load capacity, rigidity requirements, and end dimensions of the ball screw, trapezoidal screw, or ball spline, as well as the assembly characteristics of the e

◼ The bearings in C-type and KK-type motor brackets are pre-filled with grease; no additional lubrication is needed before use. ◼ Keep the motor bracket clean during installation a

Fully understand the load capacity, rigidity requirements, end dimensions, and overall assembly characteristics of the ball screw, trapezoidal screw, or ball spline, as well as the

序号： 问题现象： 问题排查： 1 Support Unit Surface Rust Surface treatments only provide a limited duration of protection. During use, the surface should be continuously maintained with an oil

No： Observed Issue： Troubleshooting： 1 Motor Bracket Surface Rust Surface treatments only provide a certain period of protection. During use, the surface should be continuously mai

Check each step during support unit installation to help ensure system performance and service life.

Dear Valued Customers, To provide both our new and existing customers with a better browsing experience, we have updated our HZMotion website. Our product displays are now clearer, with a more complete range of models fo

Mr. Ma Fengju, chairman of our company, won the title of Taishan industry leading talent, Shandong Province recently selected 175 Taishan industry leading talents, this batch of selected people is the province's ecologic

HZMotion officially launched overseas business to serve advanced and better enterprises all over the world.

HZMotion has never stopped its pace in research and development, and has obtained three patent certifications. "Rolling linear guide pair and ball integrated reverse holding device", certificate number 7166093; "Preload

In August 2024, a new product of C-type motor seat will be launched. The specific models are as follows: M100Y-SBK25D-C 、 M100YP-SBK25D-C 、 M116S-SBK25D-C 、 M130G-SBK25D-C 、 M100Y-SBK30D-C 、 M100YP-SBK30D-C 、 M116S-SBK30

我司参加北京市机床展览